TWI658801B - Intelligent multifunctional optical glasses group and its application - Google Patents

Abstract

The invention discloses a smart multifunctional optical glasses set and its application, which includes a box body, an image capturing module, a signal transmission module and a monitoring unit. The box is for spectacles. The image capture module is used to capture the contour image of the glasses. The monitoring unit receives the contour image through a signal transmission module. The monitoring unit includes an image recognition module for performing image recognition processing on the contour image. The image recognition module establishes an image feature database, and the image feature database contains a plurality of types of glasses contours. Sample image, the image recognition module is used to capture and process the contour image into a characteristic image containing the contours of the glasses, and perform an image comparison process between the characteristic image and the sample image, and output the corresponding glasses according to the result of the image comparison analysis The evaluation information is worn, and the glasses wear evaluation information is displayed or voiced as the glasses wear evaluation information through the information output module, so as to avoid eyewear discomfort caused by deformation of the frame or lens wear and deterioration.

Description

Intelligent multifunctional optical glasses group and its application

The present invention relates to a smart multifunctional optical eyewear group and its application, and in particular to an optical eyewear group technology that can avoid discomfort caused by wearing of the glasses due to deformation of the lens frame or lens wear and deterioration.

According to the press, the market for eyeglasses is quite large, whether it is contact lenses, frame glasses, or virtual reality glasses; or smart glasses, almost everyone can use them. Optical technology already has excellent technology in the Taiwan industry, but most of them are only foundry, and there can be no more innovative products. Therefore, it is extremely important to develop a set of eyeglasses that can be used in the optical industry and enhance the competitiveness of Taiwan's industry. Necessity and urgency.

Generally speaking, the conventional spectacle case is mainly used for storing spectacles, and most of the conventional spectacle cases are extended with a cover for opening and closing the box body, and a cover is provided between the cover body and the box body. Interlockable fasteners and fasteners. When the user wants to place the glasses inside the box body, the user only needs to put the glasses into the box body and then cover the cover body to achieve the purpose of receiving the glasses. Although the conventional glasses case can realize the function of storing glasses to prevent the glasses from being dusted or stressed, it only has a single function of receiving glasses, so that it is impossible to know the information of glasses wearing evaluation, so it is impossible to avoid the deformation of the frame. 2. Discomfort caused by lens wear or deterioration caused by the lens wear and tear, resulting in inconvenience and distress.

In order to improve the above-mentioned shortcomings, the inventor applied for a new type The patent shown in M254122 "Structural Improvement of Spectacle Case" is composed of a case cover, a case base and a fastening element. The box cover is made of a transparent plastic material, and a layer of polarizing plate is flatly attached to the central area; a low-power white light bulb is set in the central area of the bottom of the box. Glasses with plastic birefringent effect can be housed between the upper and lower polarizing plates.

It is known from the above that although the patent can observe the situation of slight damage or local stress of the lens from the top of the box through the polarization effect; however, the patent recognizes the situation of slight damage or local stress of the lens with the naked eye, which is inevitable Misjudgment can occur due to factors such as poor vision or poor light sources. In addition, the above patents and conventional eyeglass cases have no other functions at present, in order to meet the needs of various types of glasses, especially the application of the concept of the Internet of Things for smart glasses, and multi-function requirements such as random charging.

In view of this, the glasses case has been around for many years, but the functionality of the product technology has not been perfected. Therefore, the above-mentioned conventional technology and the patent still need to be improved. Therefore, how to develop a set that can automatically detect Optical eyewear technology that produces minor damage, dirt, or partial deformation of the frame when the lens is released has become a technical issue that is urgently needed to be overcome and overcome by related industry players.

The first object of the present invention is to provide a smart multifunctional optical eyeglass set and its application. The main purpose is to automatically detect slight damage and dirt on the lens, or deformation of the lens frame caused by temporary local stress or improper wearing. Wearing state, in addition to avoiding the discomfort of wearing glasses due to deformation of the frame, lens wear or deterioration, and can be used to adjust the force of the frame, The basis for changing lenses or the entire set of glasses. The technical means for achieving the first purpose of the invention includes a box body, an image capturing module, a signal transmission module, and a monitoring unit. The box is for spectacles. The image capture module is used to capture the contour image of the glasses. The monitoring unit receives the contour image through a signal transmission module. The monitoring unit includes an image recognition module for performing image recognition processing on the contour image. The image recognition module establishes an image feature database, and the image feature database contains a plurality of types of glasses contours. Sample image, the image recognition module is used to capture and process the contour image into a characteristic image containing the contours of the glasses, and perform an image comparison process between the characteristic image and the sample image, and output the corresponding glasses according to the result of the image comparison analysis Wearing evaluation information, and outputting the glasses wearing evaluation information to the glasses wearing evaluation information through display or voice through the information output module.

A second object of the present invention is to provide a smart multi-functional optical eyewear group capable of capturing contour images of glasses with two viewing angles to improve image recognition accuracy and applications thereof. The technical means to achieve the second purpose of the development is to include a box, an image capture module, a signal transmission module, and a monitoring unit. The box is for spectacles. The image capture module is used to capture the contour image of the glasses. The monitoring unit receives the contour image through a signal transmission module. The monitoring unit includes an image recognition module for performing image recognition processing on the contour image. The image recognition module establishes an image feature database, and the image feature database contains a plurality of types of glasses contours. Sample image, the image recognition module is used to capture and process the contour image into a characteristic image containing the contours of the glasses, and perform an image comparison process between the characteristic image and the sample image, and output the corresponding glasses according to the result of the image comparison analysis Wearing evaluation information, and outputting the glasses wearing evaluation information to the glasses wearing evaluation information through display or voice through the information output module. Wherein, the box body has an opening, the box body is provided with a cover that can open and close the opening, and a fastener and a buckle that can be correspondingly fastened are provided between the cover body and the box body, and the inner front end of the box body The image capturing module is provided on the surface, and a holder for fixing the glasses is rotatably provided inside the box body near the rear end surface. The holder can be driven by a first angle adjustment mechanism at a first angle. And a vertical reciprocating rotation between a second angle, and when the hanger is at the first angle, the The image capture module captures one of the contour images of the front or rear view of the glasses; when the mount is at the second angle, the image capture module captures the bottom or top view of the glasses The second contour image, and sequentially compare one of the contour image and two of the contour image with the sample image in the image feature database.

A third object of the present invention is to provide a smart multifunctional optical eyeglass group with ultraviolet sterilization effect to improve the hygienic needs of glasses and its application. The technical means for achieving the third purpose of the invention includes a box body, an image capturing module, a signal transmission module, and a monitoring unit. The box is for spectacles. The image capture module is used to capture the contour image of the glasses. The monitoring unit receives the contour image through a signal transmission module. The monitoring unit includes an image recognition module for performing image recognition processing on the contour image. The image recognition module establishes an image feature database, and the image feature database contains a plurality of types of glasses contours. Sample image, the image recognition module is used to capture and process the contour image into a characteristic image containing the contours of the glasses, and perform an image comparison process between the characteristic image and the sample image, and output the corresponding glasses according to the result of the image comparison analysis Wearing evaluation information, and outputting the glasses wearing evaluation information to the glasses wearing evaluation information through display or voice through the information output module. Wherein, the box body has an opening, the box body is provided with a cover that can open and close the opening, and a fastener and a buckle that can be correspondingly fastened are provided between the cover body and the box body, and the inner front end of the box body A sterilization module using an ultraviolet light source (UV) is provided at the surface, and a light guide structure layer for guiding and projecting the ultraviolet light source to the glasses is provided on the inner surface of the box body and the cover body.

A fourth object of the present invention is to provide a cloud service system using a smart multifunctional optical glasses group. The technical means for achieving the fourth object of the present invention includes a box body, an image capturing module, a signal transmission module, and a monitoring unit. The box is for spectacles. The image capture module is used to capture the contour image of the glasses. The monitoring unit receives the contour image through a signal transmission module. The monitoring unit includes an image recognition module for performing image recognition processing on the contour image. The image recognition module An image feature database is established. The image feature database contains a plurality of sample images of the contours of the glasses. The image recognition module is used to capture the contour images into a feature image containing the contours of the glasses, and image the feature images and the sample images. The comparison processing is performed, and the corresponding glasses wearing evaluation information is output according to the result of the image comparison analysis, and the glasses wearing evaluation information is displayed or voiced as the glasses wearing evaluation information through the information output module. Among them, it further includes a plurality of the monitoring units; a network signal transmission module; a cloud server platform that collects and receives the glasses wearing evaluation information uploaded by each of the monitoring units through the network signal transmission module; and a plurality of A computer device that is connected to the cloud server platform signal through the network signal transmission module to download the glasses wearing evaluation information required for the monitoring unit, and displays the glasses as a glasses wearing with a display module of the computer device Evaluation information.

1‧‧‧ glasses

10‧‧‧Box

11‧‧‧ opening

12‧‧‧ Cover

20‧‧‧Image capture module

30‧‧‧Signal transmission module

40‧‧‧monitoring unit

41‧‧‧Image recognition module

410‧‧‧Image Feature Database

42‧‧‧Information output module

50‧‧‧control module

51‧‧‧Power supply unit

510‧‧‧Charging Module

52‧‧‧ Smartphone

520‧‧‧operation interface

60‧‧‧mount

60a‧‧‧inlay

61‧‧‧First angle adjustment mechanism

70‧‧‧ sterilization module

71‧‧‧light guide structure layer

71a‧‧‧mirror

71b‧‧‧ 稜鏡

72‧‧‧light emitting module

73‧‧‧Focus lens

74‧‧‧ light wave conversion film

75‧‧‧ second angle adjustment mechanism

80‧‧‧ Cloud Servo Platform

81‧‧‧Network Signal Transmission Module

82‧‧‧Computer device

P1‧‧‧Sample image

P2‧‧‧ Feature image

FIG. 1 is a schematic diagram of an implementation of a specific architecture of the present invention.

FIG. 2 is a schematic diagram of an embodiment of capturing a characteristic image of glasses front view according to the present invention.

FIG. 3 is a schematic diagram of a characteristic image of the glasses of the present invention viewed from above.

FIG. 4 is a schematic diagram of an sterilizing action of the glasses of the present invention.

FIG. 5 is another schematic diagram of the sterilization action of the glasses of the present invention.

FIG. 6 is a comparison diagram of a sample image and a characteristic image of the frame outline of the present invention.

FIG. 7 is a comparison diagram of a sample image and a characteristic image of the lens contour of the present invention.

FIG. 8 is a schematic implementation diagram of a specific application architecture of the present invention.

FIG. 9 is a functional block diagram of a specific architecture of the present invention.

In order to allow your reviewers to further understand the overall technical features of the present invention and the technical means for achieving the purpose of the present invention, specific embodiments and drawings are described in detail such as Bottom: Please refer to FIGS. 1 to 3 and FIG. 9 to show the first embodiment of the first purpose of the invention, which includes a box 10, an image capture module 20, a signal transmission module 30, a monitoring unit 40, and the like. Technical characteristics. The box body 10 is used for accommodating the glasses 1. The image capturing module 20 is disposed in the glasses box and used for capturing the contour image of the glasses 1. The monitoring unit 40 (such as a computer; but not limited to this) receives the contour image through a signal transmission module 30 (such as a Bluetooth communication module; or a signal transmission module such as USB or RS232; but not limited to this). The monitoring unit 40 includes an image recognition module 41 for performing image recognition processing on a contour image. The image recognition module 41 establishes an image feature database 410. The image feature database 410 contains a plurality of sample images of the contours of the glasses. The module 41 is used to capture and process the contour image into a feature image including the outline of the glasses, and perform an image comparison process between the feature image and the sample image in the image feature database 410, and output a corresponding image based on the result of the image comparison analysis. The glasses wearing evaluation information is output to the glasses wearing evaluation information in a display or voice manner through the information output module 42 (such as a display or a combination of a display and a voice playback module).

With reference to the embodiments shown in FIGS. 2 to 3, the glasses 1 include a frame and two lenses. It must also be noted that the aforementioned glasses outline refers to the frame of the front view, the lens of the front view, the lens of the rear view, the frame of the rear view, the frame of the left view, the frame of the right view, and the bottom view In terms of a frame or a frame of a bird's-eye view.

Specifically, the above glasses wearing evaluation message includes the following:

1. The use period of the wearing of the glasses 1 is set in advance in the monitoring unit 40 and the period is controlled. When the set use period is reached, the monitoring unit 40 issues a message "The glasses are worn and need to be replaced." Glasses wearing evaluation message.

2. Deformation rate of the frame characteristic image P2 compared to the reference frame sample image P1 When it exceeds 5% (as shown in a and b in FIG. 6), the monitoring unit 40 sends a glasses wearing evaluation message of “deformation of the frame”.

3. When the deformation rate of the lens characteristic image P2 is more than 5% compared with the reference lens sample image P1, the monitoring unit 40 sends a "lens deformation" evaluation message for wearing the glasses.

4. When the lens characteristic image P2 is more than 5% compared to the reference lens sample image P1 (see Fig. 7a), the monitoring unit 40 sends a "lens deterioration" glasses wearing evaluation message.

5. It captures the characteristic image P2 of the light source penetrating lens and compares the light source penetration intensity with the sample image P1 of the reference light source penetrating lens. When the light source penetration intensity is lower than 90% of the sample image, the monitoring unit 40 Send a message "Evaluation of wearing of glasses with poor lens transmittance".

6. When the lens characteristic image P2 is cracked compared to the reference lens sample image P1 (as shown in FIG. 7b), the monitoring unit 40 sends a glasses wearing evaluation message of “lens cracking”.

7. When the stained area of the lens characteristic image is more than 5% compared to the reference lens sample image, the monitoring unit 40 sends a "lens contamination" glasses wearing evaluation message.

Specifically, the glasses 1 refer to myopia glasses, reading glasses, smart glasses, or virtual reality VR. As shown in FIG. 9, a power supply unit 51 is provided on the box body 10 to supply the required power, and the power supply unit 51 further includes a charging module 510 (such as a wireless device) for charging smart glasses or virtual reality VR. Charging module; or TYPE-C charging module).

Please refer to FIG. 1 to FIG. 3 and FIG. 9 for a second embodiment for achieving the second purpose of the present invention. The second embodiment includes a box 10, an image capturing module 20, a signal transmission module 30, and a monitoring unit 40. . The box body 10 is used for accommodating the glasses 1. The image capturing module 20 is disposed in the glasses box and used for capturing the contour image of the glasses 1. The monitoring unit 40 (such as a computer) receives the contour image through the signal transmission module 30 (such as a Bluetooth communication module). The monitoring unit 40 includes a An image recognition module 41 for image recognition processing. The image recognition module 41 establishes an image feature database 410. The image feature database 410 contains a plurality of sample images of the contours of the glasses. The image recognition module 41 is used for capturing contour images. It is a feature image containing the outline of the glasses, and the feature image and the sample image in the image feature database 410 are subjected to image comparison processing, and the corresponding glasses wearing evaluation information is output according to the image comparison analysis result. The above-mentioned box body 10 has an opening 11, and the box body 10 is provided with a cover 12 capable of opening and closing the opening 11. The front end surface of the box body 10 is provided with an image capturing module 20, and the inside of the box body 10 is rotatably located near the rear end surface. A cradle 60 for fixing the glasses 1 is provided. The cradle 60 can be driven by a first angle adjustment mechanism 61 (such as a combination of a motor and a transmission gear) to perform longitudinal reciprocating rotation between the first angle and the second angle. The first angle adjustment mechanism 61 can be controlled by a control module 50 to drive the cradle 60 to rotate. When the cradle 60 is at the first angle, the image capture module 20 captures the front or rear view angle of the glasses 1. One of the contour images (shown in FIG. 2 is a contour image of the front view angle); when the mount 60 is at the second angle, the image capture module 20 captures the other two contour images of the glasses 1 in the upward or downward viewing angle ( Figure 3 shows a contour image from a top perspective), and sequentially compares one contour image and its two contour images with the sample images in the image feature database 410, so that the features of different perspectives can be added. Image and effectively improve the accuracy of image recognition.

In addition, it must be clear that the cradle 60 shown in FIG. 3 is provided with an inset groove 60a for the arc-shaped connecting piece of the glasses (that is, the connecting piece that connects the two lens frames to extend laterally), so It is possible to effectively position the eyeglasses 1 by the functional setting of the slot 60a.

Please refer to FIGS. 1, 4 to 5 and FIG. 9 for a third embodiment for achieving the third purpose of the present invention. The third embodiment includes a case 10, an image capturing module 20, a signal transmission module 30, a monitoring unit 40, and the like. Technical characteristics. The box body 10 is used for accommodating the glasses 1. The image capturing module 20 is disposed in the glasses box and used for capturing the contour image of the glasses 1. The monitoring unit 40 (such as a computer) receives the contour image through the signal transmission module 30 (such as a Bluetooth communication module). The monitoring unit 40 includes a For example, the image recognition module 41 performs image recognition processing. The image recognition module 41 establishes an image feature database 410. The image feature database 410 contains a plurality of sample images of the contours of the glasses. The image recognition module 41 is used to capture the contour images. Take the feature image containing the outline of the glasses, and compare the feature image with the sample image in the image feature database 410, and output corresponding glasses wearing evaluation information according to the result of the image comparison analysis. The above-mentioned box body 10 has an opening 11, the box body 10 is provided with a cover body 12 that can open and close the opening 11, and a fastener (not shown in the figure) that can be correspondingly fastened is provided between the cover body 12 and the box body 10 and Fastener (not shown). A sterilization module 70 for emitting an ultraviolet light source (UV) is disposed at the front end surface of the box body 10, and an inner surface of the box body 10 and the cover body 12 is provided with a light source for guiding and projecting the ultraviolet light source to the glasses 1 The light guide structure layer 71.

As mentioned above, the light guiding structure layer 71 may be a reflective mirror surface 71 a (as shown in FIG. 4), 稜鏡 71 b, or a combination of the reflective mirror surface 71 a and 稜鏡 71 b (as shown in FIG. 5).

Specifically, the sterilization module 70 includes a light emitting module 72 for emitting a light source, a focusing lens 73 for focusing the light source, and a light wave conversion covering the focusing lens 73 for converting the light source into an ultraviolet light source. The film layer 74 and a second angle adjustment mechanism 75 for setting the light emitting module 72 and the focusing lens 73. The second angle adjustment mechanism 75 (such as a combination of a motor and a transmission gear) can be controlled by the control module 50 to drive the light emitting module. The group 72 and the focusing lens 73 perform horizontal reciprocating rotations between the third angle and the fourth angle, so as to gradually project the focused ultraviolet light source from one side of the glasses 1 to the other side, so that the glasses can be scanned. The effect of sterilization, the specific scanning sterilization operation is shown in Figures 4-5 and Figure 9.

In addition, as shown in FIG. 9, based on an application embodiment of this embodiment, the control module 50 can upload the contour image generated by the image capturing module 20 to the monitoring unit 40 through the signal transmission module 30.

Please refer to FIG. 1 and FIG. 9 for reference. This embodiment further includes a smart phone 52. The smart phone 52 transmits signals through the signal transmission module 30, the monitoring unit 40, and the control module. The smart phone 52 has an operation interface 520. The operation interface 520 can send control instructions to the control module 50. In addition to controlling the operation of the first angle adjustment mechanism 61 and the second angle adjustment mechanism 75, The control instruction operates the image capturing device 20 to start, the sterilization module 70 to start, the sterilization time setting, the glasses purchase date setting, the glasses life setting, and the glasses cleaning cycle setting, and the above control instructions can be transmitted to the monitoring unit through the signal transmission module 30 40 is stored or converted into a control signal for making corresponding control actions.

Please refer to FIG. 8 for a fourth embodiment for achieving the fourth objective of the present invention. In addition to the overall technical features of the first embodiment described above, this embodiment further includes a plurality of monitoring units 40, a cloud server platform 80, A network signal transmission module 81 (such as a combination of a network and a modem or a router) and a plurality of computer devices 82 (such as a computer, a tablet or a smart phone) and other technical features. The cloud server platform 80 collects and receives the glasses wearing evaluation information uploaded by each monitoring unit 40 through the network signal transmission module 81. The computer device 82 is connected to the cloud server platform 80 signal through the network signal transmission module 81 to download the glasses wearing evaluation information of the required monitoring unit 40, and the display module of the computer device 82 displays the glasses wearing evaluation information.

The above description is only a feasible embodiment of the present invention, and is not intended to limit the patent scope of the present invention. Any equivalent implementation of other changes based on the content, characteristics and spirit of the following claims should be It is included in the patent scope of the present invention. The structural features specifically defined in the present invention are not found in similar items, and are practical and progressive. They have met the requirements for invention patents. They have filed applications in accordance with the law. I would like to request the Bureau to verify the patents in accordance with the law in order to maintain this document. Applicants' legitimate rights and interests.

Claims (9)

An intelligent multifunctional optical glasses group includes: a box body for accommodating a pair of glasses; and an image capturing module provided on the front end surface of the box body, and the inside of the box body is rotatably located near the rear end surface. A cradle for fixing the glasses is provided. The cradle can be driven by a first angle adjustment mechanism to perform longitudinal reciprocating rotation between a first angle and a second angle. The first angle adjustment mechanism can be subjected to a The control module controls the cradle to rotate; when the cradle is at the first angle, the image capture module captures a contour image of the front or rear view of the glasses; when the cradle is located At the second angle, the image capturing module captures another contour image of the glasses from the upward or downward viewing angle; a signal transmission module; and a monitoring unit that receives the contour image through the signal transmission module The monitoring unit includes an image recognition module for performing image recognition processing on the contour image. The image recognition module establishes an image feature database, and the image feature database contains sample images of a plurality of glasses contours. , The image recognition module is used for capturing and processing the contour image into a characteristic image including the outline of the glasses, and performing image comparison processing between the characteristic image and the sample image in the image characteristic database, and according to the image The comparison analysis result outputs corresponding glasses wearing evaluation information. The smart multifunctional optical glasses set according to claim 1, wherein the glasses include a frame and two lenses; the outline of the glasses is selected from the frames of the front view, the lenses of the front view, the lenses of the rear view, and At least one of the contours of the viewing frame, the viewing frame on the left, the viewing frame on the right, the viewing frame on the bottom, and the viewing frame on the top. The smart multi-functional optical glasses set according to claim 1, wherein the glasses wearing evaluation message includes: setting a use period of glasses wearing in advance on an operation interface of one of the monitoring units, and performing period control, when reaching When the use period is set, the monitoring unit sends an evaluation message of the wearing of the glasses that needs to be replaced when the wearing of the glasses exceeds the use period. The monitoring unit sends an evaluation message of the wearing of the glasses when the lens frame is deformed; when the deformation rate of the lens characteristic image is more than 5% compared with the reference lens sample image, the monitoring unit sends an evaluation message of the lens wearing when the lens is deformed; When the image is more than 5% of the deteriorated block compared with the reference lens sample image, the monitoring unit sends a message indicating that the lens has been deteriorated to the wearing of the glasses; the characteristic image of the light source penetrating the lens is captured and compared with the reference light source penetrating the lens The sample image is compared with the light source penetration intensity. When the light source penetration intensity is lower than 90% of the sample image light source penetration intensity, the monitoring unit sends The lens wear evaluation information of the lens with poor light transmittance; when the lens characteristic image is cracked compared with the reference lens sample image, the monitoring unit sends a lens wear evaluation message of the lens crack; when the lens characteristic image is compared When the stained area of the reference lens sample image exceeds 5%, the monitoring unit sends a message indicating that the lens is dirty and the lens is worn. The intelligent multifunctional optical glasses set according to claim 1, wherein a sterilization module using an ultraviolet light source (UV) is provided at the position of the front end surface of the box body, and the inner surface of the box body and the cover body are both A light guide structure layer is provided for guiding and projecting the ultraviolet light source onto the glasses. The smart multi-functional optical glasses set according to claim 4, wherein the light guide structure layer is one selected from the group consisting of a mirror surface, a chirp, and a combination of a mirror surface and a chirp. The intelligent multifunctional optical glasses set according to claim 4, wherein the sterilization module includes a light emitting module for emitting a light source, a focusing lens for focusing the light source, and a covering lens on the focusing lens A light wave conversion film layer for converting the light source into the ultraviolet light source and a second angle adjustment mechanism for setting the light emitting module and the focusing lens, the second angle adjustment mechanism can be driven by the control of a control module The light emitting module and the focusing lens rotate horizontally to and fro between a third angle and a fourth angle, so as to gradually scan the bundled ultraviolet light source from one side of the glasses to the other side. The smart multifunctional optical glasses set according to claim 1, wherein the glasses are selected from the group consisting of myopia glasses, reading glasses, smart glasses, and virtual reality VR, and the box is provided with a pair of smart glasses or A charging module for charging the virtual reality VR. The smart multifunctional optical glasses set according to claim 1, further comprising a smart phone. The smart phone is connected to the monitoring unit and a control module through the signal transmission module, and the control module is respectively connected to the The image capture device is electrically connected to a sterilization module. The smart phone has an operation interface that can send control instructions to the control module to operate the image capture device to start, the sterilization module to start, and sterilize. The time setting, glasses purchase date setting, glasses life setting, and glasses cleaning cycle setting, the control instruction can be transmitted to the monitoring unit through the signal transmission module to be stored or converted into control signals for performing corresponding control actions. A cloud service system applying the smart multifunctional optical glasses set according to claim 1, comprising: a smart multifunctional optical glasses set according to claim 1, a network signal transmission module, and a cloud servo platform Through the network signal transmission module to collect and receive the glasses wearing evaluation information uploaded by each of the monitoring units; and a plurality of computer devices that are connected to the cloud server platform signal through the network signal transmission module to Download the glasses wearing evaluation information required by the monitoring unit, and display the glasses wearing evaluation information with a display module of the computer device.