CN204705777U - Smart motion glasses - Google Patents

Abstract

The utility model discloses intelligent sports glasses, which comprise a frame main body, a lens mounting part arranged on the frame main body, the lens mounting part is provided with a lens mounting structure with replaceable lenses; the frame main body includes frame side frames respectively arranged on both sides, Any side frame of the mirror frame is provided with a monitoring control device; the monitoring control device includes a monitoring control circuit arranged inside the side frame of the mirror frame, and an operation button and a display screen arranged on the side frame of the mirror frame, and the operation button and the display screen are connected with the monitoring control The circuit is electrically connected. Lens with different functions can be set and replaced, which can meet the special needs of different groups of people (such as patients with ametropia). By setting a monitoring and control device on the frame, it can record and display the user's movement speed, time, and distance. And the user's heart rate and pulse, etc., real-time monitoring of the user's exercise status, so that the smart sports glasses have multiple functions.

Description

smart sports glasses

technical field

The utility model relates to the technical field of sports equipment, in particular to intelligent sports glasses.

Background technique

In traditional technology, the frame and lens of sports glasses are integrated, the structure is fixed, and the lens cannot be replaced and adjusted. Ordinary lenses only have a windproof function. For example, traditional smart sports glasses are not suitable for patients with ametropia. It is very inconvenient to customize; moreover, the traditional sports glasses have a single function, which can only provide simple protection for the eyes during sports, and do not have other auxiliary functions, such as the inability to monitor the user's sports status, sports position and physical condition and other information.

Utility model content

Based on this, in order to solve the above-mentioned problems of traditional sports glasses, the utility model proposes a kind of smart sports glasses, which can set and replace lenses with different functions, and can meet the special needs of different groups of people (such as patients with ametropia). The monitoring and control device is set on the frame, which can monitor the user's exercise status in real time, so that the smart sports glasses have multiple functions.

Its technical scheme is as follows:

A kind of intelligent sports glasses, comprising a frame main body, a lens mounting part arranged on the frame main body, the lens mounting part is provided with a lens mounting structure; the frame main body includes frame side frames respectively arranged on both sides, any one The side frame of the picture frame is provided with a monitoring control device; the monitoring control device includes a monitoring control circuit arranged inside the side frame of the picture frame, and an operation button and a display screen arranged on the side frame of the picture frame. Both the button and the display screen are electrically connected with the monitoring control circuit.

By setting the lens installation structure with replaceable lenses on the main body of the frame, different lenses can be replaced according to needs to meet the needs of different users (such as patients with ametropia). use. In addition, by installing a monitoring control device on the frame side frame of the main body of the frame, the monitoring and control circuit can be used to calculate and analyze the user's movement speed, movement time and movement distance. The display screen is used to display relevant data, and through the operation The button is used to start and close the monitoring control device or to perform other operations (such as performing competition-style timing), or to set the display data, or to perform a page-turning operation on the display screen, etc., and the display screen can also be used as a watch to display the time. Users can understand and control their own exercise based on this, and even record and reflect the user's heart rate and pulse and other health conditions according to the monitoring and control device, so as to achieve good exercise and fitness effects.

Its further technical scheme is described below:

Further, the monitoring control device includes a pulse sensor arranged inside the side frame of the spectacle frame, and the pulse sensor is electrically connected to the monitoring control circuit. The pulse sensor can monitor the user's heart rate and pulse in real time, and display specific data on the display screen, which is convenient for the user to monitor their own health status and adjust the amount of exercise, so as to avoid excessive exercise or other dangerous situations.

Further, an audio chip connected to the monitoring control circuit is also included, and an audio output port connected to the audio chip is provided on the side frame of the spectacle frame. By setting the audio chip, on the one hand, it can be used to store music and connect headphones to listen to music, so that the exercise process will not be too boring; on the other hand, the monitored exercise data and other data can also be used for voice broadcast and voice reminder , such as reminding users not to speed and exercise too much.

Further, the lens installation structure at least includes a first lens frame and a second lens frame stacked, the first lens is detachably mounted on the first lens frame, and the second lens frame is detachably mounted on There is a second lens. By detachably installing the first lens (or the second lens) on the first lens frame (or the second lens frame), it is convenient to replace the lens to meet the needs of different users.

Further, the first lens is located outside the frame body and is configured as a windproof lens, and the second lens is located inside the frame body and is configured as an ametropia correction lens or a functional lens. The first lens directly faces the flow to reach the air and can be set as a windproof lens, and the second lens can be set as a refractive error correction lens (that is, a myopia lens or a hyperopia lens or an astigmatism lens) or a functional lens (that is, a night vision lens) according to the needs of the user. or magnifying lenses or 3D lenses or sun lenses), which can be used by patients with refractive errors, and can also be used in poor light environments or other special environments. It can be used only by changing different lenses according to needs, which is very convenient.

Further, the main body of the mirror frame is provided with an LED lighting lamp. The LED illuminating lamp can be arranged on the lens mounting portion or the side frame of the picture frame, and the LED illuminating lamp emits light in the same direction as the user's line of sight, and can be used in a darker situation (such as when passing through a tunnel).

Further, it also includes an adjustable elastic band connected to the two frame side frames, the elastic band is set in a flat shape, and the elastic band gradually widens from both ends to the middle. By setting adjustable elastic bands connected to both sides of the main body of the frame, the wearing of the smart sports glasses can be made more difficult to loosen. Moreover, the elastic band is set in a flat shape to better fit the scalp. Compared with the traditional rope-shaped connecting band, it will not tighten the scalp and make the user feel uncomfortable. And the position of the elastic band close to the ear is set narrow so that it will not strangle or cover the ears. Gradually widening the back of the head will make the elastic band fit the back of the head better. The design of the elastic band conforms to the principles of ergonomics, so that the force of the elastic band is more balanced , so that the elastic band fits the head more comfortably and tightly, and also makes the smart sports glasses not easy to loosen and slip.

Further, any one of the frame side frames is further provided with a positioning device; and a control display device corresponding to the positioning device is also included, and the control display device is provided separately from the positioning device. By installing a positioning device on the side frame of the frame of the smart sports glasses, the user's location can be tracked in real time, especially when performing outdoor sports such as field cycling and cross-country running, which is relatively safe and reliable. In addition, when children use the smart sports glasses, adults can monitor them in real time, and can keep track of the children's location in complex environments and terrains to avoid danger or accidents. In addition, the control and display device provided separately from the positioning device makes it easier to control the user's position and facilitate long-distance positioning and tracking.

Further, the positioning device is a GPS positioning device, the display device is a mobile terminal device, and the mobile terminal device is wirelessly connected to the GPS positioning device. The positioning device can be a GPS positioning device, and a mobile terminal device (such as a mobile phone) is set as a control display device in addition, and the mobile terminal device can be used to track the user conveniently, which is simple and convenient.

Further, the positioning device and the monitoring control device are modularized, and the side frame of the mirror frame is provided with a positioning device installation slot and a control device module installation slot, and the positioning device is detachably mounted on the positioning device In the installation slot, the monitoring control device is detachably installed in the control device module installation slot. Both the monitoring control device and the positioning device are modularized, and can be installed on the side frame of the mirror frame as required to meet different needs. In addition, it is also convenient to install, maintain and replace the monitoring control device and positioning device.

The utility model has the following beneficial effects:

1. By setting the lens installation structure with replaceable lenses, different lenses can be replaced according to the needs of different users; moreover, the lenses can be stacked in multiple layers, such as windproof lenses and refractive error correction lenses or functional lenses can be installed at the same time, To adapt to different usage needs. It can meet the needs of patients with refractive errors or users in poor light environments, and the lens is detachable, making it more flexible to use;

2. By setting the monitoring and control device, it can record, display and even broadcast the user's exercise speed, exercise time and exercise distance and other exercise information. It can also monitor the user's heart rate and pulse and other health status data, which is convenient for the user to adjust the amount of exercise reasonably. the purpose of healthy exercise;

3. By setting the positioning device, the specific position of the user can be monitored, and remote tracking can be carried out, making the exercise process safer and more reliable.

Description of drawings

Fig. 1 is a schematic structural diagram of the three-dimensional state of the intelligent sports glasses described in the embodiment of the present invention;

Fig. 2 is a schematic structural diagram of the three-dimensional state of the smart sports glasses described in the embodiment of the present invention;

Fig. 3 is a schematic view of the structure of the intelligent sports glasses described in the embodiment of the present invention;

Fig. 4 is a schematic diagram of the front view structure of the smart sports glasses described in the embodiment of the utility model;

Fig. 5 is a schematic view of the right-view structure of the smart sports glasses described in the embodiment of the present invention;

Fig. 6 is a schematic diagram of the structure of the left view of the smart sports glasses in the embodiment of the present invention.

Explanation of reference signs:

100-frame main body, 110-lens installation part, 112-lens installation structure, 120-frame side frame, 122-display screen, 124-timing button, 126-start button, 128-counting speed measurement button, 129-positioning device button, 130-LED lighting lamp, 140-nose pad, 200-elastic band, 210-movable buckle.

Detailed ways

Embodiments of the utility model will be described in detail below in conjunction with the accompanying drawings.

As shown in Figure 1, a kind of intelligent sports glasses, comprises frame main body 100, is arranged on the lens installation part 110 on the frame main body 100, and this lens installation part 110 is provided with two lens installation structures 112 that can replace lens (arranged on left and right sides) sides, corresponding to the left and right eyes, respectively). By setting the lens installation structure 112 of replaceable lenses on the frame main body 100, different lenses can be replaced according to needs to meet the needs of different users (such as patients with ametropia). For myopia.

Moreover, the above-mentioned lens mounting structure 112 can be set as a single-layer structure, that is, the lens mounting structure 112 only has a lens frame and a type of lens, and the lens is detachably mounted on the lens frame, so that different lenses can be installed as required. It can also be fixedly arranged on the lens frame. And the eyeglass can be set as left and right two pieces, also can be set as a whole.

In addition, the above-mentioned lens installation structure 112 can be configured as an at least two-layer lens structure. Specifically, each lens mounting structure 112 at least includes a first lens frame and a second lens frame (not shown in the figure) that are connected in layers. The first lens frame is detachably mounted with the first lens, the second lens A second lens is detachably mounted on the frame. By detachably installing the first lens (or the second lens) on the first lens frame (or the second lens frame), it is convenient to replace the lens to meet the needs of different users. Moreover, the first lens frame and the second lens frame can be connected by thread, that is, a protrusion or a groove with thread is provided on the first lens frame, and a concave hole with thread is also correspondingly provided on the second lens frame. Grooves or protrusions can be conveniently threaded to connect the two together; or the first lens holder and the second lens holder can also be connected by buckling, that is, a protrusion with a buckle is set on the first lens holder Or a groove, and a groove or a protrusion with a buckle is correspondingly provided on the second lens frame, so that the two can be snapped together conveniently. In addition, the first lens frame and the second lens frame may also be connected by screws. In addition, in addition to stacking the first lens frame and the second lens frame, more parts can be stacked, such as the third lens frame, the fourth lens frame, etc., and the third lens, the fourth lens, etc. Etc., installing different lenses on each layer of lens holders can realize different functions and usage requirements.

Moreover, the above-mentioned lens mounting structure 112 takes a two-layer lens structure as an example. The first lens can be arranged on the outside of the frame body 100 as a windproof lens, and the second lens can be arranged on the inside of the frame body 100 as a dioptric lens. Corrective lenses or functional lenses. The first lens directly faces the flow to reach the air and can be set as a windproof lens, and the second lens can be set as a refractive error correction lens (that is, a myopia lens or a hyperopia lens or an astigmatism lens) or a functional lens (that is, a night vision lens) according to the needs of the user. or magnifying lenses or 3D lenses or sun lenses), which can be used by patients with refractive errors, and can also be used in poor light environments or other special environments. It can be used only by changing different lenses according to needs, which is very convenient. Furthermore, the above-mentioned first lens frame and the first lens can be integrated into one body, so that the structure is beautiful and the effect of windproof and rainproof is good.

In addition, a flexible gasket (not shown in the figure) can also be provided inside the above-mentioned lens mounting part 110 , specifically, it can be arranged horizontally in a line at the brow bone, or in a ring around the eyes. And the gasket can be gradually thinned from the inside to the outside of the lens mounting part 110, designed according to the curved surface of the human face, conforming to the principles of ergonomics, so that it fits well with the face. In addition, the gasket is made of silicone or flexible rubber material. The gasket made of flexible materials such as silicone is soft and comfortable, and the gasket is designed to gradually become thinner from the inside to the outside, which can fit well around the eyes. Good sealing effect and good windproof effect.

In addition, a nose pad 140 is provided between the above two lens mounting structures 112, and the nose pad 140 is configured as a sports nose pad structure. The nose pad part 140 may include an adjustable nose bracket structure connected between the lower parts of the two lens mounting structures 112, and may also include an arc-shaped nose pad attached to the bridge of the nose and connected to the nose bracket structure. By setting the nose pad 140 as a nose bracket structure and a nose pad, the adjustable nose bracket structure can be used to connect the lens mounting structures 112 on both sides on the one hand, and on the other hand can support the frame main body 100 to prevent the frame from slipping In addition, the distance between the two lens mounting structures 112 can be adjusted to achieve the purpose of adjusting the pupillary distance, which can adapt to users with different pupillary distances (such as adults and children). In addition, the nose pad is attached to the bridge of the nose, which can well support and buffer the pressure exerted by the spectacle frame on the surroundings of the eyes, making the eyes of the user feel more comfortable during exercise.

Moreover, the above-mentioned spectacle frame main body 100 also includes spectacle frame side frames 120 respectively disposed on both sides, and the spectacle frame side frames 120 can be set in the form of temples, so as to clamp the entire spectacle on the two temporal sides. In addition, an adjustable elastic band 200 connected to the two frame side frames 120 may be additionally provided. The elastic band 200 is arranged in a flat shape, and the elastic band 200 gradually becomes wider from both ends to the middle. By setting the adjustable elastic bands 200 connected with the frame side frames 120 on both sides, the wearing of the smart sports glasses can be made more difficult to loosen. Moreover, setting the elastic band 200 in a flat shape fits the scalp better. Compared with the traditional rope-shaped connecting band, it will not tighten the scalp and make the user feel uncomfortable. And the position of the elastic band 200 close to the ears is set narrow so as not to strangle or cover the ears, and the gradual widening of the back of the head will make the elastic band fit the back of the head better. Balanced, so that the elastic band fits the head more comfortably and tightly, and also makes the smart sports glasses not easy to loosen and slip. Specifically, the two ends of the elastic band 200 are respectively connected to the frame side frames 120 on both sides through buckle structures, and the use length of the elastic band 200 can be adjusted conveniently to achieve the purpose of adjusting the tightness. That is, the elastic band 200 includes movable buckles 210 arranged at both ends, and buttonholes are provided at the ends of the frame side frames 120 on both sides, so that the belt body can be movably connected with the frame side frames 120 on both sides, which can further prevent the Glasses come loose.

In addition, a monitoring and control device (not shown in the figure) can also be arranged on any side frame 120 of the spectacle frame. By installing a monitoring control device on the frame side frame 120 of the frame main body 100, the user's movement speed, movement time and movement distance can be calculated and analyzed, and the user can understand and control his own exercise amount accordingly, and can even control the movement according to the monitoring and control. The device is used to record and reflect the user's heart rate and pulse and other health conditions, so as to achieve a good exercise and fitness effect.

Further, the above-mentioned monitoring control device includes a monitoring control circuit (not shown in the figure) arranged inside the side frame 120 of the mirror frame, and an operation button and a display screen 122 arranged on the side frame 120 of the mirror frame. The operation button and the display screen 122 are all electrically connected with the monitoring control circuit. By monitoring the timing and counting functions of the control circuit, it is possible to calculate and analyze the user's movement speed, movement time and movement distance, and the display screen 122 is used to display relevant speed, time and distance data, and can be started by operating buttons and close the monitoring and control device, or set the display data, or perform page turning operations on the display screen 122, etc. In addition, the display screen 122 can also be used as a watch to display time. In addition, the above-mentioned operation buttons include a timer button 124, a start button 126, and a counting speed button 128 arranged on the side of the frame side frame 120. Different functions can be realized by pressing different buttons, such as by pressing the timer button 124. Sports timing (can be used for timing when the competition is competitive), by pressing the counting speed measurement button 128 to realize sports speed measurement and distance measurement (can be used for speed measurement and distance measurement when the competition is competitive), can be started and closed by the start button 126 The monitoring control device.

In addition, the above-mentioned monitoring and control device may also include a pulse sensor (not shown in the figure) disposed inside the spectacle frame side frame 120, and the pulse sensor is electrically connected to the monitoring and control circuit. The pulse sensor can monitor the user's heart rate and pulse in real time, and display specific data on the display screen, which is convenient for the user to monitor their own health status and adjust the amount of exercise, so as to avoid excessive exercise or other dangerous situations. In addition, the above monitoring and control device may also include an alarm device (not shown in the figure) arranged on the side frame 120 of the mirror frame, and the alarm device is electrically connected to the monitoring and control circuit. When the monitoring control circuit detects that the heart rate and pulse of the user are abnormal, the alarm device will sound an alarm to remind the user to pay attention to adjusting the amount of exercise to avoid accidents or threats.

In addition, the above monitoring and control device may further include an audio chip connected to the monitoring and control circuit, and an audio output port connected to the audio chip is provided on the frame side frame 120 . By setting the audio chip, on the one hand, it can be used to store music and connect headphones to listen to music, so that the exercise process will not be too boring; on the other hand, the monitored exercise data and other data can also be used for voice broadcast and voice reminder , such as reminding users not to speed and exercise too much. It can also be used in combination with the above-mentioned alarm device, and can conveniently remind users by voice. In addition, a power module can also be installed in the detection control device, and a USB interface can be provided on the side frame 120 of the mirror frame. On the one hand, the power module can be charged, and on the other hand, information can be input and output to the monitoring control circuit and the audio chip, which is convenient and simple.

Moreover, the above-mentioned monitoring and control device can be arranged in a modular manner, and a control device module installation slot (not shown in the figure) is provided in the mirror frame side frame 120, and the monitoring and control device is detachably installed in the control device module installation slot. The monitoring and control device is modularized, and it can be installed on the side frame 120 of the mirror frame as required to meet different needs (configurations at different prices are realized, and buyers can choose according to needs), and it is also convenient for monitoring and control devices. Carry out production, installation, maintenance and replacement.

In addition, a positioning device (not shown in the figure) can also be provided on any one of the frame side frames 120, and a control display device corresponding to the positioning device can also be provided, and the control display device can be set separately from the positioning device. . By setting a positioning device on the frame side frame 120 of the smart sports glasses, the user's location can be tracked in real time, especially when performing outdoor sports such as field cycling and cross-country running, which is relatively safe and reliable. In addition, when children use the smart sports glasses, adults can monitor them in real time, and can keep track of the children's location in complex environments and terrains to avoid danger or accidents. In addition, the control and display device provided separately from the positioning device makes it easier to control the user's position and facilitate long-distance positioning and tracking. Moreover, the positioning device can be installed on the frame side frame 120 at the same time as the above-mentioned detection and control device, or one of them can be installed selectively. When both are installed on the side frame 120 of the picture frame at the same time, the two can be installed on the same side frame 120 of the picture frame at the same time, and can also be installed on two different side frames 120 of the picture frame separately.

Specifically, the positioning device can be set as a GPS positioning device, and the control and display device can be set as a mobile terminal device such as a mobile phone, a bracelet, or a tablet computer, and the mobile terminal device is wirelessly connected to the GPS positioning device. The positioning device can adopt a conventional GPS positioning device, and a mobile terminal device (such as a mobile phone) is set as a control display device in addition, and the mobile terminal device such as a mobile phone can be easily used to remotely track the user, which is simple and convenient. In addition, a positioning device button 129 is provided on the corresponding side frame 120 of the spectacle frame, so that the GPS positioning device can be turned off and on. Moreover, the control and display device can also be wirelessly connected with the above-mentioned monitoring and control device to monitor the real-time motion state of the user, that is, to remotely monitor the user's motion speed, time, distance, and heartbeat and pulse through the mobile terminal equipment, It is also possible to remotely send control instructions through the mobile terminal equipment to adjust the motion parameters of the monitoring and control device, or to send instructions to the user to facilitate remote guidance to the user. For example, when users of smart sports glasses are rock climbing, they can remotely monitor the user's rock climbing time, rock climbing speed, rock climbing height, and user's heart rate and pulse conditions through mobile terminal devices such as mobile phones, bracelets, or tablets, and Judge the user's movement and physical state, and issue guidance instructions to the user, so that the user can standardize the exercise behavior and avoid dangerous situations.

Moreover, the above-mentioned positioning device can also be arranged in a modular manner, and a positioning device installation slot (not shown in the figure) is opened in the frame side frame 120, and the positioning device is detachably installed in the positioning device installation slot. The positioning device is modularized, and it can be installed on the frame side frame 400 as required to meet different requirements, and it is also convenient to install, maintain and replace the positioning device. In addition, buffer rubber can also be provided on the inner side of the frame side frame 120, which can adapt to different face shapes and reduce the pressure of the frame on the face of the human body.

In addition, an LED illuminating lamp 130 may also be provided on the frame body 100 of the smart sports glasses. That is, by arranging an LED lighting lamp on the picture frame, in a dark situation (such as when passing through a tunnel), the LED lighting lamp can be turned on for lighting, so that the line of sight is clear. Specifically, the above-mentioned LED lighting lamp 130 can be arranged on the upper part outside the lens mounting portion 110 of the frame main body 100, and can also be arranged on the outside of the frame side frame 120, so that the LED lighting lamp 130 emits light in the same direction as the user's line of sight, which is convenient for viewing the line of sight. Direction for lighting. Moreover, the LED illuminating lamp 130 can be connected with a monitoring control device or a positioning device to achieve the purpose of sharing power.

The intelligent sports glasses provided by the utility model can replace different lenses according to the needs of different users by setting a lens installation structure with replaceable lenses; moreover, the lenses can be stacked in multiple layers, such as windproof lenses and refractive errors can be installed at the same time Corrective lenses or functional lenses to suit different usage needs. It can meet the needs of patients with refractive errors or users in poor light environments, and the lens is detachable, making it more flexible to use; by setting a monitoring control device, it can record, display and even broadcast the user's movement speed, movement time and movement distance It can also monitor the user's heart rate and pulse and other health status data, so that the user can reasonably adjust the amount of exercise to achieve the purpose of healthy exercise; by setting the positioning device, the user's specific position can be monitored and remote tracking can be carried out , making the exercise process safer and more reliable.

The technical features of the above-mentioned embodiments can be combined arbitrarily. To make the description concise, all possible combinations of the technical features in the above-mentioned embodiments are not described. However, as long as there is no contradiction in the combination of these technical features, should be considered as within the scope of this specification.

The above-mentioned embodiments only express several implementation modes of the utility model, and the description thereof is relatively specific and detailed, but it should not be understood as limiting the scope of the utility model patent. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the scope of protection of the utility model patent should be based on the appended claims.

Claims (10)

1. smart motion glasses, is characterized in that, comprise picture frame main body, are arranged at the eyeglass installation portion in described picture frame main body, and described eyeglass installation portion is provided with lens installation structure;

Described picture frame main body comprises the picture frame side frame being arranged at both sides respectively, and picture frame side frame described in any one is provided with monitor controller; Described monitor controller comprises the Monitoring and Controlling circuit being arranged at described picture frame side frame inside, and the action button be arranged on described picture frame side frame and display screen, and described action button and display screen are all electrically connected with described Monitoring and Controlling circuit.

2. smart motion glasses according to claim 1, is characterized in that, described monitor controller comprises the pulse transducer being arranged at described picture frame side frame inside, and described pulse transducer is electrically connected with described Monitoring and Controlling circuit.

3. smart motion glasses according to claim 1, is characterized in that, also comprise the audio chip be connected with described Monitoring and Controlling circuit, described picture frame side frame are provided with the audio output port be connected with described audio chip.

4. smart motion glasses according to claim 1, it is characterized in that, described lens installation structure at least comprises the first lens hanger and second lens hanger of stacked setting, described first lens hanger is removably provided with the first eyeglass, described second lens hanger is removably provided with the second eyeglass.

5. smart motion glasses according to claim 4, it is characterized in that, described first eyeglass to be positioned at outside described picture frame main body and to be set to anti-goggle, and described second eyeglass to be positioned at inside described picture frame main body and to be set to correction of refractive errors eyeglass or functional lenses.

6. smart motion glasses according to claim 1, is characterized in that, described picture frame main body is provided with LED illumination lamp.

7. smart motion glasses according to claim 1, is characterized in that, also comprise the adjustable elastic band that picture frame side frame described with two is connected, described elastic cord is set to flat, and described elastic cord broadens from two ends gradually to middle part.

8. the smart motion glasses according to claim 1-7 any one, is characterized in that, picture frame side frame described in any one is also provided with locating device; Also comprise the control display device corresponding with described locating device, described control display device and described locating device are provided separately.

9. smart motion glasses according to claim 8, it is characterized in that, described locating device is GPS locating device, and described display device is mobile terminal device, described mobile terminal device and the wireless connections of described GPS locating device.

10. smart motion glasses according to claim 8, it is characterized in that, described locating device and the equal modularization of described monitor controller are arranged, locating device mounting groove and control device module mounting groove is offered in described picture frame side frame, described locating device is removably installed in described locating device mounting groove, and described monitor controller is removably installed in described control device module mounting groove.