TWI492174B - Cloud body-sensory virtual-reality eyeglasses prescription system - Google Patents

Description

Cloud-like virtual reality wearing glasses system

The present invention relates to a cloud-like virtual reality wearing glasses system, in particular to a virtual reality wearing glasses system that allows a user to realistically view the selected glasses in the face. It can save more time for actual trial wear to save time and convenience.

The eye is the most important window of human soul. Through the eyes, human beings can carry out various activities. However, because of poor reading habits or excessive use of the eyes, common vision problems are myopia, hyperopia, strabismus, color blindness and astigmatism. Therefore, there are many people who have to go to the glasses to buy general glasses or contact lenses. When buying glasses, most people have to spend some time looking for their favorite glasses and then actually wear them on their faces. The department will see if it is suitable for wearing this style. If the contact lens is selected, it cannot be tried before the purchase, so it is impossible to know the visual effect after wearing. Nowadays, there is a virtual virtual touch interactive service. The system and method, such as the Republic of China Invention Announcement No. 201241781: "Optical Virtual Trial Interactive Service System and Method", which uses virtual human service glasses virtual trial wear interactive service system and method. The method includes: positioning a face through a frame in a picture, and obtaining a first face image, thereby obtaining a plurality of first feature point positions. And sampling a plurality of first feature information around each of the first feature points. And using the screen comparison to determine whether the face has dynamic movement, and the second face image is obtained through the next screen. The plurality of second feature points in the second face image are obtained by combining the search comparison range and the tracking feature information method, thereby obtaining a plurality of second feature point location information. Then, using the relative position information difference between the first human face image and the second human face image to determine the position, the moving state, and the zoom ratio of the face, thereby calculating the complex The position of several second feature points. And synthesizing a preset glasses model at the position of the plurality of second feature points, which can synthesize the glasses model on the face position, but does not use the best recommendation degree to shorten the time for the user to select the glasses, Therefore, the present invention not only allows the user to realistically view the image of the selected eyeglasses on the face, but also uses the best recommendation degree in the glasses recommendation subsystem to shorten the time for the user to select the glasses, so that the user can more Save time in actual trials to save time and convenience.

The present inventors have developed a cloud body in view of the fact that the conventional glasses virtual try-on interactive service system and method does not shorten the time for the user to select the glasses, and the user must select the glasses one by one to cause inconvenience in use. A virtual reality wearing glasses system, especially a virtual reality wearing glasses system that allows the user to realistically view the selected glasses in the face of the cloud, the virtual reality wear of the cloud The glasses system can use the network and the computer to log in to the cloud to perform virtual glasses test, and use the best recommendation of the cloud recommendation system to recommend glasses, and the body detector can detect the user's head rotation. Seeing that the virtual glasses are worn on the left and right side virtual images of the face, the user can more realistically watch the selected glasses in the face, so as to save the actual trial time to save time and convenience. .

(10) ‧‧‧ users

(1) ‧‧‧ computer

(2) ‧‧‧ Somatosensory Detector

(3) ‧ ‧ network

(4) ‧‧‧ front end

(41)‧‧‧Virtual wear subsystem

(42) ‧‧‧Image capture subsystem

(43) ‧‧‧Image Processing Subsystem

(5) ‧‧‧Cloud

(51)‧‧‧ glasses recommendation subsystem

(511)‧‧‧General glasses database

(512) ‧‧‧Contact Lens Database

(52) ‧‧‧Member Subsystem

(521)‧‧‧ Member Database

(53) ‧ ‧ Personalized Management Subsystem

(531) ‧ ‧ Personalized Management Database

(61)‧‧‧General glasses screening interface

(62) ‧‧‧Contact lens screening interface

The first figure is a perspective view of the cloud-like virtual reality wearing glasses system of the present invention.

Second figure: is a schematic diagram of a general glasses screening interface of the present invention.

The third figure is a schematic diagram of the screening interface of the contact lens of the present invention.

Figure 4 is a block diagram showing the flow of use of the present invention.

Referring to the first figure, the present invention provides a cloud-like virtual reality wearing glasses system, and the cloud-like virtual reality wearing glasses system can pass through the network 3 and the computer 1 and the body sense detector. 2 links made.

Referring to the first and fourth figures, the cloud-like virtual reality wearing glasses system performs the front-end 4 operation through the computer 1 and the body-sensing detector 2, and the process of the front-end 4 operation is first entered by the user 10 After the subsystem 41 is used, the image capturing subsystem 42 obtains information such as the face and eye shape of the user 10, and transmits the obtained information to the image processing subsystem 43 and then to the virtual wearing subsystem 41. When the cloud 5 is accessed through the computer 1 through the network 3, it can enter the cloud 5 by the virtual wearing subsystem 41. The cloud 5 includes a glasses recommendation subsystem 51, a member subsystem 52, and a humanized management subsystem. When the virtual glasses are to be tested, they can enter the glasses recommendation subsystem 51. The glasses recommendation subsystem 51 includes a general glasses database 511 and a contact lens database 512. The general glasses database 511 provides various virtual glasses. Glasses, when entering the general glasses database 511 to select glasses, it will display the general glasses screening interface 61 (refer to the second figure) for users to choose the brand, price, frame and color and show the best recommendation The plurality of virtual glasses are recommended to be displayed, and the user 10 can select a virtual eyeglass to be worn by the image capturing system of the user 10 obtained by the image capturing subsystem 42 and can be detected and used by the body sensor detector 2 The head 10 is rotated to see that the virtual glasses are worn on the left and right side virtual images of the face. Of course, an advertisement placement area can be set in the general glasses screening interface 61, and when the contact lens database 512 is selected to select the contact lenses, A contact lens screening interface 62 (refer to the third figure) is displayed for the user to select a brand, a price, a genre, a size, and a deadline, and display a plurality of virtual contact lenses that are recommended for display using the best recommendation, and the user 10 A virtual contact lens can be selected to be worn on the eye image of the face of the user 10 obtained by the image capturing subsystem 42, and the body sensor detector 2 can detect the rotation of the user's head 10 to see the virtual contact lens. The contact lens is worn on the left and right side virtual images of the eye. Of course, an advertisement placement area can be set in the general glasses screening interface 61, and the user 10 can enter the member in the cloud 5. The subsystem 52 inputs the member information and stores it in the member database 521, and the information obtained by the image capturing subsystem 42 to obtain the face and eye shape of the user 10 is also stored in the member database 521.

The above-mentioned best recommendation degree can be (brand + price + frame shape + color + type + size + time limit) * individual variable weight, and the best recommendation degree allows the user to find the most suitable glasses more quickly.

In summary, the present invention provides a cloud-like virtual reality wearing glasses system, and the cloud-like virtual reality wearing glasses system can log in to the cloud 5 through the network 3 and the computer 1 to perform virtual glasses test loading. And using the best recommendation degree of the cloud recommendation system 51 of the cloud 5 to recommend the glasses, and the body shape detector 2 can detect the rotation of the head of the user 10 and see that the virtual glasses are worn on the left and right sides of the face. The virtual image allows the user 10 to more realistically view the selected eyeglasses on the face to save time in actual trials to save time and convenience.

(1). . . computer

(2). . . Somatosensory detector

Claims (2)

A cloud-like virtual reality wearing glasses system, comprising: a computer, which allows a user to operate a front-end operation, and the front-end operation process uses a computer to enter a virtual wearing subsystem, and then an image capture device The system obtains information such as the user's face shape and eye shape, and transmits the obtained information to an image processing subsystem, and then returns to the virtual wearing subsystem; the integrated sensor detects the user's face and eye shape. Waiting for information and recognizing the user's physical movements, the somatosensory detector is connected to the computer; a network that allows the computer to enter the cloud, that is, the aforementioned virtual wearing subsystem enters the cloud, and the cloud contains a glasses recommendation The subsystem, when the virtual glasses are to be tested, can enter the glasses recommendation subsystem to display a plurality of virtual glasses recommended by the best recommendation degree, so that the user can find the most suitable glasses more quickly; With the above configuration, the virtual glasses can be tested by logging in to the cloud through the network and the computer, and the somatosensory detector can detect the rotation of the user's head and see the virtual glasses being worn. The left and right side of the face virtual images, allowing users to more immersive viewing glasses are chosen position in the face of the situation, try to save the actual time to reach time-saving and convenience. The cloud-sensing virtual reality wearing glasses system according to claim 1, wherein the glasses recommendation subsystem comprises a general glasses database and a contact lens database, wherein the general glasses database provides various virtual glasses. When entering the general glasses database to select glasses, it will display a general glasses screening interface for the user to select the brand, price, frame shape and color and display a plurality of virtual glasses recommended by the best recommendation degree, and The user can select a virtual glasses to be worn by the image capturing system obtained by the image capturing subsystem, and the body sensor can detect the rotation of the user's head and see the virtual glasses being worn on the face. The left and right side of the virtual image, and choose to enter the contact lens database to select contact lenses, it will display the contact lens screening interface for users to choose the brand, price, type, size and duration and show the use of the best recommendation to recommend Display complex A plurality of virtual contact lenses, and the user can select a virtual contact lens to be worn on the eye image of the user's face obtained by the image capturing subsystem.