TW200522709A - Method for grabbing article using real-time image as background - Google Patents

Abstract

A method for grabbing an article using a real-time image as background comprises: on a moving electronic device, using an image grabbing device of an electronic device to simultaneously taking continuous pictures on an actual site; setting up coordinate data for each real-time-taken digital real image; combining a program of an electronic device with the real-time-taken digital real image so that the running program can use the digital real image and the coordinate data, and displaying in real-time the real-time-taken digital real image on the display of an electronic device.

Description

200522709 V. Description of the invention (1) Technical field to which the invention belongs The present invention relates to a method for processing real-time images using an electronic device, and more particularly, to an electronic device using a built-in or external digital camera to A method for processing live images as backgrounds and capturing objects for entertainment or other purposes. When the day and the day show the display of the scene, the number of games that traveled before the machine and game know-how was conceded, and the way was passed. The web has never been known. The changes in the surface are changed, the scenery is expected. The back-office person's play surface is provided by Youyi, and the scene is not changed by the Jingji method. Instead, it is more important to take this opportunity first. It is also a game-oriented game machine. If there is a lack of examples of disguise, the power should be used by the master and the mobile phone will gradually become more familiar with this game. A few people who are close to me have another play, a talk show like a video and a hand-held biography, so that I have issued a number of lighting positions with a human-made image. A dagger \ 厶 月 Receives power or information, the built-in film is only in the direction of the film or the recording should be done only, the person can or the power, the film can be the power or the video electricity brake Although some film cameras have some features, they are like step-by-step equipment, which can be used to transfer the electricity at one step, and then re-powered. The extension of the external power amplifier is the original preparation. Factors, the electric power has been able to give way, the use of energy to use it or one of the first, entertainment as a thing to capture the scene back as the image. Use the power to make enough energy

Page 5 200522709 V. Description of the invention (2) The main purpose of the present invention is to provide an electronic device which, in addition to its original functions, can use real-time images as a background to capture objects for entertainment or other purposes. In order to achieve the above object of the present invention, the present invention provides a method for capturing an object by using a real-time image as a background, including the following steps: while moving an electronic device, using the image capturing device of the electronic device to perform continuous real-time acquisition of a real-life scene And real-time coordinate data creation for each digital real-time image of real-time acquisition; combining the program executed on the electronic device with the digital real-time image of real-time acquisition, so that the program can use the digital real-world image and coordinate data during execution. , And the real-time digital real-time image displayed on the real-time image is displayed on the display of the electronic device. ^ Furthermore, in order to achieve the above-mentioned objective of the present invention, the present invention provides an electronic device that uses _ real-time images as a background to capture objects, including: an image capturing device is used to perform continuity of a real-world venue while moving the electronic device Real-time image acquisition to generate a digital real-time image of each piece; keys are used to generate a start signal; a display is used to display the display day and time provided by the processor; the processor is used to execute a program, where the program is used to A digital real-world image is used to establish the coordinate data, and the digital real-world image and coordinate data are used to display the real-time digital real-time image in real-time acquisition. The purpose, features, and effects of the invention will be described in detail with reference to the following specific embodiments and the accompanying drawings, as described below:

Page 6 200522709 V. Description of the invention (3) Implementation The first diagram shows the hardware architecture diagram of the electronic device of the present invention, and the second diagram shows the structure diagram of the digital real-time image of the continuous real-time acquisition of the image capture device. The electronic device 10 of the present invention mainly includes: a processor 101, an image capturing device 103, a display 105, a key 107, a memory 10, and the like, and the electronic device according to the present invention The embodiment 10 may be a handheld electronic device such as a mobile phone or a personal digital assistant. While the user is moving the electronic device 10, the image capturing device 103 is used to instantly take digital real-time images of any real-life venues, such as schools, offices, play areas, etc., to generate digital live-action images. 2 0, and the real-time digitally captured real-time image 20 is immediately displayed on the display 1 0 5, and the image capturing device 1 0 3 used in the present invention can be a built-in electronic device 1 0 A digital camera, or an external digital camera that can be combined with an electronic device 10. The program 40 of the electronic device 10 can be combined with the digital real-time image 2 0 of the real-time acquisition. The program 40 is executed by the processor 1 0 1. The program 40 can be executed using the digital real image 20 and the digital real image The coordinate data attached to 2 0, and the display 1 0 5 immediately displays the digital real-time image 2 0 of the real-time acquisition. With the difference of electronic products, digital image 20 data and programs can be stored in the same memory 109 (refer to the first figure), or they can be stored in different memories to increase the operating performance of electronic devices. The third figure shows a flowchart of a method for capturing an object using a live image as a background of the present invention. The step (30) of the method 30 of the present invention is performed by shifting

Page 7 200522709 V. Description of the invention (4) While moving the electronic device 10, the image capture device 103 of the electronic device 10 is used to perform continuous real-time image capture of the real scene, and each real-time image capture The digital real-world image 20 is used to create coordinate data in real time. In step (3 0 1), the user holds the electronic device 10 and moves towards the real scene, and the image capture device 103 immediately captures the real scene image, and the real-time digital real image 2 can be captured. Is stored in memory 1 0 9. Please refer to FIG. 5 to show a schematic diagram showing coordinate data of a plurality of digital real-world images in a coordinate axis manner. The specific method of realizing coordinate data in step (30 1) is implemented. The electronic device 10 of the present invention can use an electronic gyroscope 1 11 is used to provide coordinate data of each digital real-time image 20 when real-time image capturing of the real-world scene. Furthermore, another specific method of realizing the coordinate data in step (3 0 1) is implemented. The processor 1 0 of the present invention executes the program 4 0 to analyze the image difference between two adjacent digital real-world images 20 The resulting motion variability can be used to determine the positional variability of each digital real image 20 relative to the previous digital real image 20. Based on this positional variability, each digital real image is determined. Coordinate data of 2 0 1. Step (3 0 3) is to combine the program 40 executed on the electronic device 10 with the digital real-time image 20 of real-time acquisition, so that the program 40 can use the digital real-world image 20 and the coordinate data in the execution. And the real-time digital real-time image 2 0 is displayed on the monitor 1 0 5. In other words, the users of the electronic device 10 can truly feel the execution of the program 40. The real scene is used as the background scene and the daytime surface. The effect of the execution of the program 40 is completely integrated with the real scene. The fourth figure shows a specific example of a program representing the present invention.

Page 8 200522709 V. Description of the invention (5) Flow chart to explain the program of the present invention. The flow chart of the program 40 in the fourth figure is mainly used to disclose how the present invention combines a program 40 with the actual scene where the user is located as the background picture. The program 40 illustrated in the fourth figure is exemplarily explained. It is a game software which is executed in the electronic device 10, and this game software is provided with similar to the devil (Hi 11 ing G h 0st) entertainment software. First, after the electronic device receives a first activation signal 401, use the electronic device as a center point to establish a coordinate system and use an image capture device to capture a dynamic image 403. The coordinate system can be a ball. The coordinate system and the first activation signal are signals generated when the program activation key is activated. Next, this dynamic image is presented on a display device to become a background and a part of the dynamic image is captured to obtain a plurality of still images and the plurality of still images are stored in the memory 405, where the display device is located at On the electronic device, each static image can be assigned a target data. The method of obtaining a plurality of still images from a moving image can be performed by setting a time (t i in i n) in the electronic device to manipulate a still image from the moving image and store the still image in a memory. After a period of time, most still images are stored in the memory. The number of still images in the memory can be limited by a fixed capacity or a directly set mode. When the number of still images in the memory reaches saturation, the first (oldest point in time) stored in the memory will be replaced by the latest (latest point in time) stored static image to avoid storing this majority Memory images by wasting still images. Next, analyze the majority of static images stored in the memory to determine

Page 9 200522709 V. Description of the invention (6) The number of hidden low numbers in the dense area of the area is more bright, or the domain or the lower density of the area is more hidden than the hidden value. Zhongduoqi ο Therefore, 7 is in the domain 40 4- Duogen / 1/1 The number of shadows in the hidden area of the domain with the normal method is multi-judgment judgement. Hair body, a book, and a record value are limited to the original without the map and stored, but the 5 is paid and the 5 method is taken, and the seed analysis image is divided into a shadow line and the moving image is entered into the moving image. The state of the picture is described below, the static pair is bright, and the small field is the value or the value of the brightness. The value is the map or the value will be the brightness. The value is displayed more frequently than the figure. The timing table is set to a certain value or a certain value. Set the element one by one and the first value by a few degrees. Use the first advantage to connect to the system. In the hidden part, there is something like the first shadow and the first state. The stillbirth is the group or the mold distance U. See the figure 1, you can refer to it, and show J-S) 1 please 5 points Ο ο a 4-placed in phase with the weight of the stacking position. The area indicates that this is the most obvious and difficult to hide in the life. The first position of the object is hidden in the setting area. Figure 6 shows that there are more than 11 different directions. There is a clear method to move the system. The system does not move with the system and the system is moved. However, the system is installed in the system. According to the judgment of the electric seat interruption, the second sub-second power of the instrument square snail is the second sub-power. The upper part of the device is always connected to the upper part of the device. The electric device of the upper device is disconnected. The straight screw of the adapter is a dharma sub-type. . Adjacent to the opposite side of the movement of the two sets of memory set the record in the electrical storage and discontinuity comparison, the order is the same body in order to remember the same memorable phase is stored in the separate storage of the photos The image state and the image state are static, and the state is statically divided into the same state point as the image obtained by the object image. The time is divided into two parts, and the polyphase is borrowed from the two. Thing

Page 10 200522709 V. Description of the invention (7) Determine the current moving direction of the electronic device. The third is to judge the moving direction of the electronic device by sequentially comparing the coordinate data of any two images. Next, the distance between the electronic device and the first object on the coordinate system is compared with a second set value, the time interval between the first object in the first position and a third set value, and a first warning signal is sent 4 1 3 to let the user know the direction of the location of the first object, where the first warning signal can be a general frequency alarm sound, a music or a general frequency electronic device vibration mode and other modes. When the distance between the electronic device and the first object on the coordinate system is less than a second set value and the time interval between the first object and the first position is less than a third set value, the electronic device will issue a second warning signal 4 15 to remind the user that the electronic device is approaching the first object, wherein the second setting value may be a distance setting value, the second setting value may be a time setting value, and the first warning signal may be a kind of rapid frequency. There are various modes such as alarm sound, a type of music, or a vibration mode of the electronic device with a rapid frequency. When the first object appears on the display device and the electronic device receives a second activation signal, the first object will undergo a first change 4 1 7, where the first change may be a change in the shape of the first object or The first object disappears from the display device, and the second activation signal is a signal generated after the key is pressed. This first change can also use a second object to cover part or all of the first object, wherein the second object can be in the form of a symbol and can be generated by a second object generation module. When the first object appears on the display device but the electronic device does not receive a second activation signal, a second change 4 1 9 will occur in the first object, where the second change may change the shape of the first object. And end the program.

Page 11 200522709 V. Description of the invention (8) When the time interval of the first object in the first position is greater than a third set value, a third change 4 1 will occur in the first object, and the third change The first object can be moved from the first position to a second position on the coordinate system, the first object disappears at the first position, and a third object is randomly generated at a third position on the coordinate system, or It is the shape of the first object that changes, and the second position and the third position can be any hidden area. Referring to FIG. 7, this is a flowchart of another embodiment of the present invention. First, after the electronic device receives a third activation signal 701, use the electronic device as a center point to establish a coordinate system and use an image capture device to capture a dynamic image 703. The coordinate system can be a ball. The coordinate system and this first activation signal is a signal of _ generated when the program activation key is activated. Next, this dynamic image is presented on a display device to become a background and a part of the dynamic image is captured to obtain a plurality of still images, and the plurality of still images are stored in the memory 705, where the display device is located at On the electronic device, each static image can be assigned a target data. The method for obtaining a plurality of still images from a moving image can be obtained by setting a time (t i m i n g) in the electronic device to capture a still image from the moving image 'and store the still image in a memory. After a period of time, most still images are stored in the memory. The number of still images in the memory can be limited by a fixed capacity or a directly set mode. When the number of still images in the memory reaches saturation, the first (oldest point in time) stored in the memory will be replaced with the latest (latest point in time) stored static image to avoid this. Most still images waste memory resources.

Page 12 200522709 V. Description of the invention (9) Next, a fourth object is used to randomly generate a fourth object at a fourth position on the coordinate system, wherein there is a distance between the fourth position and the center point. 7 0 7. Next, the majority of the still images stored in the memory are used to determine the moving direction of the electronic device on the coordinate system 709. There are many methods for judging the moving direction of the electronic device on the coordinate system by using a plurality of still images stored in the memory. The following are only two methods but they do not limit the scope of the present invention. The first method is to sequentially compare the contents of two adjacent static images stored in the memory to the same degree to determine the moving direction of the electronic device. When a plurality of still images are sequentially acquired from a dynamic image and stored in the memory, the still images obtained at two adjacent time points will have some of the same objects, and therefore from this part The position of the same object in the static image can be used to determine the current moving direction of the electronic device. The second method is to judge the moving direction of the electronic device by sequentially comparing the coordinate data of any two images. Next, compare the distance between the electronic device and the fourth object on the coordinate system with a fourth set value, compare the time interval between the fourth object at the fourth position and a fifth set value, and issue a third warning signal 7 1 1 to let the user know the direction of the location of the fourth object, where the third warning signal can be a general frequency alarm sound, a music or a general frequency electronic device vibration mode and other modes. When the distance between the electronic device and the fourth object on the coordinate system is less than a fourth setting value and the time interval between the fourth object in the fourth position # is less than a fifth setting value, the electronic device will issue a third warning signal 7 1 3 to remind the user that the electronic device is approaching the fourth object

Page 13 200522709 V. Description of the invention (10), where the fourth setting value can be a distance setting value, the fifth setting value can be a time setting value, and the third warning signal can be an alarm with a rapid frequency Sound, a type of music, or an electronic device with a sharp frequency. When the fourth object appears on the display device and the electronic device receives a fourth activation signal, the fourth object will undergo a fourth change 7 1 5, where the fourth change may be a change in the shape of the fourth object or The fourth object disappears from the display device, and the fourth activation signal is a signal generated after the key is pressed. The fourth change can further use a fifth object to cover part or all of the fourth object, wherein the fifth object can be in the form of a spell and can be generated by a fifth object generation module. When the fourth object appears on the display device but the electronic device does not receive a fourth activation signal, the fourth object will undergo a fifth change 7 1 7, where the fifth change may be the shape of the fourth ¥ object Change to end the program. When the time interval of the fourth object in the fourth position is greater than a fifth set value, a sixth change 7 1 9 will occur in the fourth object, and the sixth change may be the fourth change of the fourth object from the coordinate system. The fourth position moves to a fifth position, and the fourth object is at the fourth position. It disappears and randomly generates a sixth object at a sixth position of the coordinate system, or the shape of the fourth object changes. In the above two embodiments, the first object is the same as the fourth object, the second object is the same as the fifth object, the third object is the same as the sixth object, the first change may be the same as or different from the third change, and the second change It may be the same as or different from the fourth change, and the third change may be the same or different from the sixth change. For an illustration of the entity model of this method, please refer to the attachment.

Page 14 200522709 V. Description of the invention (11) The above description of the invention is based on a specific embodiment of combating devil entertainment software. According to the spirit and principle of the method 30 of the present invention, other specific aspects of the formula 40 may be Educational software or other software that trains the human senses. The method 30 and the electronic device 10 of the present invention can provide a game software, or other educational software for training human sensory reactions, etc., to use the real-time generated image as a background to increase the interaction and entertainment of the software. Increase the value of electronic devices 10. Those skilled in the art will appreciate that many different modifications can be made to the invention within the spirit and perspective of the invention. The present invention covers any modification and change from the viewpoint of the scope of patent application and its equivalent meaning.

Page 15 200522709 Brief description of the drawings The first figure shows a hardware architecture diagram of the electronic device of the present invention. The second figure shows the structure of a digital real-time image of continuous real-time image capture by the image capture device. The third figure shows a flowchart of a method for capturing an object using a live image as a background of the present invention. The fourth figure shows a flowchart of a specific example of the program of the present invention to illustrate the program of the present invention. The fifth image axis mode is a schematic diagram showing coordinate data of a plurality of digital real-world images. The sixth figure shows a schematic view of the first object in a hidden area display position. The seventh diagram shows a flowchart of another specific example of the program of the present invention. Drawing number Μ 明明 10 Electronic device 10 1 Processor 1 0 3 Image capture device 1 05 Monitor 1 07 Press key 1 07a Start signal 1 09 1 Memory 111 Electronic Gyro 20 Digital real image 201 Barrier 1 Dense area

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Claims (1)

200522709 VI. The scope of the application for patents includes the method of picking up the items on the package.-In the case of synergies, the system unit 1 won the c ¾ heart; the medium news is a mobile device. The first one should take advantage of the acquisition and the background-for the sake of, "" an image is displayed on the camera in the state of acquisition and acquisition of the image-using the number of static The number of images should be more than the number of static states. «Internally, the state of the image is remembered. The state of the shadow of the stored image is in the middle. The number of image states should be more. The number of image states is 5. ; The number of fields and multiple areas of the secret analysis are as many as the scores, which are marked with a space between the point and the point of the heart, the first and the first piece of a biological product, the first part of the product, and the first one on the object. Bit-one uses the system of Tili one to move to the other side, shifts a heavy one to the other, the system is closely related to each other, and the secret sign is hidden. The duty and the position of the electric seat should be determined and distanced; the first message is presented. The police set up the first child to call out the hair, and then {i Set the setting 1-the first one should be with Yu Tong, Ju M. The distance is more than the ratio when the f signal alarm is to install the sub-electricity, the judgment is placed and the upper display is displayed; The second time, the first time, the first time, the first time, and the first time, the first time-& -& υ f The second receiver should not receive. Set the transformation of two transformers, one electric generator, one electric generator, one electric generator, one electric generator, one electric generator, one electric fan, and one electric fan. Please take the application as shown in the picture 2 1-01 " mutual placement Page 18, 200522709 VI. Scope of patent application 3. The method for capturing objects as described in item 1 of the scope of patent application, wherein the display device and the electronic device are interconnected. 4 The method for retrieving an object as described in item 1 of the scope of patent application, wherein the coordinate system is a spherical coordinate system. 5. The method for capturing an object as described in item 1 of the scope of the patent application, wherein the hidden area is an area with a lower pixel value or a lower brightness value in the plurality of still images. 6. The method for retrieving an object as described in item 1 of the scope of the patent application, wherein the first warning signal may be a general-frequency alarm sound, a music or a vibration mode of an electronic device of a general frequency. 7. The method for retrieving an object as described in item 1 of the scope of patent application, wherein the second warning signal may be a rapid-frequency alarm sound, a music, or a rapid-frequency electronic device vibration mode. 8. The method for retrieving an object as described in item 1 of the scope of patent application, wherein an electronic gyroscope can be used to determine the moving direction of the electronic device on the coordinate system. 9. The method for grabbing an object as described in item 1 of the scope of patent application, wherein the contents of the plurality of still images stored in sequence can be compared to determine the moving direction of the electronic device on the coordinate system. 10. The method for retrieving objects as described in item 9 of the scope of the patent application, wherein the plurality of still image contents may be coordinate data represented by any one of the plurality of still images in the coordinate system. 1 1. The method for retrieving an object as described in item 1 of the scope of patent application, wherein the first change may be a change in a shape of the first object, the first object Page 19 200522709 VI. Scope of patent application Disappear from the display device, or cover part or all of the first object with a second object. 12. The method for retrieving an object as described in item 11 of the scope of patent application, wherein the second object can be in a spell form and can be generated using a second object generation module. 1 3. The method for capturing an object as described in item 1 of the scope of patent application, wherein the second change may be a change in the shape of the first object. 1 4. The method for retrieving an object as described in item 1 of the scope of patent application, wherein when comparing the distance with the first set value, a time interval of the first object at the first position and one The second set value. 15. The method for retrieving an object as described in item 14 of the scope of patent application, wherein when the time interval is greater than the second set value, a third change occurs in the first object. 16. The method for retrieving an object as described in item 15 of the scope of patent application, wherein the third change may be that the first object is moved from the first position to a second position on the coordinate system, The first object disappears at the first position and a third object is randomly generated at a third position on the coordinate system, or the shape of the first object is changed. 17. The method for retrieving an object as described in item 16 of the scope of patent application, wherein the second position and the third position may be the hidden area. 18. A method for capturing an object on an electronic device, including: receiving a first activation signal; using the electronic device to establish a target system for a central point and simultaneously capturing a dynamic image using an image capture device ; Page 20 200522709 6. The scope of the patent application presents the dynamic image on a display device to become a background and captures a portion of the dynamic image to obtain a plurality of still images and stores the plurality of still images in a memory; Using a first object generating module to generate a first object at a first position of the coordinate system, wherein there is a distance between the first object and the center point; using a plurality of contents of the plurality of static images to judge A moving direction of the electronic device on the coordinate system; comparing the distance with a first set value and sending a first warning signal; when the distance is less than the first setting value, the electronic device sends a second warning signal ; The first object appears on the display device and determines whether the electronic device receives a second activation signal; when the electronic device receives a second activation signal, the first object generates a first change; and when the When the electronic device does not receive the second activation signal, the first object generates a second change. 19 The method for retrieving an object as described in item 18 of the scope of patent application, wherein the coordinate system is a ball coordinate system. 20. The method for retrieving an object as described in item 18 of the scope of the patent application, wherein the first warning signal may be a general-frequency alarm sound, a type of music, or a vibration mode of an electronic device of a general frequency. 21 The method for retrieving an object as described in item 18 of the scope of patent application, wherein the second warning signal may be an alarm sound of a rapid frequency, a type of music, or 11 Page 21 200522709 VI. Scope of Patent Application A rapid frequency vibration mode for electronic devices. 22. The method for retrieving an object as described in item 18 of the scope of patent application, wherein the plurality of still image contents may be coordinate data represented by any one of the plurality of still images in the coordinate system. 2 3. The method for retrieving an object as described in item 18 of the scope of patent application, wherein the first change may be a change in a shape of the first object, the first object disappears from the display device, or A second object is used to cover part or all of the first object. 24. The method for retrieving an object as described in item 18 of the scope of patent application, wherein the second object can be a spell form and can be generated using a second object generation module. ^ 25. The method for retrieving an object as described in item 18 of the scope of patent application, wherein the second change may be a change in the shape of the first object. 26. The method for retrieving an object as described in item 18 of the scope of patent application, wherein when comparing the distance with the first set value, a time interval between the first object at the first position and A second set value. 27. The method for retrieving an object as described in item 26 of the scope of patent application, wherein when the time interval is greater than the second set value, a third change occurs in the first object. 28. The method for retrieving an object as described in item 27 of the scope of patent application, wherein the third change may be that the first object is moved from the first position to a second position on the coordinate system, The first object disappears at the first position and f randomly generates a third object at a third position on the coordinate system, or the shape of the first object changes. Page 22