CN106353896B - Ring-controlled smart glasses and method of use thereof - Google Patents

Abstract

The invention discloses smart glasses controlled by a finger ring, which comprises a glasses body and a matching ring, the glasses body includes a spectacle frame and lenses; the ring includes a ring body set on a finger, and Rolling balls are arranged on the side facing the palm, micro switches are respectively arranged on the left and right sides of the ring body, switches and a wireless communication module are also arranged on the ring body, and the ring can be wirelessly connected with the glasses body as the glasses body input unit. Through the collaboration of multiple modules, the public can realize the functions of reading, face recognition, communication, tour guide and navigation through specific instructions on the client terminal. At the same time, the glasses can also prevent falls, measure body temperature and protect eyesight. It also has the functions of protecting the wearer's personal privacy and freely changing lenses.

Description

Ring-controlled smart glasses and method of use thereof

technical field

The invention relates to the technical field of smart wearable devices, in particular to smart glasses controlled by a ring and a method for using the same.

Background technique

Wearable smart devices are a general term for the application of wearable technology to intelligently design daily wear and develop wearable devices, such as glasses, gloves, watches, clothing and shoes. The application scenarios of wearable smart devices include infotainment, medical health, sports and fitness, enterprises, etc. The product forms of wearable devices include smart glasses, hearing aids, smart watches, sports cameras, sports and heart rate monitoring, insulin pumps, Bluetooth headsets, sports monitors, smart clothing, medication reminders, handheld computers, cardiac defibrillators, Continuous blood glucose monitoring, ECG, head-mounted display, pedometer, continuous physical sign data monitoring sticker, emergency call device, portable environmental monitor, etc. Among them, smart glasses and smart watches have the highest compound annual growth rate and the largest market potential.

At present, the application of smart glasses is becoming more and more popular. For example, smart applications such as mobile advertising, real-time image-text recognition and translation, real-time information, mobile learning, and remote real-world medical treatment. Through virtual imaging and applications of smart glasses, life and work can be Bring great convenience. However, the existing smart glasses also expose some problems in development, such as:

1. At present, all electronic components are piled up on the temples of smart glasses, resulting in the entire temples being very thick. After wearing the glasses, it will greatly affect the comfort and vision of the eyes.

2. The distance of the projector cannot be freely adjusted according to the eye distance of the wearer.

3. The lenses cannot be replaced according to the actual needs of the wearer.

4. The wearer's private system cannot be customized, and personal privacy cannot be guaranteed.

5. The command mode of the glasses cannot be changed automatically, and the appropriate command mode cannot be automatically selected on a suitable occasion.

6. Wearing smart glasses for a long time can easily lead to eye fatigue.

Contents of the invention

Aiming at the above technical problems, the present invention provides a convenient, confidential, efficient and fast smart glasses and its usage method. The present invention is realized through the following technical solutions:

A kind of smart glasses controlled by a finger ring, including a glasses body and a matching ring, the glasses body includes a spectacle frame and lenses; the spectacle frame includes a frame and temples with lenses embedded; The first spectacle frame and the second spectacle frame that the center beam is connected to each other, and two nose pads that are arranged on the inner edge of the spectacle frame to put the spectacle on the bridge of the nose; The mirror frame and the middle beam are hollow structures connected to each other to accommodate wires; fingerprint recognition modules, storage modules, central processing modules, image processors, timers, wireless communication modules, voice input and output modules are arranged on the mirror legs , a SIM card slot, a USB interface, a light sensor, a motion sensor, a 9-axis motion processing sensor, a positioning module, and a temperature sensor; wherein, the fingerprint recognition module is arranged at the front end of the first temple.

Preferably, the ring includes a ring body set on the finger, the ring body is provided with balls facing the palm side, the left and right sides of the ring body are respectively provided with micro switches, and the ring body is also provided with a switch and a wireless communication module, the ring can be wirelessly connected to the glasses body as an input unit of the glasses body.

Preferably, the temperature sensors include a first temperature sensor and a second temperature sensor respectively arranged at the position where the rear part of the first temple and the second mirror are in contact with the skin, and respectively arranged on the two nose pads and the second temperature sensor. A third temperature sensor and a fourth temperature sensor at the skin contact location.

Preferably, the smart glasses further include a micro-projection module, the projection module is arranged on the bottom frame of the first frame; the micro-projection module is provided with a direction adjustment unit; the middle part of the top frame of the first frame A first camera facing the wearer's eyes is provided, and the first camera is used to sense the position of the wearer's eyes; a second camera facing outside is provided on the outside of the center beam.

Preferably, the left and right ends of the frame are each provided with a hinge; the two hinges are respectively connected to a power module; the two power modules are connected in series through wires; the other ends of the two power modules are respectively fixed with The first mirror leg and the second mirror leg, the power supply module includes a frame and a battery; the battery is embedded in the middle of the frame; the frame is made of transparent material, and its lower edge is provided with a battery charging port; the power supply The length of the module is 3-5CM; the battery is a transparent lithium ion battery.

Preferably, the frame includes a bottom frame, a top frame, a left frame and a right frame; the left frame is parallel to the right frame, and the bottom frame is arc-shaped; one end of the top frame rotates with the left frame through a hinge connected, and the other end is movably connected with the right frame through a movable fixture; the lower part of the left frame and the right frame is provided with a slot, and the length of the slot is 1/3 of the length of the left and right frames; the frame also includes There is a supporting plate, the supporting plate is parallel to the bottom frame, and the left and right ends of the supporting plate are movably engaged with the card slot through the chuck; the bottom surface of the supporting plate is provided with a number of first permanent magnets, and the bottom A second permanent magnet is arranged at a corresponding position of the frame, and the polarity of the first permanent magnet is opposite to that of the second permanent magnet.

A method for using smart glasses controlled by a ring, said method comprising the steps of:

(1) Select and install suitable lenses according to the actual needs of the wearer;

(2) The wearer puts the glasses with lenses installed on the bridge of the nose, and the first temperature sensor to the fourth temperature sensor all detect human body signals, indicating that the glasses have been worn, and the smart glasses start the boot process;

(3) During the boot process, a dialog box pops up asking the wearer to identify the fingerprint. At the same time, the timer enters the countdown mode. If the wearer enters the correct fingerprint within the countdown time, it will enter the personal system; if the wearer is not counting down Enter the correct fingerprint within the time, then enter the public system; after starting up, enter step (4) and steps (6)-(8) at the same time;

(4) After booting is completed, the second camera captures the image of the user's current location, and compares it with the internal photo of the wearer's home stored in the memory; if the current location is a home environment, then open the voice command mode; if the current location If it is not a home environment, turn on the mute command mode, and project on the lens to remind the wearer to turn on the bracelet switch; if the wearer's current location is a home environment, but it is not convenient for voice communication, the wearer can directly turn on the bracelet switch, so After the above-mentioned glasses are wirelessly connected to the bracelet, the working mode will naturally be switched from the voice command mode to the silent command mode; if the wearer's current location is not a home environment, but the wearer can freely communicate by voice, the wearer can use a specific voice command to , switch the working mode from silent command mode to voice command mode; if the motion sensor detects that the wearer continues to move within a certain period of time, the positioning system will be activated to calculate the distance between the wearer's current location and the home location, and determine whether the wearer has left home ; If the positioning system calculates that the wearer is suspected of leaving home, then start the second camera again to obtain the image of the user's current location, and compare it with the internal photo of the wearer's home stored in the memory, if the current location is indeed a non-home environment, switch the working mode from the voice command mode to the silent command mode, and project on the lens to remind you that you have entered a non-home environment, and you need to turn on the ring switch;

(5) Enter standby mode, wait for the wearer's instruction, and turn to steps (9)-(13) at any time;

(6) The first temperature sensor and the second temperature sensor start to continuously measure the body temperature of the wearer. If the body temperature of the wearer continues to exceed the body temperature threshold stored in the memory within a certain time interval, the voice input and output module will The wearer will remind and/or project a reminder on the lens, and the wireless communication module will send information about abnormal body temperature to the mobile phone of the wearer's family;

(7) On the premise that the glasses are normally worn, the 9-axis motion processing sensor continuously senses the acceleration of gravity of the glasses; if the 9-axis motion processing sensor senses that the acceleration of gravity of the glasses is greater than the acceleration of gravity stored in the memory threshold, then it is judged that the wearer is in a falling state, the voice input and output module outputs a voice alarm signal, and the wireless communication module sends a distress signal to the mobile phone of the wearer's family;

(8) The timing module counts the time the wearer continues to wear the glasses, and if the wearing time exceeds the preset threshold, the micro projection module will project a reminder on the lens to avoid excessive use of the eyes;

(9) If the applicant needs to read the text, he can enter the reading mode through the first specific instruction, and use the second camera to aim at the material to be read; use the finger to point to the part to be read; the second camera to locate the coordinates of the finger, Extract the picture around the coordinates, the image processing module will carry out optical character recognition on the picture, extract the text on the picture and convert it into a character and enlarge it, project it on the lens with a micro projection module, and be read by the wearer. Complete, repeat the first specific instruction to end the reading mode, and return to step (5);

(10) The wearer triggers the face recognition mode through specific communication keywords when going out or at home; in this mode, the second camera captures the previous image of the wearer and transmits it to the central processing module, The central processing module is used to identify the portrait data in the image, and compare the above-mentioned data with the data stored in the storage module to obtain the basic information of the above-mentioned portrait, which is projected on the lens through the micro-projection module, and the wearer Read and update the meeting time and place in the storage module to help the wearer determine the relationship map; if there is no basic information of the above-mentioned portrait in the storage module, the central processing module will process the above-mentioned portrait data Stored in the storage module, and record the meeting time and place, in order to improve relevant information in the future; if the light sensor detects that it is currently at night or in a state with low visibility, it will receive the voice of the other party in real time through the voice input and output module signal, and transmit the above signal to the central processing module, the central processing module amplifies and removes the above signal to obtain the voiceprint information of the other party, and compares it with the voiceprint data stored in the storage module, and then obtains the voiceprint information of the other party The basic information of the voiceprint is displayed on the lens, read by the wearer, and the meeting time and place are updated in the storage module; if there is no basic information of the above-mentioned voiceprint in the storage module, the central processing module will process The completed above-mentioned voiceprint data is stored in the storage module, and the time and place of meeting are recorded, so as to improve related information in the future; after the above-mentioned information is displayed on the lens, the face recognition mode ends immediately without specific Instruction ends, return to step (5);

(11) If the wearer cannot hear the other party's voice clearly, he can enter the communication mode through a specific voice command 2; in this mode, the voice input and output module receives the voice signal of the other party in real time, and transmits the above signal to the central processing Module, the central processing module amplifies and removes the above signal, compares and decodes it with the text data in the storage module, and obtains text information, which is projected on the lens through the micro-projection module, read by the wearer, and after the communication is completed, through a specific voice Instruction three ends the communication mode, and returns to step (5);

(12) When the wearer is traveling at a tourist attraction, if he needs information about a tour guide, he can enter the tour guide mode through a second specific command; A central processing module, the central processing module is used to identify the photos of the scenic spots, and compare the photos of the scenic spots with the photos of the scenic spots stored in the storage module, so as to obtain the basic information of the above-mentioned scenic spots, and project them on the lens through the micro-projection module , is read by the wearer; if there is no basic information of the scenic spot in the storage module, the current position of the wearer is positioned through the positioning module to obtain the current scenic spot position of the wearer, and then through the The wireless communication module retrieves the basic information of the current scenic spot, projects it on the lens through the micro-projection module, and is read by the wearer. After the communication is completed, the communication mode is ended through the third specific instruction, and the return to step (5);

(13) If the wearer gets lost outdoors, he can enter the navigation mode through the fourth specific instruction; in this mode, he can output navigation voice information through the voice input and output module and/or project it on the lens through the micro projection module Map navigation information to guide the wearer;

(14) If no signal is detected by any one of the first temperature sensor to the fourth temperature sensor for a preset period of time, it is judged that the wearer has taken off the glasses, and then the device is turned off.

Preferably, the countdown time in the step (3) is 15-30 seconds.

Preferably, the first specific instruction, the second specific instruction, the third specific instruction and the fourth specific instruction are voice commands in the voice command mode, and are operated by finger ring input in the silent command mode.

The above description is only an overview of the technical solutions of the present invention. In order to understand the technical means of the present invention more clearly and implement them according to the contents of the description, the preferred embodiments of the present invention and accompanying drawings are described in detail below. The specific embodiment of the present invention is given in detail by the following examples and accompanying drawings. Many parts of the present invention only describe the parts that have been improved, while other unexplained parts can be realized by using existing technologies in this field, that is, the undescribed parts can be realized by using existing technologies, and will not be described in detail here.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the application. The schematic embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations to the present invention. In the attached picture:

FIG. 1 is a schematic diagram of one method of using smart glasses of the present invention.

Detailed ways

The technical implementation process of the present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Example 1

This part mainly introduces the basic composition of the smart glasses and the usage of its components, and the parts not specified are realized by the existing technology. The special instructions include related instructions and related technical solutions in the following embodiments.

A smart glasses controlled by a finger ring, comprising a glasses body, the glasses body includes a spectacle frame and lenses; the spectacle frame includes a spectacle frame and temples inlaid with lenses; And the second mirror frame, and the two nose pads that are arranged on the inner edge of the mirror frame to put the glasses on the bridge of the nose; Hollow structure to accommodate wires.

In some occasions where voice communication is inconvenient or there are many people, using gestures as the command input unit of the glasses will be weird. Therefore, the present application also designs a ring matching the body of the smart glasses. The ring includes a ring body set on the finger, the ring body is provided with balls facing the palm side, the left and right sides of the ring body are respectively provided with micro switches, and the ring body is also provided with a switch and wireless communication. module, the finger ring can be wirelessly connected to the glasses body as an input unit of the glasses body. As an alternative, the ball facing the palm side can be a touch screen or four physical keys distributed up, down, left, and right.

The left and right ends of the mirror frame are each provided with a hinge; the two hinges are respectively connected to a power module; the two power modules are connected in series through wires; the other ends of the two power modules are respectively fixed with a first mirror legs and second temple. The power module includes a frame and a battery; the battery is embedded in the middle of the frame; the frame is made of transparent material, and a battery charging port is provided on the lower edge; the power module is 3-5CM long; the battery is Transparent lithium-ion battery.

Arranging the transparent power module at the front end of the temple can prevent the opaque temple from hindering the realization of the eyes, thereby significantly expanding the field of view of the glasses and improving the comfort of wearing the glasses.

The eyesight of the wearer is not constant, for example: nearsightedness or farsightedness will cause the diopter to increase with excessive use of the eyes; people with normal vision may also face beam splitters, polarizers, anti-ultraviolet radiation mirrors and plain mirrors selection needs. Therefore, the present invention designs the spectacle frame as a structure of replaceable eyeglasses.

The spectacle frame is an approximately rectangular structure, which includes a bottom frame, a top frame, a left frame and a right frame; the left frame is parallel to the right frame, and the bottom frame is curved to better fit the wearer's skin. One end of the top frame is rotatably connected with the left frame through a hinge, and the other end is movably connected with the right frame through a movable fixture; the bottoms of the left frame and the right frame are provided with slots, and the length of the slots is left, 1/3 of the length of the right frame; the frame also includes a support plate, the shape of the support plate is the same as that of the bottom frame, and its left and right ends are movably clamped into the card slot by the clamp head; the support plate A plurality of first permanent magnets are arranged on the bottom surface of the board, and second permanent magnets are arranged at corresponding positions of the bottom frame, and the polarity of the first permanent magnets is opposite to that of the second permanent magnets.

When the wearer needs to change the lens, he opens the movable fixture at the top frame, and the magnet at the bottom of the support plate repels the support plate upward under the action of the same sex repulsion, and then lifts the lens on the support plate upward, The wearer only needs to pinch the side piece of the lens with the mobile phone to change the lens without touching the lens, thereby preventing the lens from being scratched by rubbing the lens with fingers.

A fingerprint recognition module, a storage module, a central processing module, an image processor, a timer, a wireless communication module, a voice input and output module, a SIM card slot, a USB interface, a light sensor, a motion sensor, A 9-axis motion processing sensor, a positioning module, and a temperature sensor; wherein, the fingerprint identification module is arranged on the first temple near the front end of the power module.

Because the memory of the smart glasses stores the wearer's friend address book data and photos taken, it is urgent to keep the wearer's glasses confidential to avoid leaking personal privacy. Therefore, the fingerprint identification module identifies the wearer's fingerprint during the boot process and enters the wearer's personal system to avoid leakage of personal data.

The temperature sensors include a first temperature sensor and a second temperature sensor which are respectively arranged at the position where the rear part of the first temple and the second mirror are in contact with the skin, and which are respectively arranged at the two positions of the nose pads which are in contact with the skin. The third temperature sensor and the fourth temperature sensor at.

The above-mentioned first to fourth sensors can ensure that the wearer can wear the glasses correctly. When the above-mentioned four eyes all detect signals, the power can be turned on, avoiding the false alarm of power-on caused by a single sensor. In addition, the sensor can also detect The body temperature of the wearer to provide health information. As an alternative means, select the number of sensors to be arranged on the mirror leg as a monitoring unit for the body temperature of the wearer, and additionally set a switch on the mirror leg as a control device for starting the eyes.

The smart glasses also include a micro-projection module, the projection module is arranged on the bottom frame of the first frame; the micro-projection module is provided with a direction adjustment unit; the middle of the top frame of the first frame is provided with a A first camera for the wearer's eyes, the first camera is used to sense the position of the wearer's eyes; the outside of the center beam is provided with a second camera facing outside.

Because the wearer of smart glasses may serve different wearers, for example, a family or a couple only purchases one smart glasses to meet daily needs. However, the eye distance between people is not the same. Therefore, the fixed position of the projection module makes it uncomfortable for others to wear; in addition, the same wearer wears glasses in different postures. , The next time you wear it outside, it will also cause uncomfortable wearing. Therefore, the first camera is used to detect the position of the wearer's eyes, and then the direction adjustment unit on the micro-projection module is used to fine-tune the position of the micro-projector so that the projection position on the lens is always in the middle of the eye's field of view.

Example 2

This embodiment is implemented on the basis of the foregoing embodiment 1, and mainly introduces the usage method of smart glasses. See attached drawing 1.

How to use smart glasses:

(1) Select and install suitable lenses according to the actual needs of the wearer;

(2) The wearer puts the glasses with lenses installed on the bridge of the nose, and the first temperature sensor to the fourth temperature sensor all detect human body signals, indicating that the glasses have been worn, and the smart glasses start the boot process;

(3) During the boot process, a dialog box pops up asking the wearer to identify the fingerprint. At the same time, the timer enters the countdown mode. If the wearer enters the correct fingerprint within the countdown time, it will enter the personal system; if the wearer is not counting down Enter the correct fingerprint within the time, then enter the public system; after starting up, the first camera detects the wearer's eye position, adjusts the specific position of the micro projection module through the direction adjustment unit, and enters step (4) and step ( 6)-(8);

(4) After booting is completed, the second camera captures the image of the user's current location, and compares it with the internal photo of the wearer's home stored in the memory; if the current location is a home environment, then open the voice command mode; if the current location If it is not a home environment, turn on the mute command mode, and project on the lens to remind the wearer to turn on the bracelet switch; if the wearer's current location is a home environment, but it is not convenient for voice communication, the wearer can directly turn on the bracelet switch, so After the above-mentioned glasses are wirelessly connected to the bracelet, the working mode will naturally be switched from the voice command mode to the silent command mode; if the wearer's current location is not a home environment, but the wearer can freely communicate by voice, the wearer can use a specific voice command to , switch the working mode from silent command mode to voice command mode; if the motion sensor detects that the wearer continues to move within a certain period of time, the positioning system will be activated to calculate the distance between the wearer's current location and the home location, and determine whether the wearer has left home ; If the positioning system calculates that the wearer is suspected of leaving home, then start the second camera again to obtain the image of the user's current location, and compare it with the internal photo of the wearer's home stored in the memory, if the current location is indeed a non-home environment, switch the working mode from the voice command mode to the silent command mode, and project on the lens to remind you that you have entered a non-home environment, and you need to turn on the ring switch;

(5) Enter the standby mode and wait for the wearer's instruction to enter the corresponding working mode;

(6) The first temperature sensor and the second temperature sensor start to continuously measure the body temperature of the wearer. If the body temperature of the wearer continues to exceed the body temperature threshold stored in the memory within a certain time interval, the voice input and output module will The wearer will remind and/or project a reminder on the lens, and the wireless communication module will send information about abnormal body temperature to the mobile phone of the wearer's family;

(7) On the premise that the glasses are normally worn, the 9-axis motion processing sensor continuously senses the acceleration of gravity of the glasses; if the 9-axis motion processing sensor senses that the acceleration of gravity of the glasses is greater than the acceleration of gravity stored in the memory threshold, then it is judged that the wearer is in a falling state, the voice input and output module outputs a voice alarm signal, and the wireless communication module sends a distress signal to the mobile phone of the wearer's family;

(8) The timing module counts the time the wearer continues to wear the glasses, and if the wearing time exceeds a preset threshold, the micro projection module will project a reminder on the glasses;

(9) In any of the above steps, if any one of the first temperature sensor to the fourth temperature sensor fails to detect a signal for a preset period of time, it is judged that the wearer has taken off the glasses, and then the device is turned off.

Example 3:

This embodiment is implemented on the basis of the foregoing embodiment 2, and mainly introduces the working mode of the system when it is used. Various command inputs in the working mode can be input by voice commands through the voice input and output module, and can also be input by the ring; it can also be connected to an external input device through the wireless communication module to perform command input. touch input.

If the applicant needs to read the text, he can enter the reading mode through the first specific instruction, use the second camera to aim at the material to be read; use the finger to point to the part to be read; the second camera locates the coordinates of the finger, and extracts the The picture around the coordinates, the image processing module performs optical character recognition on the picture, extracts the text on the picture and converts it into a character and enlarges it, projects it on the lens with a micro projection module, and is read by the wearer. Repeat the first specific instruction to end the reading mode, and return to step (5); the first specific instruction is a voice command in the voice command mode, and is operated by ring input in the silent command mode.

With the expansion of modern people's social circle and the blowout of information, modern people often forget the basic information of acquaintances. Therefore, when the wearer is out or at home, no matter in the voice command mode or the silent command mode, he only needs to pass "Hello", "Long time no see", "How are you doing recently", "How are you lately" and the wearer's own name and other specific communication keywords can trigger the face recognition mode; in this mode, the second camera captures the previous image of the wearer and transmits it to the central processing module, which is used to identify the face in the image. The portrait data, and compare the above data with the data stored in the storage module to obtain the basic information of the above portrait, which is projected on the lens through the micro projection module, read by the wearer, and updated in the storage module. Time and place to help the wearer determine the relationship map; if there is no basic information of the portrait in the storage module, the central processing module will store the processed portrait data in the storage module and record Meeting time and place, in order to improve relevant information in the future; If the light sensor detects that it is currently at night or in a state with low visibility, and the photos taken by the camera are blurred, it will receive the other party's voice in real time through the voice input and output module. Voice signal, and transmit the above signal to the central processing module, the central processing module amplifies the above signal to obtain the voiceprint information of the other party, and compares it with the voiceprint data stored in the storage module, and then obtains The basic information of the other party is displayed on the lens, read by the wearer, and the meeting time and place are updated in the storage module; if there is no basic information of the voiceprint in the storage module, the central processing module will The processed voiceprint data is stored in the storage module, and the meeting time and place are recorded for future improvement of relevant information; after the above information is displayed on the lens, the face recognition mode ends immediately, and no need to After the specified command is finished, return to step (5). In this mode, through the trigger mode of specific keywords, the intelligent opening is realized, and this mode is always on to avoid the increase of power consumption and the continuous reading and writing of information.

If the wearer's hearing is weak or the scene is noisy (such as: dance halls, KTV, etc.) "Can you say it again?", etc.) into the communication mode; in this mode, the voice input and output modules receive the other party's voice signal immediately, and transmit the above signal to the central processing module, which amplifies the above signal and removes the noise, and Compared with the text data in the storage module and decoded, the text information is obtained, which is projected on the lens through the micro projection module and read by the wearer. ", "bye" and other keywords that show the end of the conversation) end the communication mode, and return to step (5). In this mode, the automatic start of the mode is realized through keywords, which avoids the embarrassment of both parties in the conversation due to the opening of the command.

When the wearer travels in a tourist attraction, if he needs information about a tour guide, he can enter the tour guide mode through a second specific command; in this mode, the second camera is aimed at the photos of the scenic spots that need to be explained, and transmits them to the central processing unit module, the central processing module is used to identify the photo of the scenic spot, and compare the photos of the scenic spot with the photo of the scenic spot stored in the storage module to obtain the basic information of the scenic spot, project it on the lens through the micro projection module, and be The wearer reads; if there is no basic information of the scenic spot in the storage module, the current position of the wearer is positioned by the positioning module to obtain the current scenic spot position of the wearer, and then through the wireless The communication module retrieves the basic information of the current scenic spot, projects it on the lens through the micro-projection module, and is read by the wearer. After the communication is completed, the third specific instruction ends the communication mode, and returns to step (5); the second specific instruction and The third specific instruction is a voice command in the voice command mode, and is operated by inputting the ring in the silent command mode.

If the wearer gets lost outdoors, he can enter the navigation mode through the fourth specific instruction; in this mode, he can output navigation voice information through the voice input and output module and/or project map navigation information on the lens through the micro projection module , to navigate the wearer. The fourth specific instruction is a voice command in the voice command mode, and is operated by ring input in the silent command mode

The wearer can also use the first camera to take pictures of the beautiful scenery in front of him. The photography can be triggered by voice commands or gesture commands, and the photos obtained by the photography are uploaded to the cloud to ensure the reading of the photos.

The wearer can also realize the interconnection between smart glasses and smart devices such as smart phones through the wireless communication module, so as to realize basic functions such as answering incoming calls, dialing numbers on mobile phones, and sending and receiving short messages.

The above working modes can be combined freely, which will not be repeated here.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (6)

1. A method for using smart glasses controlled by a ring, characterized in that the smart glasses include a glasses body and a matching ring with the glasses body, the glasses body includes a spectacle frame and lenses; the spectacle frame includes an inlaid The spectacle frame and the mirror leg of the eyeglass; the spectacle frame includes two first spectacle frames and the second spectacle frame connected to each other by the middle bridge, and two nose pads arranged on the inner edge of the spectacle frame to put the spectacle on the bridge of the nose; the middle bridge The outside is provided with a second camera head facing the outside, the mirror legs include a first mirror leg and a second mirror leg, the mirror frame and the middle beam are hollow structures connected to each other to accommodate the wires; the mirror legs are arranged in a row There are fingerprint identification module, storage module, central processing module, image processor, timer, wireless communication module, voice input and output module, SIM card slot, USB interface, light sensor, motion sensor, 9-axis motion processing sensor, positioning module and a temperature sensor; the smart glasses also include a micro-projection module, wherein, The fingerprint recognition module is arranged at the front end of the first mirror leg; the temperature sensor includes a first temperature sensor and a second temperature sensor respectively arranged at the position where the rear part of the first mirror leg and the second mirror are in contact with the skin, and respectively A third temperature sensor and a fourth temperature sensor arranged on the two nose pads in contact with the skin; The ring includes a ring body set on the finger, the ring body is provided with balls facing the palm side, the left and right sides of the ring body are respectively provided with micro switches, and the ring body is also provided with a switch and wireless communication. module, the ring can be wirelessly connected to the glasses body as an input unit of the glasses body; the method for using the smart glasses includes the following steps: (1) Select and install suitable lenses according to the actual needs of the wearer; (2) The wearer puts the glasses with lenses installed on the bridge of the nose, and the first temperature sensor to the fourth temperature sensor all detect human body signals, indicating that the glasses have been worn, and the smart glasses start the boot process; (3) During the boot process, a dialog box pops up asking the wearer to identify the fingerprint. At the same time, the timer enters the countdown mode. If the wearer enters the correct fingerprint within the countdown time, it will enter the personal system; if the wearer is not counting down Enter the correct fingerprint within the time, then enter the public system; after starting up, enter step (4) and steps (6)-(8) at the same time; (4) After booting is completed, the second camera captures the image of the user's current location, and compares it with the internal photo of the wearer's home stored in the memory; if the current location is a home environment, then open the voice command mode; if the current location If it is not a home environment, turn on the mute command mode, and project on the lens to remind the wearer to turn on the bracelet switch; if the wearer's current location is a home environment, but it is not convenient for voice communication, the wearer can directly turn on the bracelet switch, so After the above-mentioned glasses are wirelessly connected to the bracelet, the working mode will naturally be switched from the voice command mode to the silent command mode; if the wearer's current location is not a home environment, but the wearer can freely communicate by voice, the wearer can use a specific voice command to , switch the working mode from silent command mode to voice command mode; if the motion sensor detects that the wearer continues to move within a certain period of time, the positioning system will be activated to calculate the distance between the wearer's current location and the home location, and determine whether the wearer has left home ; If the positioning system calculates that the wearer is suspected of leaving home, then start the second camera again to obtain the image of the user's current location, and compare it with the internal photo of the wearer's home stored in the memory, if the current location is indeed a non-home environment, switch the working mode from the voice command mode to the silent command mode, and project on the lens to remind you that you have entered a non-home environment, and you need to turn on the ring switch; (5) Enter standby mode, wait for the wearer's instruction, and turn to steps (9)-(13) at any time; (6) The first temperature sensor and the second temperature sensor start to continuously measure the body temperature of the wearer. If the body temperature of the wearer continues to exceed the body temperature threshold stored in the memory within a certain time interval, the voice input and output module will The wearer will remind and/or project a reminder on the lens, and the wireless communication module will send information about abnormal body temperature to the mobile phone of the wearer's family; (7) On the premise that the glasses are normally worn, the 9-axis motion processing sensor continuously senses the acceleration of gravity of the glasses; if the 9-axis motion processing sensor senses that the acceleration of gravity of the glasses is greater than the acceleration of gravity stored in the memory threshold, then it is judged that the wearer is in a falling state, the voice input and output module outputs a voice alarm signal, and the wireless communication module sends a distress signal to the mobile phone of the wearer's family; (8) The timing module counts the time the wearer continues to wear the glasses, and if the wearing time exceeds the preset threshold, the micro projection module will project a reminder on the lens to avoid excessive use of the eyes; (9) If the applicant needs to read the text, he can enter the reading mode through the first specific instruction, and use the second camera to aim at the material to be read; use the finger to point to the part to be read; the second camera to locate the coordinates of the finger, Extract the picture around the coordinates, the image processing module will carry out optical character recognition on the picture, extract the text on the picture and convert it into a character and enlarge it, project it on the lens with a micro projection module, and be read by the wearer. Complete, repeat the first specific instruction to end the reading mode, and return to step (5); (10) The wearer triggers the face recognition mode through specific communication keywords when going out or at home; in this mode, the second camera captures the previous image of the wearer and transmits it to the central processing module, The central processing module is used to identify the portrait data in the image, and compare the above-mentioned data with the data stored in the storage module to obtain the basic information of the above-mentioned portrait, which is projected on the lens through the micro-projection module, and the wearer Read and update the meeting time and place in the storage module to help the wearer determine the relationship map; if there is no basic information of the above-mentioned portrait in the storage module, the central processing module will process the above-mentioned portrait data Stored in the storage module, and record the meeting time and place, in order to improve relevant information in the future; if the light sensor detects that it is currently at night or in a state with low visibility, it will receive the voice of the other party in real time through the voice input and output module signal, and transmit the above signal to the central processing module, the central processing module amplifies the above signal and removes noise to obtain the voiceprint information of the other party, and compares it with the voiceprint data stored in the storage module, and then obtains the voiceprint information of the other party The basic information of the voiceprint is displayed on the lens, read by the wearer, and the meeting time and place are updated in the storage module; if there is no basic information of the above-mentioned voiceprint in the storage module, the central processing module will process The completed above-mentioned voiceprint data is stored in the storage module, and the time and place of meeting are recorded, so as to improve related information in the future; after the above-mentioned information is displayed on the lens, the face recognition mode ends immediately without specific Instruction ends, return to step (5); (11) If the wearer cannot hear the other party's voice clearly, he can enter the communication mode through a specific voice command 2; in this mode, the voice input and output module receives the voice signal of the other party in real time, and transmits the above signal to the central processing module, the central processing module amplifies and denoises the above signal, compares and decodes it with the text data in the storage module, and obtains the text information, which is projected on the lens through the micro projection module and read by the wearer. Instruction three ends the communication mode, and returns to step (5); (12) When the wearer is traveling at a tourist attraction, if he needs information about a tour guide, he can enter the tour guide mode through a second specific command; A central processing module, the central processing module is used to identify the photos of the scenic spots, and compare the photos of the scenic spots with the photos of the scenic spots stored in the storage module, so as to obtain the basic information of the above-mentioned scenic spots, and project them on the lens through the micro-projection module , is read by the wearer; if there is no basic information of the scenic spot in the storage module, the current position of the wearer is positioned through the positioning module to obtain the current scenic spot position of the wearer, and then through the The wireless communication module retrieves the basic information of the current scenic spot, projects it on the lens through the micro-projection module, and is read by the wearer. After the communication is completed, the communication mode is ended through the third specific instruction, and the return to step (5); (13) If the wearer gets lost outdoors, he can enter the navigation mode through the fourth specific instruction; in this mode, he can output navigation voice information through the voice input and output module and/or project it on the lens through the micro projection module Map navigation information to guide the wearer; (14) If no signal is detected by any one of the first temperature sensor to the fourth temperature sensor for a preset period of time, it is judged that the wearer has taken off the glasses, and then the device is turned off. 2. The method for using smart glasses controlled by a ring according to claim 1, wherein the frame includes a bottom frame, a top frame, a left frame and a right frame; the projection module is arranged on the first frame on the bottom frame; the micro projection module is provided with a direction adjustment unit; the middle part of the top frame of the first frame is provided with a first camera facing the eyes of the wearer, and the first camera is used to sense the eye position. 3. The method for using smart glasses controlled by a ring according to claim 1, wherein a hinge is provided at the left and right ends of the frame; the two hinges are respectively connected to a power module; The two power modules are connected in series through wires; the other ends of the two power modules are respectively fixed with a first mirror leg and a second mirror leg, and the power module includes a frame and a battery; the battery is embedded in the middle of the frame; The frame is made of transparent material, and the lower edge is provided with a battery charging port; the power module is 3-5 cm long; the battery is a transparent lithium-ion battery. 4. The method for using smart glasses controlled by a ring according to claim 2, wherein the left frame is parallel to the right frame, the bottom frame is arc-shaped; one end of the top frame is hinged to the The left frame is rotatably connected, and the other end is movably connected with the right frame through a movable fixture; the lower part of the left frame and the right frame is provided with a slot, and the length of the slot is 1/3 of the length of the left and right frames; The mirror frame also includes a support plate, the support plate is parallel to the bottom frame, and its left and right ends are movably engaged with the card slot through the clamp head; the bottom surface of the support plate is provided with a number of first permanent magnets , a second permanent magnet is arranged at a corresponding position of the bottom frame, and the polarity of the first permanent magnet is opposite to that of the second permanent magnet. 5 . The method for using smart glasses controlled by a ring according to claim 1 , wherein the countdown duration in the step (3) is 15-30 seconds. 6. The method for using smart glasses controlled by a ring according to claim 1, wherein the first specific instruction, the second specific instruction, the third specific instruction and the fourth specific instruction are in voice command mode It is a voice command, which can be operated by ring input in silent command mode.