WO2018188010A1 - 增强现实系统 - Google Patents

增强现实系统 Download PDF

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Publication number
WO2018188010A1
WO2018188010A1 PCT/CN2017/080373 CN2017080373W WO2018188010A1 WO 2018188010 A1 WO2018188010 A1 WO 2018188010A1 CN 2017080373 W CN2017080373 W CN 2017080373W WO 2018188010 A1 WO2018188010 A1 WO 2018188010A1
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Prior art keywords
communication device
mobile communication
image
augmented reality
digital information
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PCT/CN2017/080373
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English (en)
French (fr)
Inventor
陈振贤
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德杰申公司
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Publication date
Application filed by 德杰申公司 filed Critical 德杰申公司
Priority to PCT/CN2017/080373 priority Critical patent/WO2018188010A1/zh
Publication of WO2018188010A1 publication Critical patent/WO2018188010A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]

Definitions

  • the present invention relates to the field of augmented reality technology, and in particular to an augmented reality system that can achieve good information broadcasting and interactive effects.
  • Augmented Reality is a technology that uses a camera to capture actual images and extend the interaction between the user and the real world through real-world components in real-time images combined with virtual components.
  • a common augmented reality application is a shooting filter. The user combines the captured characters in real time and synchronously with the virtual components through a photographic device loaded with an augmented reality processing application, so that the displayed characters are as long as rabbits. Black scorpion curls or thick eyebrows and so on.
  • Another common augmented reality application is to simulate furniture. The user uses the application provided by the furniture manufacturer to use the photographic equipment and display to simulate the furniture that the manufacturer wants to sell into the actual photographic environment. Produces a technical effect of previewing the placement of furniture in a physical location.
  • Outdoor media advertisements are commercial advertisements set on outdoor roads such as light boxes, neon lights, electronic display devices or display boards on urban roads, highways, railways, rivers and lakes, squares or buildings; or, Advertising signs, paintings or display screens on vehicles, using vehicles to achieve mobile commercial advertising effects.
  • outdoor media advertising may exert extremely good advertising benefits, and its advertising costs are relatively low.
  • the augmented reality application and the electronic advertisement display form are processed in a regular or random manner by an application or a movie stored in advance in the electronic display device, and the interaction between the advertiser and the viewer is lacking. It is not possible to fine-tune according to the environment at the time, that is, the lack of surprise to the user or the viewer, and the effective transmission of information to the user or the viewer.
  • the augmented reality system of the present invention comprises at least one first mobile communication device, at least one image projection device, a trigger input unit, and a second mobile communication device, wherein each of the image projection devices is respectively communicable with the first mobile device Device communication, the trigger input unit is located in either the first mobile communication device or the image projection device And communicating with the second mobile communication device to transmit a second command to the second mobile communication device.
  • a first mobile application may be disposed in each of the first mobile communication devices for controlling the first mobile communication device to transmit a digital message and a first command.
  • the image projection device can receive the first instruction and the digital information transmitted by the first mobile communication device, and project the digital information onto an image display area according to the first instruction.
  • the second mobile communication device includes a display component and a second mobile application, and the second mobile application controls the display component to display an augmented reality image according to the second command received from the trigger input unit.
  • the augmented reality system further includes a remote server, each of the first mobile communication devices being operative to communicate with the remote server to receive the digital information.
  • the augmented reality system further includes a digital information input device coupled to the remote server, and a user can input the digital information to the remote server through the digital information input device.
  • the augmented reality system further includes at least one carrier, and each image projection device is disposed on each of the carriers.
  • the second mobile communication device can obtain an augmented reality image by communicating with at least one first mobile communication device, at least one image projection device, or a remote server.
  • the augmented reality image is a stereoscopic image.
  • the second mobile communication device includes an image acquisition component to acquire a surrounding image of the second mobile communication device, and the second mobile application acquires at least one image display region according to the second instruction.
  • the control display element begins to display an augmented reality image.
  • the augmented reality system of the present invention includes at least one first mobile communication device, at least one image display screen, a trigger input unit, and a second mobile communication device.
  • Each of the image display screens can communicate with the first mobile communication device
  • the trigger input unit is located in any one of the first mobile communication device or the image display screen, and can communicate with the second mobile communication device to transmit a first
  • the second command is given to the second mobile communication device.
  • a first mobile application may be disposed in each of the first mobile communication devices for controlling the first mobile communication device to transmit a digital message and a first command.
  • Each image display screen can receive the first instruction and digital information transmitted by the first mobile communication device, and play the digital information received from the first mobile communication device according to the first instruction.
  • the second mobile communication device includes a display component and a second mobile application, and the second mobile application controls the display component to display an augmented reality image according to the second command received from the trigger input unit.
  • the augmented reality system further includes a remote server, each of the first mobile communication devices being operative to communicate with the remote server to receive the digital information.
  • the augmented reality system further includes a digital information input device connected to the remote server, and a user can input digital information to the remote server through the digital information input device, and each of the first mobile communication devices can Receive this digital information from the remote server.
  • the second mobile communication device can obtain an augmented reality image by communicating with at least one first mobile communication device, at least one image display screen, or a remote server.
  • the augmented reality image is a stereoscopic image.
  • the second mobile communication device includes an image acquisition component to acquire a surrounding image of the second mobile communication device, and the second mobile application acquires at least one image display screen according to the second instruction.
  • the control display element begins to display an augmented reality image.
  • the augmented reality system of the present invention includes at least one first mobile communication device, at least one image display screen, a trigger input unit, and a second mobile communication device.
  • Each of the image display screens can communicate with the first mobile communication device
  • the trigger input unit is located in any one of the first mobile communication device or the image display screen, and can communicate with the second mobile communication device to transmit a first
  • the second command is given to the second mobile communication device.
  • a first mobile application may be disposed in each of the first mobile communication devices for controlling the first mobile communication device to transmit a first command according to a first information.
  • Each image display screen can receive a first instruction transmitted by the first mobile communication device, and then play a digital message according to the first instruction.
  • the second mobile communication device includes a display component and a second mobile application, and the second mobile application controls the display component to display an augmented reality image according to the second command received from the trigger input unit.
  • the augmented reality system further includes a remote server, each of the first mobile communication devices being operative to communicate with the remote server to receive the first information.
  • each of the image display screens can communicate with the remote server and play the digital information after receiving the digital information from the remote server according to the first instruction.
  • the augmented reality system further includes a digital information input device connected to the remote server, and a user can input digital information to the remote server through the digital information input device, and each image display screen is according to the first The instruction plays this digital information after receiving digital information from the remote server.
  • the second mobile communication device can obtain an augmented reality image by communicating with at least one first mobile communication device or a remote server.
  • the augmented reality image is a stereoscopic image.
  • the second mobile communication device includes an image acquisition component to acquire a surrounding image of the second mobile communication device, and the second mobile application acquires at least one image display screen according to the second instruction.
  • the control display element begins to display an augmented reality image.
  • FIG. 1 is a schematic diagram showing an augmented reality system in accordance with an embodiment of the present invention.
  • FIG. 2 is a schematic diagram showing an augmented reality system in accordance with another embodiment of the present invention.
  • FIG. 3 is a schematic diagram showing an augmented reality system in accordance with another embodiment of the present invention.
  • FIG. 4 is a schematic diagram showing an augmented reality system in accordance with another embodiment of the present invention.
  • FIG. 5 is a schematic diagram showing an augmented reality system in accordance with another embodiment of the present invention.
  • FIG. 1 is a schematic diagram showing an augmented reality system 1 according to an embodiment of the present invention.
  • the augmented reality system 1 includes a remote server 10, a digital information input device 12, at least one first mobile communication device 14, at least one carrier 16, at least one image projection device 18, a trigger input unit 11, and The second mobile communication device 13, wherein the remote server 10 and the digital information input device 12 are interconnected, the remote server 10 can communicate with the first mobile communication device 14, and the image projection device 18 is disposed on the carrier 16 and The first mobile communication device 14 can communicate with the first mobile communication device 14, and the trigger input unit 11 is located in the first mobile communication device 14, and can communicate with the second mobile communication device 13.
  • the digital information input device 12 is connected to the remote server 10 so that the digital information input device 12 can input the digital information S to the remote server 10 using the digital information input device 12.
  • the digital information input device 12 can be one of a desktop computer, a tablet computer, and a smart phone in practice, and more specifically, can be any electronic device that can be used to input digital information S.
  • the provider of the above information may be an advertiser or an advertising agency that accepts advertisements in practice, and the digital information S input may be advertisement information, and may be one of an image file, a text file, and a video file or combination. In other words, an advertiser or advertising agency can input its advertising information to the remote server 10 via the digital information input device 12.
  • the digital information input device 12 can be provided with digital information input software for the digital information provider to input its digital information S.
  • the digital information input software can provide a convenient interface for the digital information provider to input the number.
  • the information S can be easily input into the digital information S without complicated operations.
  • the digital information input software can also be established in the remote server 10, and the remote server 10 provides an interface to the digital information device through the digital information input software, so that the digital information provider can pass the digital information. The device operates this interface to input digital information S.
  • the first mobile communication device 14 can be wearable for various portable electronic devices, such as a smart phone, a tablet with communication function, or a smart glasses with communication function, a smart watch with communication function, or a smart helmet with communication function.
  • Electronic device In recent years, the electronics industry has developed rapidly and rapidly, and various wearable objects can be combined with electronic devices and wireless transmission technologies to become smart wearable objects. These smart wearable objects can be used as the first mobile communication device of the present invention.
  • a first mobile application can be provided in the first mobile communication device 14, and the first mobile application can process and control various functions performed by the first mobile communication device 14 in the augmented reality system 1.
  • the first mobile application can control the first mobile communication device 14 to communicate with the remote server 10 to receive digital information S from the remote server 10, and then the first mobile application can control the first mobile communication device 14 transmits the received digital information S and a first instruction.
  • the first mobile communication device 14 can receive and transmit digital information S and first instructions via various wireless communication technologies.
  • the first mobile communication device 14 can communicate with the image projection device 18 disposed on the carrier 16. Similarly, the first mobile communication device 14 can transmit the digital information S and the first command to the image projection device through various wireless communication technologies. 18.
  • the image projection device 18 can project the digital information S into the image display area based on the received first command.
  • the carrier 16 can be a car, a motorcycle, a bicycle, a train, a drone, or a wearable object
  • the image display area can be a floor, a wall, an indoor ceiling, an interior ceiling, or a projection screen.
  • the augmented reality system 1 can project the digital information S through various positions in the city through the carrier 16 to achieve a good advertising effect.
  • the number of the first mobile communication device 14, the carrier 16, and the image projection device 18 is not limited to the number in FIG.
  • the first mobile communication device 14 on which the first mobile application is installed can communicate with the remote server 10 and a certain image projection device 18 on the carrier 16 through the first mobile application.
  • the digital information S is received and transmitted to the image projection device 18 to cause the image projection device 18 to be projected onto the vehicle 16 (e.g., the roof of the automobile) or the image display area near the carrier 16.
  • a user of any first mobile communication device 14, such as a cell phone or tablet can download and install the first mobile application, and then the user installs the image projection device 18 on its carrier 16 and causes it to The first mobile communication device 14 is connected to the user.
  • the user receives the advertisement information from the remote server 10 with the first mobile communication device 14, and then uses the first mobile communication device 14 to control its vehicle 16 for a specific period of time, such as during driving or When parked on the side of the road, the advertising information is projected on the vehicle (such as the roof of the car) or the image display area near the vehicle to obtain the advertising effect, and can be used to collect part of the advertising revenue.
  • the number of image projection devices 18 may not be limited on the same carrier 16, and may be purchased and mounted on different positions on the carrier 16 to project digital information S to different image displays. region.
  • an image projection device can be mounted on the front, side or back of a car and inside the car to project digital information on the front or side of the car, on the floor or wall, or on the interior of the car.
  • the respective image projecting devices 18 on the same carrier 16 or even on different carriers 16 can also be respectively connected to the same first mobile communication device 14, so that the same first mobile communication device 14 can simultaneously or separately control the projection of each image projection device 18.
  • the digital information S is in a different image display area.
  • the second mobile communication device 13 can be wearable for various portable electronic devices, such as a smart phone, a tablet with communication function, or a smart glasses with communication function, a smart watch with communication function, or a smart helmet with communication function.
  • the trigger input unit 11 is an application installed in the first mobile communication device 14, which can transmit the second command to the second mobile communication device 13 via the first mobile communication device 14.
  • the trigger input unit 11 can be a signal sending module, disposed in the first mobile communication device 14, and further, can be an external signal transmitting module, which can be connected to the first mobile communication.
  • the device 14 communicates with the second mobile communication device 13 and transmits a second command, and the signal transmitting module can also be controlled by the first mobile application process to communicate with the second mobile communication device 13 in practice.
  • the trigger input unit 11 is a first mobile application, and the first mobile application can further control the first mobile communication device 14 to communicate with the second mobile communication device 13, thereby transmitting the second instruction to The second mobile communication device 13.
  • the second mobile communication device 13 includes a display component and is equipped with a second mobile application, and the second mobile application can control the display component to display the augmented reality image according to the received second command.
  • the second mobile application can be downloaded from the remote server 10 by the second mobile communication device 13 and installed thereon.
  • the augmented reality image may be pre-stored in the second mobile communication device 13 in whole or in part, and when the second mobile application is to control the display component to display the augmented reality image according to the second instruction, the second action The application can display the augmented reality image previously stored in the second mobile communication device 13 on the display element.
  • the format of the pre-stored augmented reality image may be not only an image, but also various logic codes that can be converted into images via a processor.
  • the augmented reality image may be more than one type, and the second action application may respectively display different augmented reality images on the display element according to the second instruction, thereby achieving different display effects.
  • the augmented reality image can also be obtained by the second mobile communication device 13 communicating with the remote server 10, the first mobile communication device 14 or the image projection device 18 in advance through the second mobile communication device 13.
  • the augmented reality image is not stored in the second mobile communication device 13 in advance.
  • the second command communicates with the remote server 10, the first mobile communication device 14, or the image projection device 18 and requests the desired augmented reality image, and displays the desired augmented reality image in real time after being received in the display element.
  • the second mobile application can obtain different augmented reality images according to the second instruction, thereby reducing the storage requirement of the second mobile communication device 13.
  • the display element can be a liquid crystal screen, an LED screen, an OLED A display, projection screen, or any device that can present an image.
  • the second mobile communication device 13 further includes an image acquisition component for acquiring an image around the second mobile communication device 13.
  • the image acquisition component can be a video component to acquire a surrounding image of the second mobile communication device 13.
  • the display element described above can directly or indirectly connect the image acquisition component, thereby playing the image acquired by the image acquisition component.
  • the second mobile application controls the display component to start displaying the augmented reality image on the acquired surrounding image when the image acquiring component acquires the image of the at least one image display area according to the second instruction.
  • the second application process controls the display component to start displaying the augmented reality image on the acquired surrounding image.
  • the image of the image display area required in the second instruction may be provided by the remote server 10, the first mobile communication device 14, or the image projection device 18.
  • the image in the desired image display area may be an actual environment image, such as a white building or a specific signboard, and the surrounding image acquired by the second mobile communication device 13 has the At the time of the signboard, the trigger display element begins to display the augmented reality image on the acquired surrounding image.
  • the image in the required image display area is the projected digital information, and when the image acquiring component acquires the required digital information in the surrounding image of the second mobile communication device 13, the display is triggered. The component begins to display an augmented reality image on the acquired surrounding image.
  • the image may be a composite image of digital information plus actual environmental images.
  • the method for comparing whether the acquired image conforms to the image in the image display area in the second instruction may be whether the pixel between the two images is completely matched, and each image is divided by the screen. Whether the average pixel brightness difference in the same area between images is lower than a critical value, or whether the oblique diagonal pixel difference ratio in an image is the same, etc., in practice, any image processing method capable of comparing images can be used in the present invention. The image is compared.
  • the augmented reality image is a planar image, and when the second mobile communication device 13 moves or rotates, the augmented reality image displayed by the display element is moved, rotated, or scaled accordingly.
  • the augmented reality image is a stereo image.
  • the second mobile communication device 13 moves or rotates, the augmented reality image displayed by the display component is relatively moved, zoomed, or rotated, thereby displaying Different aspects of augmented reality images.
  • the second instruction causes the second mobile communication device 13 to control the display element to display the augmented reality image such that when the second mobile communication device 13 is at the preset location, the display component begins to display the augmented reality image.
  • the preset location may be a physical address.
  • the second mobile communication device 13 uses a positioning device such as GPS or any physical positioning manner to locate a preset physical address (eg, a store address, an advertisement billboard position), The display component begins to display the augmented reality image on the acquired surrounding image.
  • the preset location is a location where the signal strength of the specific signal can be greater than a threshold, for example, the second mobile communication device 13 receives the advertisement from the advertiser or the vehicle owner.
  • the strength of the Bluetooth or WiFi signal sent by the mobile communication device 14 is greater than a threshold, it means that the preset location has been reached, thereby triggering the display component in the second mobile communication device 13 to start displaying enhanced.
  • the specific signal may also be sent by the image projection device 18 or any device that can transmit the specific signal to more flexibly set the preset location.
  • the second instruction causes the second mobile communication device 13 to control the display element to display the augmented reality image when the second mobile communication device 13 begins to display the augmented reality image after a certain time.
  • the time may be the time when the second mobile communication device 13 receives the second command, for example, after 5 minutes after receiving the second command, the display component starts to display the augmented reality image.
  • the time may be that the display component of the second mobile communication device 13 begins to display the augmented reality image at a certain time, such as at 5:50 pm.
  • the carrier 16 may be a network car or a taxi, and the network car or taxi driver holds the first mobile communication device 14, and the advertiser transmits the advertisement information to the network through the remote server 10.
  • the image projection device 18 on the car or the taxi when the passenger car or the rental car has passengers, projects the advertisement information for the passenger to browse.
  • the passenger holding the second mobile communication device 13 obtains the second command by communicating with the first mobile communication device 14, and when the image acquisition component of the second mobile communication device 13 acquires the advertisement information projected by the image projection device 18,
  • the display elements of the second mobile communication device 13 start to display the augmented reality image on the acquired advertisement information, thereby realizing the advertisement owner, the network car or the taxi driver (advertising player) and the passenger (advertising viewer). Interaction between the two.
  • FIG. 2 is a schematic diagram showing an augmented reality system 2 according to another embodiment of the present invention.
  • the specific embodiment differs from the specific embodiment shown in FIG. 1 in that the trigger input unit 21 of the specific embodiment is an application installed in the image projection device 28 (or with an image projection device).
  • the second mobile communication device 23 can communicate with the image projection device 28, thereby obtaining a second command from the image projection device 28.
  • the second mobile communication device 23 may obtain, from the image projection device 28, conditions for triggering the playback of the augmented reality image, such as environmental image, location or time, based on the received second command.
  • the second mobile communication device 23 may also obtain the above condition for triggering the playing of the augmented reality image from the first mobile communication device 24 or the remote server 20 according to the received second instruction. It should be noted that the functions and configurations of the units of the action information playing system 2 of the present embodiment are substantially the same as those of the foregoing specific embodiments, and thus are not described herein again.
  • FIG. 3 is a schematic diagram showing an augmented reality system 3 according to another embodiment of the present invention.
  • the present embodiment differs from the specific embodiment shown in FIG. 1 in that the first mobile communication device 34 of the present embodiment can be disposed on the carrier 36 and connected to the image projection device 38. Since the first mobile communication device 34 is disposed on the carrier 36, it can communicate with the image projection device 38 in a wired manner.
  • the functions and configurations of the units of the action information playing system 3 of the present embodiment are substantially the same as those of the above-described specific embodiments, and thus will not be further described herein.
  • the first mobile communication device 34 and the image projection device 38 are disposed on the carrier 36, and the three can form a smart device, such as a smart car, a smart motorcycle, a smart bicycle or a smart robot.
  • the first mobile application on the first mobile communication device 34 can be used to plan the travel route of the smart device, and
  • the image projection device 38 is controlled to play the digital signal S in the route.
  • the user can download a plurality of different digital information by using the first mobile communication device of each of the foregoing specific embodiments, and control or enable the first mobile application in the first mobile communication device to schedule the image projection device.
  • the time and sequence of playing different digital information which can produce more diverse advertising effects and even interact with the audience of the advertisement.
  • the first mobile communication device is configured to provide a smart device formed on the carrier, and simultaneously obtains a thermal image of the advertisement viewer through the infrared thermal imager on the first mobile communication device, and then is used by the first mobile communication device.
  • the first action application determines the current response of the viewer of the digital message, and then according to the response, the remote server is required to provide corresponding digital information (or to download a plurality of different digital signals from the remote server in advance, and then according to the viewer's At present, the corresponding digital information is selected by the reaction, and the corresponding digital information is transmitted to the image projection device together with the first instruction, so that the image projection device can project the digital information corresponding to the reaction of the viewer, thereby receiving and The effect of audience interaction. Further, the viewer can use the second mobile communication device to read the projected digital information, thereby generating an augmented reality image that conforms to the interactive effect at the time, thereby enhancing the motivation of the viewer to view the advertisement.
  • FIG. 4 is a schematic diagram showing an information playing system 4 according to another embodiment of the present invention.
  • the augmented reality system 4 of the present embodiment includes a remote server 40, a digital information input device 42, at least one first mobile communication device 44, at least one image display screen 46, a trigger input unit 41, and a
  • the second mobile communication device 43 is configured such that the remote server 40 and the digital information input device 42 are connected to each other, and the remote server 40 can communicate with the first mobile communication device 44.
  • the image display screen 46 and the first mobile communication device 44 are mutually connected.
  • the communication, trigger input unit 41 is located in the first mobile communication device 44 and can communicate with the second mobile communication device 43.
  • digital information input device 42 can be used to input digital information S to remote server 40, and at least one first mobile communication device 44 can receive digital information S from remote server 40, respectively.
  • the first mobile communication device 44 may be respectively provided with a first mobile application to control the first mobile communication device 44 to receive the digital information S and transmit the digital information S and a first command.
  • the image display screen 46 can receive the first instruction and digital information S sent by the corresponding first mobile communication device 44, and play the digital information S according to the first instruction.
  • the second mobile communication device 43 is provided with a second mobile application to control the display unit of the second mobile communication device 43 to display the augmented reality image according to the second command received by the self-trigger input unit 41.
  • the augmented reality image described above can be obtained by communicating with the first mobile communication device 44, the image display screen 46, or the remote server 40.
  • the remote server 40, the digital information input device 42, the first mobile communication device 44, the trigger input unit 44, and the second mobile communication device 43 of the information playing system 4 are all corresponding to the foregoing specific embodiments.
  • the units are substantially identical in function and type, and thus will not be described again.
  • the image display screen 46 can be an LED kanban, an OLED kanban, an LCD kanban, a mobile phone with a display panel, a computer or a television, and can be respectively disposed in an indoor space, an outdoor plaza, a car interior or a surface, a motorcycle surface, a bicycle.
  • the surface, the surface of the aircraft, or the surface of the wearable item is used to capture the effect of advertising anywhere.
  • the first mobile communication device 44 can also be interconnected with the video display screen 46 to form a smart device.
  • the image display screen 46 can be disposed on a car, and the car also provides a connection module for the first mobile communication device 44 to be disposed thereon and connected to the image display screen 46, and the whole form a self-receiving, playback Smart car with digital information or advertising information.
  • the information playing system 4 may further include at least one receiving device 48 connected to each of the image display screens 46.
  • the receiving device 48 can communicate with the first mobile communication device 44 to obtain the digital information S and the first command from the first mobile communication device 44, and transmit the digital information S and the first command to the corresponding image display screen 46 for playback.
  • receiving device 48 can communicate with first mobile communication device 44 via any wireless signal transmission technique.
  • the trigger input unit 41 may also be located in the image display screen 46 or the receiving device 48, or connected to the device through an external connection, thereby communicating with the second mobile communication device 43 and transmitting the second command.
  • the second mobile communication device 43 is substantially the same in function and type as the corresponding unit of the foregoing specific embodiment, and thus will not be described again.
  • FIG. 5 is a schematic diagram showing an augmented reality system 5 according to another embodiment of the present invention.
  • the augmented reality system 5 of the present embodiment includes a remote server 50, a digital information input device 52, at least one first mobile communication device 54, at least one image display screen 56, a trigger input unit 51, and a Second mobile communication device 53.
  • the remote server 50 and the digital information input device 52 are interconnected to allow a user or an advertisement provider to input digital information S to the remote server 50 via the digital information input device 52.
  • the remote server 50 can communicate with the first mobile communication device 54.
  • the image display screen 56 can communicate with the first mobile communication device 54 and the remote server 50.
  • the trigger input device 51 is mounted on the first mobile communication device 54. And communicating with the second mobile communication device 53.
  • the specific embodiment is different from the previous embodiment in that the first mobile communication device 54 of the specific embodiment receives the first information S1 by the remote server, and the first mobile application in the first mobile communication device 54 The program sends a first instruction to the corresponding image display screen 56 according to the first information S1. Then, the image display screen 56 directly requests and receives the digital information S to the remote server 50 according to the first instruction, and then according to the first An instruction to play the received digital information S. That is, the specific embodiment is different from the above embodiment in that the first mobile communication device 54 transmits only the first command to the image display screen 56, and the image display screen 56 directly obtains the digital information S from the remote server 50.
  • the augmented reality system of the present invention can input digital information to a remote server through a digital information input device, and the first mobile communication device can receive digital information of the remote server and control the image display screen or
  • the image projection device has an image display screen or plays digital information in the vicinity of the vehicle, and the second mobile communication device can be triggered by the remote server, the first mobile communication device, the image display screen or the image projection device.
  • the input unit receives an instruction to trigger an augmented reality image. Therefore, the advertiser or the advertising agency can easily input the advertisement, and the user of the first mobile communication device can also remotely control the image projection device or image on the vehicle through the first mobile communication device.
  • the display screen can be used to place advertisements anytime and anywhere, and the user of the second mobile communication device can trigger the augmented reality by viewing the advertisement or at a specific time and place through the settings of the advertiser, the advertising agency or the user of the first mobile communication device.
  • the image thereby driving the user of the second mobile communication device to have better driving power to view the advertisement image or to the merchant location to be advertised by the advertiser or to notify the sales time thereof, so as to obtain good advertising efficiency and reduce the advertisement cost.

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  • Theoretical Computer Science (AREA)
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  • Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)

Abstract

一种增强现实系统，包含远端伺服器（10）、数字信息输入装置（12）、第一行动通信装置（16）、影像投射装置（18）、触发输入单元（11）及第二行动通信装置（13）。第一行动通信装置（16）自远端伺服器（10）接收由数字信息输入装置（12）所输入的数字信息（S）并将其与一第一指令发送给载具上的影像投射装置（18），令影像投射装置（18）根据第一指令投影数字信息（S），而第二行动通信装置（13）根据从触发输入单元（11）所接收的第二指令控制第二行动通信装置（13）的显示元件显示增强现实影像。该增强现实系统可达到具有良好广告互动效果的同时亦可根据不同环境进行微调。

Description

增强现实系统 技术领域
本发明涉及增强现实技术领域，具体而言，涉及一种可达到良好信息广播及互动效果的增强现实系统。
背景技术
增强现实(Augmented Reality,AR)是一种利用摄影机获取实际影像，并通过实时影像内的真实元件结合虚拟元件来延伸使用者与真实世界间互动的技术。随着增强现实的技术越来越普及，其应用也随之多样化。常见的增强现实的应用为拍摄滤镜，使用者通过装载有增强现实处理应用程序的摄影设备将所拍摄的人物实时且同步地结合虚拟元件，使显示出的拍摄人物有如具有兔子般长耳、黑人辫子卷发或浓眉大眼等。而另一种常见的增强现实应用为模拟家具摆设，使用者通过家俱厂商所提供的应用程序，利用摄影设备及显示器将厂商欲贩售的家俱模拟摆放至实际摄影的影像环境中，借此产生于实体位置中预览家俱摆放的技术效果。
另一方面，随着生活型态改变，一般商店或者是企业可利用户外媒体广告(Out-of-home Media Advertising)方式来宣传商店、企业或是其商品。户外媒体广告是于城市道路、公路、铁路两侧、河湖管理范围、广场或建筑物上，以灯箱、霓虹灯、电子显示装置或展示牌等户外媒体设置的商业广告；或者，也可在装设在车辆上的广告招牌、彩绘或显示屏幕，利用车辆达到移动式的商业广告效果。通过广告媒体及广告设置地点的选择，户外媒体广告可能发挥出极其优良的广告效益，同时其广告成本也相对低廉。
然而，上述增强现实的应用及电子广告显示形式，均是以事先储存于电子显示装置中的应用程序或影片通过规则或随机的方式进行处理，缺乏了广告商与收视者间的互动，同时亦无法根据当时使用环境进行微调，即缺少给予使用者或收视者的惊喜感，亦无法有效地增进与使用者或收视者间的信息传递。
因此，有必要设计一种增强现实系统，能达到具有良好广告互动效果的同时亦可根据不同环境进行微调。
发明内容
本发明的一范围在于提供一种增强现实系统，用以于一显示区域的影像中显示增强现实影像。根据一具体实施例，本发明的增强现实系统包含至少一个第一行动通信装置、至少一个影像投射装置、触发输入单元以及第二行动通信装置，其中，各影像投射装置分别可与第一行动通信装置沟通，触发输入单元位于第一行动通信装置或影像投射装置的任一 者之中，并可与第二行动通信装置沟通以传送一第二指令给第二行动通信装置。于本具体实施例中，各第一行动通信装置中可设置一第一行动应用程序，用以控制第一行动通信装置将一数字信息以及一第一指令传送出去。影像投射装置可接收第一行动通信装置所传送出的第一指令与数字信息，并且根据第一指令将数字信息投射到一影像显示区域上。第二行动通信装置包含有一显示元件并设置一第二行动应用程序，第二行动应用程序根据从触发输入单元所接收到的第二指令控制显示元件显示一增强现实影像。
根据另一具体实施例，增强现实系统另包含有远端伺服器，各第一行动通信装置可与远端伺服器沟通以接收上述数字信息。
根据另一具体实施例，增强现实系统另包含有数字信息输入装置，连接远端伺服器，一使用者可通过数字信息输入装置输入上述数字信息至远端伺服器。
根据另一具体实施例，增强现实系统另包含有至少一载具，各影像投射装置分别设置于各载具上。
根据另一具体实施例，上述第二行动通信装置可通过与至少一第一行动通信装置、至少一影像投射装置或远端伺服器沟通而获得增强现实影像。
根据另一具体实施例，上述增强现实影像为立体影像。
根据另一具体实施例，上述第二行动通信装置包含一影像获取元件以获取第二行动通信装置的周围影像，第二行动应用程序根据第二指令，当影像获取元件获取到至少一影像显示区域的影像时，控制显示元件开始显示增强现实影像。
本发明的另一范围在于提供一种增强现实系统，根据一具体实施例，本发明的增强现实系统包含至少一个第一行动通信装置、至少一个影像显示屏幕、触发输入单元以及第二行动通信装置，其中，各影像显示屏幕可分别与第一行动通信装置沟通，触发输入单元位于第一行动通信装置或影像显示屏幕的任一者之中，并可与第二行动通信装置沟通以传送一第二指令给第二行动通信装置。于本具体实施例中，各第一行动通信装置中可设置一第一行动应用程序，用以控制第一行动通信装置将一数字信息以及一第一指令传送出去。各影像显示屏幕可接收第一行动通信装置所传送出的第一指令与数字信息，并且根据第一指令播放从第一行动通信装置所接收的数字信息。第二行动通信装置包含有一显示元件并设置一第二行动应用程序，第二行动应用程序根据从触发输入单元所接收到的第二指令控制显示元件显示一增强现实影像。
根据另一具体实施例，增强现实系统另包含有远端伺服器，各第一行动通信装置可与远端伺服器沟通以接收上述数字信息。
根据另一具体实施例，增强现实系统另包含有数字信息输入装置，连接远端伺服器，一使用者可通过数字信息输入装置输入数字信息至远端伺服器，而各第一行动通信装置可从远端伺服器接收此数字信息。
根据另一具体实施例，上述第二行动通信装置可通过与至少一第一行动通信装置、至少一影像显示屏幕或远端伺服器沟通而获得增强现实影像。
根据另一具体实施例，上述增强现实影像为立体影像。
根据另一具体实施例，上述第二行动通信装置包含一影像获取元件以获取第二行动通信装置的周围影像，第二行动应用程序根据第二指令，当影像获取元件获取到至少一影像显示屏幕的影像时，控制显示元件开始显示增强现实影像。
本发明的另一范围在于提供一种增强现实系统，根据一具体实施例，本发明的增强现实系统包含至少一个第一行动通信装置、至少一个影像显示屏幕、触发输入单元以及第二行动通信装置，其中，各影像显示屏幕可分别与第一行动通信装置沟通，触发输入单元位于第一行动通信装置或影像显示屏幕的任一者之中，并可与第二行动通信装置沟通以传送一第二指令给第二行动通信装置。于本具体实施例中，各第一行动通信装置中可设置一第一行动应用程序，用以控制第一行动通信装置根据一第一信息传送一第一指令。各影像显示屏幕可接收第一行动通信装置所传送出的第一指令，接着根据第一指令播放一数字信息。第二行动通信装置包含有一显示元件并设置一第二行动应用程序，第二行动应用程序根据从触发输入单元所接收到的第二指令控制显示元件显示一增强现实影像。
根据另一具体实施例，增强现实系统另包含有远端伺服器，各第一行动通信装置可与远端伺服器沟通以接收上述第一信息。
根据另一具体实施例，各影像显示屏幕可分别与远端伺服器沟通，并根据第一指令从远端伺服器接收数字信息后播放此数字信息。
根据另一具体实施例，增强现实系统另包含有数字信息输入装置，连接远端伺服器，一使用者可通过数字信息输入装置输入数字信息至远端伺服器，而各影像显示屏幕根据第一指令从远端伺服器接收数字信息后播放此数字信息。
根据另一具体实施例，上述第二行动通信装置可通过与至少一第一行动通信装置或远端伺服器沟通而获得增强现实影像。
根据另一具体实施例，上述增强现实影像为立体影像。
根据另一具体实施例，上述第二行动通信装置包含一影像获取元件以获取第二行动通信装置的周围影像，第二行动应用程序根据第二指令，当影像获取元件获取到至少一影像显示屏幕的影像时，控制显示元件开始显示增强现实影像。
关于本发明的优点与构思可以通过以下的发明详述以及说明书附图得到进一步的了解。
附图说明
图1是示出根据本发明的一具体实施例的增强现实系统的示意图。
图2是示出根据本发明的另一具体实施例的增强现实系统的示意图。
图3是示出根据本发明的另一具体实施例的增强现实系统的示意图。
图4是示出根据本发明的另一具体实施例的增强现实系统的示意图。
图5是示出根据本发明的另一具体实施例的增强现实系统的示意图。
附图标记说明：
1、2、3、4、5：增强现实系统
10、20、30、40、50：远端伺服器
11、21、31、41、51：触发输入单元
12、22、32、42、52：数字信息输入装置
13、23、33、43、53：第二行动通信装置
14、24、34、44、54：第一行动通信装置
16、26、36：载具
46、56：影像显示屏幕
18、28、38：影像投射装置
48：接收装置
S：数字信息
S1：第一信息
具体实施方式
请参阅图1，图1是示出根据本发明的一具体实施例的增强现实系统1的示意图。如图1所示，增强现实系统1包含远端伺服器10、数字信息输入装置12、至少一个第一行动通信装置14、至少一个载具16、至少一个影像投射装置18、触发输入单元11以及第二行动通信装置13，其中，远端伺服器10与数字信息输入装置12互相连接，远端伺服器10可与第一行动通信装置14互相沟通，影像投射装置18设置于载具16上并且可与第一行动通信装置14互相沟通，触发输入单元11位于第一行动通信装置14之中，并可与第二行动通信装置13沟通。
数字信息输入装置12连接于远端伺服器10，因此数字信息的提供者可利用数字信息输入装置12输入数字信息S至远端伺服器10。数字信息输入装置12于实务中可为台式电脑、平板电脑、智能手机的其中一者，更甚者，可为任何能用来输入数字信息S的电子装置。上述信息的提供者于实务中可为广告主或者是接受广告委托的广告代理商，所输入的数字信息S则可为广告信息，可为影像档、文字档及影音档的其中一者或其组合。换言之，一广告主或广告代理商可通过数字信息输入装置12输入其广告信息至远端伺服器10。
于本具体实施例中，数字信息输入装置12中可设置数字信息输入软件以供数字信息提供者输入其数字信息S，此数字信息输入软件可以提供一个便利的接口，令数字信息提供者输入数字信息S时不需复杂操作即可简易地输入数字信息S。于另一具体实施例中，数字信息输入软件也可建立于远端伺服器10中，远端伺服器10通过数字信息输入软件提供接口给数字信息装置，而令数字信息提供者可通过数字信息装置操作此接口输入数字信息S。
第一行动通信装置14可为各种便携式电子装置，例如智能手机、具有通信功能的平板电脑，或者是具通信功能的智能眼镜、具通信功能的智能手表或具通信功能的智能头盔等可穿戴式的电子装置。近年来电子产业发展蓬勃迅速，各种可穿戴物件可与电子装置及无线传输技术结合而成为智能的可穿戴物件，这些智能的可穿戴物件皆可做为本发明的第一行动通信装置之用。第一行动通信装置14中可设置一第一行动应用程序，此第一行动应用程序可处理并控制第一行动通信装置14于增强现实系统1中执行的各种功能。详言之，第一行动应用程序可控制第一行动通信装置14与远端伺服器10沟通以自远端伺服器10接收数字信息S，接着，第一行动应用程序可控制第一行动通信装置14将接收到的数字信息S以及一第一指令传送出去。于实务中，第一行动通信装置14可通过各种无线通信技术接收及传送数字信息S和第一指令。
第一行动通信装置14可与设置于载具16上的影像投射装置18沟通，同样地，可通过各种无线通信技术令第一行动通信装置14传送数字信息S及第一指令至影像投射装置18。影像投射装置18可根据所接收到的第一指令，将数字信息S投射到影像显示区域中。于实务中，载具16可为汽车、摩托车、脚踏车、火车、无人机或者是可穿戴物件，而影像显示区域可为地面、墙面、屋内天花板、车内天花板或是投影幕，因此，增强现实系统1可通过载具16将数字信息S投影在城市中各种不同位置，以达到良好的广告效果。
于本具体实施例中，第一行动通信装置14、载具16以及影像投影装置18的数量并不限于图1中的数量。于实务中，安装了上述第一行动应用程序的第一行动通信装置14，均可通过此第一行动应用程序与远端伺服器10与载具16上的某一影像投射装置18沟通，以接收数字信息S并将其传送至影像投射装置18令影像投射装置18投射于载具16上(例如汽车内车顶)或载具16附近的影像显示区域上。举例来说，任一第一行动通信装置14(例如手机或平板电脑)的使用者可下载并安装第一行动应用程序，接着使用者再于其载具16上安装影像投射装置18并使其与使用者的第一行动通信装置14进行连结。当各种设定完成后，使用者以第一行动通信装置14自远端伺服器10接收广告信息，接着再利用第一行动通信装置14控制其载具16于特定时间段，例如行车时或停于路边时，将广告信息投射在载具上(例如汽车内车顶)或载具附近的影像显示区域以获得广告效果，并可藉此收取部分广告收益。
于本具体实施例中，同一个载具16上也可不限定影像投射装置18的数量，可依使用者需求购入及安装于载具16上的不同位置以投射数字信息S至不同的影像显示区域。举例而言，在一辆汽车的正面、侧面或背面以及车子内部都可安装影像投射装置，以对汽车的正面、侧面或背面的地面或墙面、或车子内部车顶投射数字信息。同一载具16上甚至是不同载具16上的各个影像投射装置18也可分别连接到同一第一行动通信装置14，使同一第一行动通信装置14可同时或分别控制各个影像投射装置18投射数字信息S于不同的影像显示区域中。
第二行动通信装置13可为各种便携式电子装置，例如智能手机、具有通信功能的平板电脑，或者是具通信功能的智能眼镜、具通信功能的智能手表或具通信功能的智能头盔等可穿戴式的电子装置。于本具体实施例中，触发输入单元11是安装于第一行动通信装置14的一应用程序，其可通过第一行动通信装置14传递第二指令至第二行动通信装置13中。于另一具体实施例中，触发输入单元11可为一信号发送模块，设置于第一行动通信装置14中，更进一步地，可以为一外接式的信号发送模块，其可连接第一行动通信装置14以与第二行动通信装置13沟通并传递第二指令，上述信号发送模块于实务中也可由第一行动应用过程控制而与第二行动通信装置13沟通。于另一具体实施例中，触发输入单元11即为第一行动应用程序，第一行动应用程序另可控制第一行动通信装置14与第二行动通信装置13沟通，借此传递第二指令至第二行动通信装置13。
第二行动通信装置13包含有一显示元件并安装有第二行动应用程序，第二行动应用程序可根据所接收到的第二指令控制显示元件显示出增强现实影像。于实务中，第二行动应用程序可由第二行动通信装置13自远端伺服器10下载并安装于其上。于一具体实施例中，增强现实影像可全部或以部分影像预先储存于第二行动通信装置13内，当第二行动应用程序根据第二指令欲控制显示元件显示增强现实影像时，第二行动应用程序可将事先储存于第二行动通信装置13的增强现实影像显示于显示元件上。其中，预先储存的增强现实影像的格式可不只为影像，亦可以是可经由处理器转换成影像的各种逻辑代码。此外，增强现实影像可不仅只一种，第二行动应用程序可根据第二指令分别显示不同的增强现实影像于显示元件上，借此达到不同的显示效果。再者，增强现实影像也可通过第二行动应用程序事先通过第二行动通信装置13与远端伺服器10、第一行动通信装置14或影像投射装置18沟通而获得。于另一实施例中，增强现实影像未事先储存于第二行动通信装置13中，当第二行动应用程序根据第二指令欲控制显示元件显示增强现实影像时，第二行动应用程序得先依据第二指令与远端伺服器10、第一行动通信装置14或影像投射装置18沟通并要求所需的增强现实影像，而于接收到所需的增强现实影像后实时地显示于显示元件中。此时，第二行动应用程序可根据第二指令的不同取得不同的增强现实影像，借此降低第二行动通信装置13的储存需求。所述的显示元件可以为一液晶屏幕、LED屏幕、OLED 显示器、投影幕或任何可呈现出影像的装置。
第二行动通信装置13另包含有一影像获取元件，用以获取第二行动通信装置13周围的影像。于一具体实施例中，影像获取元件可以为一录影元件，以获取第二行动通信装置13的周围影像。上述的显示元件可以直接或间接的方式连接影像获取元件，借此播放影像获取元件所获取的影像。于一具体实施例中，第二行动应用程序根据第二指令，当影像获取元件获取到至少一影像显示区域的影像时，控制显示元件开始显示增强现实影像于所获取到的周围影像上。于另一具体实施例中，当影像获取元件所获取的影像符合第二指令内的影像显示区域的影像时，第二应用过程控制显示元件开始显示增强现实影像于所获取到的周围影像上，其中，上述第二指令内所需的影像显示区域的影像可通过远端伺服器10、第一行动通信装置14或影像投射装置18提供。于一具体实施例中，上述所需的影像显示区域中的影像可以为一实际环境影像，如一栋白色建筑物或一特定招牌，当第二行动通信装置13获取到的周围影像具有所述的招牌时，触发显示元件开始显示增强现实影像于所获取到的周围影像上。于另一具体实施例中，上述所需的影像显示区域中的影像为投射出来的数字信息，当影像获取元件获取到第二行动通信装置13的周围影像有所需的数字信息时，触发显示元件开始显示增强现实影像于所获取到的周围影像上。于另一具体实施例中，所述的影像可以为数字信息加上实际环境影像的复合式影像。
上述各具体实施例中，比对所获取的影像是否符合第二指令内的影像显示区域的影像的方法可为比对两影像间的每一像素是否完全符合、每一影像经画面分割后两影像间的相同区域内平均像素亮度差值是否低于一临界值、或一影像内的斜对角像素差异比例是否相同等，于实务中，任何可比对影像的影像处理方法皆可用于本发明的影像比对。
于一具体实施例中，增强现实影像为一平面影像，当第二行动通信装置13移动或旋转倾斜时，显示元件所显示的增强现实影像会随之移动、旋转或等比例缩放。于一具体实施例中，增强现实影像为一立体影像，当第二行动通信装置13移动或旋转倾斜时，显示元件所显示的增强现实影像会相对地进行移动、缩放或旋转倾斜，借此显示增强现实影像的不同面相。
于另一具体实施例中，第二指令使第二行动通信装置13控制显示元件显示增强现实影像的条件为当第二行动通信装置13位于预设地点时，显示元件开始显示增强现实影像。所述的预设地点可以为一实体位址，当第二行动通信装置13利用定位装置如GPS或任何实体定位方式定位到预设的实体位址(如：店家地址、广告看板位置)时，显示元件即开始显示增强现实影像于所获取到的周围影像上。于另一具体实施例中，所述的预设地点为可接收到特定信号的信号强度大于一临界值的位置，如：第二行动通信装置13接收到广告商家或汽车车主所持有的第一行动通信装置14所发送的蓝牙或WiFi信号强度大于一临界值时，即代表已达预设地点，进而促发第二行动通信装置13内的显示元件开始显示增强 现实影像。于另一实施例中，特定信号亦可以为影像投射装置18所发送，或是任何可发送所述特定信号的装置，以便更弹性的设定预设地点。
于另一具体实施例中，第二指令使第二行动通信装置13控制显示元件显示增强现实影像的条件为当第二行动通信装置13在某一时间后即开始显示增强现实影像。上述时间可以为当第二行动通信装置13接收到第二指令后开始计时的时间，如：接收到第二指令后的5分钟后，显示元件开始显示增强现实影像。于另一具体实施例中，所述的时间可以为在某一特定时间，如：在下午5点50分时第二行动通信装置13的显示元件开始显示增强现实影像。
于本具体实施例中，载具16可以为一网约车或出租车，同时网约车或出租车司机持有第一行动通信装置14，广告商通过远端伺服器10传递广告信息至网约车或出租车上的影像投射装置18，当网约车或出租车载有乘客时影像投射装置18即投影广告信息供乘客浏览。持有第二行动通信装置13的乘客通过与第一行动通信装置14沟通而得到第二指令，当第二行动通信装置13的影像获取元件获取到影像投射装置18所投射的广告信息时，第二行动通信装置13的显示元件开始显示增强现实影像于所获取到的广告信息上，借此实现广告拥有者、网约车或出租车司机(广告播放者)及乘客(广告观看者)三者间的互动。
请参阅图2，图2是示出根据本发明的另一具体实施例的增强现实系统2的示意图。如图2所示，本具体实施例与图1所示的具体实施例不同处，在于本具体实施例的触发输入单元21为装设于影像投射装置28的应用程序(或是与影像投射装置28连接)，第二行动通信装置23可与影像投射装置28沟通，借此从影像投射装置28获得第二指令。第二行动通信装置23根据所接收到的第二指令，可先自影像投射装置28处获得触发播放增强现实影像的条件，例如环境影像、地点或时间等信息。于另一具体实施例中，第二行动通信装置23根据所接收到的第二指令，也可自第一行动通信装置24或远端伺服器20处获得上述触发播放增强现实影像的条件。请注意，本具体实施例的行动信息播放系统2的各单元的功能及构造与上述具体实施例的相对应单元大体上相同，故于此不再赘述。
请参阅图3，图3是示出根据本发明的另一具体实施例的增强现实系统3的示意图。如图3所示，本具体实施例与图1所示的具体实施例不同处，在于本具体实施例的第一行动通信装置34可以设置在载具36上，并与影像投射装置38连接。由于第一行动通信装置34设置于载具36，因此其与影像投射装置38之间可采有线连接的方式互相沟通。请注意，本具体实施例的行动信息播放系统3的各单元的功能及构造与上述具体实施例的相对应单元大体上相同，故于此不再赘述。
于本具体实施例中，第一行动通信装置34及影像投射装置38设置于载具36上，三者可形成一智慧装置，例如智慧汽车、智慧摩托车、智慧自行车或者是智慧机器人。于实务中，第一行动通信装置34上的第一行动应用程序可用来规划智慧装置的行进路线，并 控制影像投射装置38于路线中播放数字信号S。
于实务中，使用者可利用上述各具体实施例的第一行动通信装置下载多种不同的数字信息，并自行控制或者是令第一行动通信装置中的第一行动应用程序排定影像投射装置播放不同数字信息的时间与顺序，藉此可产生更多样化的广告效果，甚至可与广告的观众进行互动。举例来说，上述第一行动通信装置设置在载具上所形成的智能装置，可同时通过第一行动通信装置上的红外线热影像仪获取广告观众的热影像，再由第一行动通信装置上的第一行动应用程序判断数字信息的观众的目前反应，接着根据此反应要求远端伺服器提供对应的数字信息(或者是预先从远端伺服器下载多个不同的数字信号，再根据观众的目前反应选出对应的数字信息)，并将此对应的数字信息连同第一指令一并传送至影像投射装置，使影像投射装置可投射出与观众的反应对应的数字信息，藉此收到与观众互动的效果。更进一步地，观众可使用第二行动通信装置读取投射出的数字信息，借此产生符合当时互动效果的增强现实影像，藉此增进观众观看广告的动机。
请参阅图4，图4是示出根据本发明的另一具体实施例的信息播放系统4的示意图。如图4所示，本具体实施例的增强现实系统4包含远端伺服器40、数字信息输入装置42、至少一个第一行动通信装置44、至少一个影像显示屏幕46、触发输入单元41以及第二行动通信装置43，其中，远端伺服器40与数字信息输入装置42互相连接，远端伺服器40可与第一行动通信装置44互相沟通，影像显示屏幕46与第一行动通信装置44互相沟通，触发输入单元41位于第一行动通信装置44中，并可与第二行动通信装置43沟通。
同样地，于本具体实施例中，数字信息输入装置42可用来输入数字信息S至远端伺服器40，而至少一个第一行动通信装置44可分别从远端伺服器40接收数字信息S。第一行动通信装置44中可分别设置有第一行动应用程序，以控制第一行动通信装置44接收数字信息S并将数字信息S以及一第一指令传送出去。影像显示屏幕46可接收对应的第一行动通信装置44所发出的第一指令与数字信息S，并根据第一指令来播放此数字信息S。第二行动通信装置43中设置有第二行动应用程序，以根据自触发输入单元41所接收的第二指令控制第二行动通信装置43的显示单元显示增强现实影像。上述的增强现实影像可以由与第一行动通信装置44、影像显示屏幕46或远端伺服器40沟通所获得。
本具体实施例中，信息播放系统4的远端伺服器40、数字信息输入装置42、第一行动通信装置44、触发输入单元44以及第二行动通信装置43均与前述具体实施例的相对应单元在功能和型态上大体上相同，故于此不再赘述。影像显示屏幕46于实务中可为LED看板、OLED看板、LCD看板、带有显示面板的手机、电脑或者是电视，可分别设置于室内空间、室外广场、汽车内部或表面、摩托车表面、脚踏车表面、飞行机表面或者是可穿戴物件的表面上，以收得随处进行广告的效果。
于实务中，第一行动通信装置44也可与影像显示屏幕46互相连接而形成一智慧装置。 举例来说，影像显示屏幕46可设置于一汽车上，而此汽车同样提供连接模块供第一行动通信装置44设置于其上并连接影像显示屏幕46，而整体形成一个可自行接收、拨放数字信息或广告信息的智能汽车。
于另一具体实施例中，上述信息播放系统4可进一步包含至少一个接收装置48，其分别连接于各影像显示屏幕46。接收装置48可与第一行动通信装置44沟通，以从第一行动通信装置44获得数字信息S与第一指令，并将数字信息S与第一指令传送到对应的影像显示屏幕46进行播放。于实务中，接收装置48可通过任何无线信号传输技术与第一行动通信装置44进行沟通。
于另一具体实施例中，触发输入单元41亦可位于影像显示屏幕46或接收装置48内，或是通过外部连接方式连接上述装置，借此与第二行动通信装置43沟通并传递第二指令予第二行动通信装置43，所述的技术及架构均与前述具体实施例的相对应单元在功能和型态上大体上相同，故于此不再赘述。
请参阅图5，图5是示出根据本发明的另一具体实施例的增强现实系统5的示意图。如图5所示，本具体实施例的增强现实系统5包含远端伺服器50、数字信息输入装置52、至少一个第一行动通信装置54、至少一个影像显示屏幕56、触发输入单元51以及第二行动通信装置53。远端伺服器50与数字信息输入装置52互相连接，令一使用者或是广告提供者可通过数字信息输入装置52输入数字信息S至远端伺服器50。远端伺服器50可与第一行动通信装置54互相沟通，影像显示屏幕56可与第一行动通信装置54及远端伺服器50互相沟通，触发输入装置51装设于第一行动通信装置54内，并可与第二行动通信装置53沟通。
本具体实施例与上一具体实施例不同处，在于本具体实施例的第一行动通信装置54由远端伺服器接收到第一信息S1，而第一行动通信装置54中的第一行动应用程序则根据第一信息S1发送一第一指令至对应的影像显示屏幕56，接着，影像显示屏幕56根据此第一指令向远端伺服器50直接要求并接收数字信息S，并且，再根据第一指令播放接收到的数字信息S。亦即，本具体实施例与上述具体实施例不同处在于第一行动通信装置54仅发送第一指令给影像显示屏幕56，由影像显示屏幕56直接从远端伺服器50取得数字信息S。
综上所述，本发明的增强现实系统，可通过数字信息输入装置输入数字信息至远端伺服器，而第一行动通信装置则可接收远端伺服器的数字信息并控制影像显示屏幕或载具上的影像投射装置，使其影像显示屏幕或在载具附近播放数字信息，第二行动通信装置可通过位于远端伺服器、第一行动通信装置、影像显示屏幕或影像投射装置上的触发输入单元接收触发增强现实影像的指令。因此，广告主或广告代理商可简易地输入广告，而第一行动通信装置的使用者也可通过第一行动通信装置远端控制载具上的影像投射装置或影像 显示屏幕随时随地拨放广告，第二行动通信装置的使用者则可通过广告主、广告代理商或第一行动通信装置的使用者的设定以观看广告或位于特定时间、地点时触发增强现实影像，借此驱使第二行动通信装置的使用者有更好的驱动动力以收视广告影像或至广告商所欲宣传的商家地点或通知其贩售时间，以收得良好的广告效益同时降低广告成本。
通过以上优选具体实施例的详述，是希望能更加清楚描述本发明的特征与构思，而并非以上述所公开的优选具体实施例来对本发明的范围加以限制。相反地，其目的是希望能涵盖各种改变及等价的安排于本发明所欲申请的权利要求的范围内。

Claims (20)

  1. 一种增强现实系统，包含：
    至少一第一行动通信装置，该至少一第一行动通信装置中设置一第一行动应用程序，该第一行动应用过程控制该至少一第一行动通信装置传送一数字信息以及一第一指令；
    至少一影像投射装置，与该至少一第一行动通信装置沟通以自该至少一第一行动通信装置接收该第一指令以及该数字信息，并根据该第一指令投射该数字信息于至少一影像显示区域上；
    一触发输入单元，是位于该至少一第一行动通信装置及该至少一影像投射装置的一者中，用以发送一第二指令；以及
    一第二行动通信装置，与该触发输入单元沟通以自该触发输入单元接收该第二指令，该第二行动通信装置包含一显示元件并安装一第二行动应用程序，该第二行动应用程序根据该第二指令控制该显示元件显示一增强现实影像。
  2. 如权利要求1所述的增强现实系统，另包含有一远端伺服器，与该至少一第一行动通信装置沟通，该远端伺服器是用以传输该数字信息至该至少一第一行动通信装置。
  3. 如权利要求2所述的增强现实系统，另包含有一数字信息输入装置，连接该远端伺服器，该数字信息输入装置是用来输入该数字信息至该远端伺服器。
  4. 如权利要求1所述的增强现实系统，另包含有至少一载具，该至少一影像投射装置分别设置于该至少一载具上。
  5. 如权利要求2所述的增强现实系统，其中该第二行动通信装置通过与该至少一第一行动通信装置、该至少一影像投射装置及该远端伺服器中至少一者沟通而获得该增强现实影像。
  6. 如权利要求1所述的增强现实系统，其中该增强现实影像为立体影像。
  7. 如权利要求1所述的增强现实系统，其中该第二行动通信装置包含一影像获取元件以获取该第二行动通信装置的周围影像，该第二行动应用程序根据该第二指令，当该影像获取元件获取该至少一影像显示区域的影像时，控制该显示元件开始显示该增强现实影像。
  8. 一种增强现实系统，包含：
    至少一第一行动通信装置，该至少一第一行动通信装置中设置一第一行动应用程序，该第一行动应用过程控制该至少一第一行动通信装置传送一数字信息及一第一指令；
    至少一影像显示屏幕，与该第一行动通信装置沟通以接收该第一指令及该数字信息，该至少一影像显示屏幕根据该第一指令播放该数字信息；
    一触发输入单元，是位于该至少一第一行动通信装置及该至少一影像投射装置的一者中，用以发送一第二指令；以及
    一第二行动通信装置，与该触发输入单元沟通以自该触发输入单元接收该第二指令，该第二行动通信装置包含一显示元件并安装一第二行动应用程序，该第二行动应用程序根据该第二指令控制该显示元件显示一增强现实影像。
  9. 如权利要求8所述的增强现实系统，另包含有一远端伺服器，与该至少一第一行动通信装置沟通，该远端伺服器是用以传输该数字信息至该至少一第一行动通信装置。
  10. 如权利要求9所述的增强现实系统，另包含有一数字信息输入装置，连接该远端伺服器，该数字信息输入装置是用来输入该数字信息至该远端伺服器。
  11. 如权利要求9所述的增强现实系统，其中该第二行动通信装置通过与该至少一第一行动通信装置、该至少一影像显示屏幕及该远端伺服器中至少一者沟通而获得该增强现实影像。
  12. 如权利要求8所述的增强现实系统，其中该增强现实影像为立体影像。
  13. 如权利要求8所述的增强现实系统，其中该第二行动通信装置包含一影像获取元件以获取该第二行动通信装置的周围影像，该第二行动应用程序根据该第二指令，当该影像获取元件获取该至少一影像显示屏幕的影像时，控制该显示元件开始显示该增强现实影像。
  14. 一种增强现实系统，包含：
    至少一第一行动通信装置，该至少一第一行动通信装置中设置一第一行动应用程序，该第一行动应用程序根据一第一信息控制该至少一第一行动通信装置传送一第一指令；
    至少一影像显示屏幕，与该第一行动通信装置沟通，该至少一影像显示屏幕自该第一行动通信装置接收该第一指令并且根据该第一指令播放一数字信息；
    一触发输入单元，是位于该至少一第一行动通信装置及该至少一影像投射装置的一者中，用以发送一第二指令；以及
    一第二行动通信装置，与该触发输入单元沟通以自该触发输入单元接收该第二指令，该第二行动通信装置包含一显示元件并安装一第二行动应用程序，该第二行动应用程序根据该第二指令控制该显示元件显示一增强现实影像。
  15. 如权利要求14所述的增强现实系统，另包含有一远端伺服器，与该至少一第一行动通信装置沟通，该远端伺服器是用以传输该第一信息至该至少一第一行动通信装置。
  16. 如权利要求15所述的增强现实系统，其中该至少一影像显示屏幕是与该远端伺服器沟通，并根据该第一指令自该远端伺服器接收该数字信息后播放该数字信息。
  17. 如权利要求16所述的增强现实系统，另包含有一数字信息输入装置，连接该远端伺服器，该数字信息输入装置是用来输入该数字信息至该远端伺服器。
  18. 如权利要求15所述的增强现实系统，其中该第二行动通信装置通过与该至少一第一行动通信装置、该至少一影像显示屏幕及该远端伺服器中至少一者沟通而获得该增强 现实影像。
  19. 如权利要求14所述的增强现实系统，其中该增强现实信息为立体影像。
  20. 如权利要求14所述的增强现实系统，其中该第二行动通信装置包含一影像获取元件以获取该第二行动通信装置的周围影像，该第二行动应用程序根据该第二指令，当该影像获取元件获取该至少一影像显示屏幕的影像时，控制该显示元件开始显示该增强现实影像。
PCT/CN2017/080373 2017-04-13 2017-04-13 增强现实系统 WO2018188010A1 (zh)

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CN205384858U (zh) * 2016-02-16 2016-07-13 四川捷报文化传播股份有限公司 增强现实立式广告机
CN106462587A (zh) * 2014-03-20 2017-02-22 格特·弗雷德里克·迈耶 利用移动设备建立和管理合并广告的方法和系统

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US20120054014A1 (en) * 2010-08-25 2012-03-01 Samsung Electronics Co., Ltd. Apparatus and method for providing coupon service in mobile communication system
CN103631471A (zh) * 2012-08-20 2014-03-12 华为技术有限公司 媒体交互方法、装置和系统，以及用户设备
CN106462587A (zh) * 2014-03-20 2017-02-22 格特·弗雷德里克·迈耶 利用移动设备建立和管理合并广告的方法和系统
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