TWM409872U - Care interacting instrument - Google Patents

Description

M409872 V. New description: [New technical field] This creation is about an entertainment device. [Prior Art] Some ball games venues, such as baseball golf

^Two people who are interested in ball games and practice their skills. The venues of the White 16 usually require a large number of venues to accommodate the space required for most whites and former balls to fly in the air after being hit. =, because the venue construction cost is high, and the ball for the consumer to practice is easy to consume and damage, it also needs a lot of cost to 2, when the cost is passed on to the consumer, it will go to I, so in the above exercise, practice blow The cost of the event is not limited to the sports venues who want to carry out the practice.

Especially for the entertainment equipment, the outdoor training needs to be based on the weather conditions: decision ===live [new content] This creation involves a virtual object output from the interactive device for the user to interact with the display. game. Incorporating and interacting with each other for ball games, according to the present invention, the user can use the display device to perform the example, including the image capturing module view image capturing module for the operation of the case. The interactive device is used to perform interactive activities such as exercises, in one, processing module and % map unit. Multiple images of the object should be identified to identify 3/28. Xuan responds to the second motion trajectory of the object. Processing · π, track recognition unit, intersection eD . 执. The trace generation single trace generation unit is attached to the display assembly and use the execution calculation unit. Track trajectory; trajectory identification unit _ other, the first motion of the 7F object! Image to identify the second object of the response object: :: 接: response object early coupling coupled with the execution unit, the father The point calculation piece is in accordance with the movement of the first movement and the coordinates of the intersection when it is used to calculate the movement of the object; the track "J is based on the second division of the movement and the display unit and the display of the goods. At the meeting point calculation and rendezvous, the % tube == the first movement obstruction, the second movement obstruction. The edge map: the reaction movement image after the rendezvous and the response object, and the second system ^-χ物一The trajectory record shows that the three-dimensional shadow pair of the object can be used by the user to interact with the responsiveness object: the display object stereoscopic image interacts, and the object should have the reaction result. And it is imaged (visuanzati〇nu built into the effect of the game. [Embodiment] Mingru as the shirt provides the silk to set up, to use the virtual display object for the user to respond to the object swing And the technical judgment response object and the virtual display In the actual implementation, the corresponding reaction results are simulated, so that the user can exercise the ball, such as baseball, tennis or badminton, in addition to the sports field, and the other functions are similar. Game 4/28 M409872 f control interface, so that users can directly communicate and use the current content to communicate and issue commands. The interactive embodiment provides an interactive device, the interaction and space limitation. Provide more flexible and effective ball exercises,: white, technical hand I and 'for the game enthusiasts to more easily hit [interactive device embodiment] dry sound map # H1 shows the use of interactive devices Environment device〗. User 5 can stand on the display... Front == = Piece 2, such as a baseball bat or tennis racket, etc., try to f, such as the display object in the baseball or tennis image. 4,,, and ; ". This example of the use of baseball bats and baseball to say that the system i = set 3 includes a processing module (tree shown in Figure ,), used =: =: continuous three-dimensional image to render Out of the user 5 (four) to the effect of Le The image uncovering device on the noon 4 can continuously capture two images to calculate the force of the swinging of the responder 2's mover 5. thereby interactively using and using the module 30 The image can be received / ^ P can receive the image according to the output of the control module controlled by the "track, and calculate the motion track of the response object 2, :== and the condition of the response object 2 in the three-dimensional space. H The user does not object 4 and the user 5 is a virtual image, but can still obtain the effect of displaying the object as a physical object through the operation of the interactive device 3 and the face of the display device i. The display device 1 can be a stereoscopic stereoscopic display such as a lenticular lens or a parallax barrier P-block technology to enable the user 5 to obtain a stereoscopic image of the listening (ie, the distance). . The page display 1 can also be a general display screen. At this time, the user 5 must wear an auxiliary device to view the display device, such as wearing red and blue filter glasses or polarized glasses, and the depth is turned (ie, Stereoscopic image of Lin Sen). The interactive device 3 U is located near the display device or integrated with the silver person in the display device 1. m ... can't be a $block diagram of an interactive device provided by the present creative embodiment. The present embodiment _ interactive device 3 includes a shadow (4) module %, a positive plate, a "32, a processing module 34, a position recognition unit 35, and a rim unit number transmission unit 38. Correction surface 32, reliance group 34 and position "saponin 35 are reduced from image 撷 group % = positive (four) and processing module 34. Signal transmission single mode:: package 22 =; number to response object 2. Image _ Camera or camera), two Si-two or more image capture devices (so ~ like an anvil-collecting group can simultaneously move multiple images in response to the object 2 being swiped. The door angle interactive device 3 can In the two kinds; ^ Sakijian type correction mode and mutual _ type, the town respectively _ description. Including [correction mode j, please continue to participate in the calibration module 3: = standard calculation unit 322 and coordinates corresponding to the single device 3 in the correction of the mold handle, can be corrected 32 _ use the field ^ 6/28 M409872 response material 2'n thief financial record and initialization, with different use of l and not _ should be object 2 can accurately calculate the action display Whether the object meets with the response object 2. *', the object coordinate output unit of the calibration module 32 is transferred to the display unit W, and according to the information recorded in the interactive device 3, the object coordinate of the object is displayed. 2

Figure 疋36 shows the stereo image of the object according to the object coordinate _, =, · 曰 output. The object coordinate is a three-dimensional coordinate showing the object phase S 颂 not the display plane of the device 1. For . Month > Read Figure 2 and Figure 3 'Figure 3 is a diagram showing the object coordinate of the object. The planar image output by the display device 1 is not transmitted or thought.

冢 显 不在 不在 显 显 10 10 10 10 10 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The stereoscopic image is further composed of depth*. In order to display the effect of the stereoscopic image, the display device system outputs two planar images containing different (4) of the same-display object, and the component 4 is generated in different views (4). Aberration (di ity) causes depth ^ The zD axis size in this example is the display device! The difference between the displayed objects that are rotated. Therefore, the object coordinate output unit 32 rotates the group object coordinates according to the data recorded by the memory sheet to control the stereoscopic image of the object 4 by the drawing unit 36. 'Shoulder-- for example, the display object 4 is a sphere, and the object coordinate wheel tl 320 outputs the object coordinates (XD1, yD丨, Zd〇 to the drawing unit%, and the edge map 36 generates two sheets according to the coordinate value of the object coordinates. Plane shadow|, respectively, the first image and the second image, XD1 and plus are respectively in the first image, the sphere is in the 7/28 M409872, and the 2D coordinate value of the plane 1G is 'ZD1' is the sphere in the first image and The aberrations between the second images are positive and negative, respectively, indicating the front and back of the focal plane. Therefore, the two-dimensional coordinate value of the sphere of the second image on the display plane 1G may be (xD1+zD1, yD1). * The stereo image composed of the first image and the second image will display a three-dimensional spherical image on the display device 1, showing the visual effect that the sphere is suspended in the oblique fabric portion, and the coordinate of the three-dimensional sphere of the Laifu is For (xD], yD丨, zDl), the response frame detection unit 322 is reduced from the image group 30' to receive images of the response object 2 from a plurality of cameras or cameras from different perspectives. And detecting the back based on the aberration of the response object 2 in different images. The response of the object 2 is, for example, the three planes defined by the operation module 30; ^ is the phase of the month, see FIG. 2 and FIG. 4, and the figure 4 is the response image of the response seat of the response object. The module 30 is a plurality of cameras: the image capturing module 3 获得 is obtained by responding to the image of the object 2, and the image capturing module 3 includes two cameras or cameras disposed at the same level, and the vertical plane is used. / Π 元 摄 。 。 。 。 。 。 。 。 。 。 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣 鸣. For example, the image of one of the two images is obtained from the f/response coordinate unit 322 of the two images according to the deep user f Zh 'recognizing the response object 2 relative to the response capture plane 300'. Get a response to the distance from the camera or camera lens in order to easily identify the response coordinates of the responder (eg, for coffee). "Niu 2's response coordinates, a contact point 22 may be indicated in advance in response to the 8/28 portion (the contact point 22 is, for example, a mark (a specific color or a pattern of points or shapes of the figure 2) or a contact line, a7F) is used to calculate the representation of the entire response object 2 based on the position of the contact point 22 in the artifact according to the position of the contact point. . For convenience of illustration, the following embodiment only uses the contact point 22 as an example to say that the library holder 324 is used to correspond to the object coordinates (Hz(1)) and the back, so as to know that the display plane 1〇 is based on the==== Take plane 3.座 is the coordinate correspondence between the two coordinates of the response coordinates. In the calibration mode, the user can display the response object 2 to the position of touching the display object according to the position of the visual display device f displayed in the three-dimensional space for the image capturing module 3G to capture. The response object 2 L is like Fig. 2 and Fig. 5 'Fig. 5 is a schematic diagram showing the intersection of the object and the response object. Taking baseball as an example, when the display object 4 (sphere) displayed by the display device is in contact with the response object 2 (ball), the object coordinates 〇Dl, yDl, ZD丨) and the response coordinates (Xh丨, yH丨) , 2 out) actually corresponds to the same point in the three-dimensional space. Therefore, under the premise that both the object coordinates and the response coordinates are line systems, the coordinate system of the (4) shop and the coordinates of the response surface can be assumed to have the following correspondence f: xH=c 1 xD+c2y d+c3zd+c4 yH= c5xD+c6yD+c7zD+c8 ZH=C9XD+Ci〇yD+C1 ,ZD+C12 Since there are 12 variables to be solved by e12 to obtain the linear correspondence function of two coordinate systems, the object coordinate output unit 32〇 The other three different object coordinates 9/28 (,, yD2, zD2) are sequentially outputted near the object coordinates (Xm, yDi, zD丨) to (xD4, yD4, zD4) 'to make the display wear, and the i display corresponds to different objects. The target display shows a stereoscopic image of the object 4. Then, the user respectively touches the stereo image of the display object 2 with the position _ 22 of the screaming object 2 in response to the position of the display, so as to respond to the coordinate debt measuring unit 322 according to the group 30 to the (four) image, respectively. Calculate the three sets of object seatposts, ΧΗ4, Υη4, Ζη4). In this way, the coordinates of the coordinates of the 1st and the t-throws are obtained, and 12 sets of linear joints are obtained: equation, two M, relative to the outer private, and the variables are calculated to the value of C] 2 to establish the sphere 4 and The response object 2 is in the third degree == pair, which is f. Although the coordinate correspondence exemplified above is assumed to be a line system, the knowledge of the domain _ domain can be made by other more computational models, and more variables are calculated to obtain the response coordinates of the response object 2 and the display object 4. The coordinate correspondence between the coordinates of the object. = 苍照图6Α and Fig. 6Β, these two figures respectively show the corresponding position of the shouting object and the displayed object when the user positions the position. When standing in front of the display device, it can be used. (4) The intersection of the object and the display object in the aberration observation is in the middle of the three-dimensional space ', s /, and the angle and distance viewed by the user are different. Therefore, the object is read by the object coordinate output unit 320 and outputs the same object seat, ζ〇) 'when the user stands at different positions', the user visually detects the contact point of the J piece 2 with the display object 4. The position of the intersection may have a difference of 0, -+. For example, referring to Figure 6Α, when the user faces the display device and is clamped at the (four) point L, (not shown in Figure 6Α) and the object 4 is displayed, The response object 2 can be moved to the position of the lion point 22 to contact the image of the miscellaneous item* for the response coordinate calculation unit 322 to calculate the response object 2 ^ 10/28 2 to the seat I not (XHL1') HU, ZHL1) ( _ should Contact point 22) of Figure 6A. Referring again: 6Β 'Although the user moves to the measuring point L】the measuring point is not in the figure (8)', the object coordinate of the object 4 is not changed, and the user feels that when it is positioned at the measuring point L2, the display is displayed. The distance between the object 4 and itself is the distance between the object 4 and the self. However, when the messenger moves the response object 2 to make the contact point 22' contact the display object 4, the response coordinates (XHL2, yHL2, ZHL2) are farther away than the response coordinates (XHL1, yHL1, ZHL1) corresponding to the measurement black and & Display device. change. When the user is located at the measuring point and the measuring point ^, the displayed object 4 viewed from the user's visual angle is fixedly displayed in the same position (for example, the user is positioned at the measuring point L) to view the displayed object. 4After half a meter away from the user, the displayed object positioned at the measuring point ^ is still "a half meter away from the user", then the user responds to the object 2 at the measuring point L4L2 respectively. The response coordinates of the display object 4 are 2 (as in the above (XML - 】) and, Μ -)). At this time, if the right does not change the correspondence between the response coordinates and the object coordinates according to the measurement point of the user, the user may think that the display object has been touched, but the interactive device 3 determines that the error is not met. . Therefore, it can be known that the coordinate correspondence between the response object 2 and the display object 4 generated at two different measurement points should be adjusted correspondingly. In particular, although the measurement points L and L at different positions before and after are not described as examples, they are not limited to this example, and the difference between the left and right points of the equivalent measurement points is different. The coordinate has a coordinate corresponding to the coordinate left between the object 4 and the response object 2 before the user displays the skirt I. No, the calibration die can be measured by the miscellaneous-off 11/28 M409872 (such as ^ And the position at the time of L2), and the position recognition unit 3s receives the image captured by the image capturing module 30 to determine the three-dimensional coordinates of the position of the user at each measurement point, and passes through the object coordinate wheel-out unit 32. Each measuring point displays the object 4 several times according to the same plurality of object coordinates (such as four times as exemplified above), and after corresponding contact, the coordinate corresponding unit=24 receives the three-dimensional coordinates of the measuring point of the user and The correlation variable (such as W c12 above) is calculated, so that the coordinate transformation relationship f(L) at different measurement points can be obtained separately. In other words, after obtaining the four sets of object coordinates (Xdi y(1)z ) to (xD4, yD4, zD4) and the corresponding response coordinates (XHui, m 2 (XHLl4, yHLM, ZHLM)', and being operated by the coordinate corresponding unit 324, When the user is positioned at the measuring point L], the response object 2 corresponds to the coordinate of the displayed object f(L1). Similarly, the same four sets of object coordinates (XDl, yDl, Zm) are obtained to (XD4, yD4, ZD4) and the corresponding response ^ /3L >|7p; 'HL2 l, yHL2〗 'Zhl21) to (Xj*iL24'yHL24'ZHL24) after the operation, the user can be positioned at the measurement point At L2, the response object 2 corresponds to the display object 4 ς coordinate f(L2), and so on. And the four sets of object coordinates used for comparison at the measuring point L are the same as the four sets of object coordinates used for comparison by the measuring point L2, thereby respectively capturing and recording the user in different positions. : The watcher displays the display object 4 displayed in the same object coordinate, and then according to the eyepiece: , · " fruit in response to the object 2 touches the different response coordinates of the display object 4. The point used to determine the location of the user's location can be the user-specific location. Or the body is easy to understand, in this embodiment, it is also assumed that the (four) linear relationship corresponding to the coordinates of the coordinates in different positions is used. However, the technical field: the knowledge of the eight-way crane can also use other more complicated, different ways of Beijing, Obtain different measuring points (ie user's 12/28 M409872

The response object 2 at the time of the different positioning points corresponds to the coordinate of the display object 4 (f). In this embodiment, after calculating at least two sets of different positions = two standard correspondence f(L), the user can then swipe the display object 4 at any position before the display device, the coordinate corresponding unit 324, according to the user positioning position captured by the image capturing unit 30, and the linear relationship between the coordinates of each coordinate obtained by the above operation==, the object 4 and the response object 2 are estimated under the position of the user. Another coordinate correspondence between the two. For example, when the user's standing position is between Li and B2, 7 false ς is L3), the linear interpolation rule estimation method can be used, by the known corresponding correspondence f (L〇 and f( L2) Estimating the intermediate value and obtaining ^ when using the measurement point L3, the coordinate correspondence between the object 2 and the display object 4 is f(]^), and the indication is S' according to the private correspondence unit 324. According to the linear correspondence between several counter-response coordinates and object coordinates, it can be used to judge the response of object 2 to contact (4) object 4 in the same measurement point ((4) (4). Corresponding to _ calculated

Corresponding relationship, the movable X lies the same as the mode in which the producer responds to the object 2 and the aged object 4彳_. #互动式f定互动模式下运(4), if the response object 2 wants to connect to Cong (4) can not be placed out of the pure piece cut 3 can count - the object coordinate at the time point and the response coordinate with the coordinate corresponding unit 324 to the coordinates Corresponding to _ minus, the contact point 2 θ of the response object 2 touches the display object 4. π [interaction mode] Please continue, close 2, the processing module Μ includes the trajectory calculation unit trajectory generation 単 7G 342, the intersection point calculation unit 344, the notification unit secret 】 3/28, and the trajectory identification unit 348. Please refer to FIG. 2 and FIG. 7 at the same time. FIG. 7 is a diagram of the response object and the stalk. When the interactive device 3 operates in the interactive mode, 2, the _ generating unit 342 of the group 34 can generate a first motion track according to the memory unit (not given to the data recorded in the second:: 摅7). According to the movement of the younger brother, the control unit draws a single stereo image and outputs it to the display device. The display object == the first moving track movement display object =: speed - the piece 4 in the first motion track "=, the display device 1 When the display object 4 having the stereoscopic effect is output, the image of the user 5 regardless of the display device i is maintained relative to the user 5. 2. The page: the object 4 stands facing the display device i at a position. For example, After displaying the object 4 of the user 5, using the ^5 2 to see the display on the right side of the user 5, the viewed object _ dry matter ^ even if facing the display device 1 to the right to move the object 2 will still be the same as before the move, The object 4 is displayed at the same distance in the display. Therefore, each time the display object 4 is caused to generate a single illusion 42 to 5 in the first trajectory, the user needs to refer to the user image _ takeout module 30 It can be the guardian of the 枸 爻.,,, the object coordinates of the object 4 The element 35 is based on the image identified by the image, and is identified by the position of the position. There are 5 position positions (such as the position of the user 5 to generate the unit position and the position recognized by the first motion path recognition unit 35) The instant computing display object 4 corresponds to the object coordinate of 14/28 M409872 which is set by the user. By this object 4, it will be 'followed' with the user 2, and the user 5 妁According to the first-exercise track 62 false monk obstruction generating unit 342

The axis and the "deformation of the object, when using the display plane 1. X produced by the object coordinate 342 of the object 4 is gradually approaching the direction of the user 5, changing ^^^^

The coordinate of the coordinate X axis is getting smaller and smaller. Therefore, the use of "==2" does not cause the problem that the display object 4 is always spaced from the maker 5 by two distances and the response object 2 cannot be connected to the display object 4. "Single specific illustration, when the display device 1 is based on the drawing, it is displayed to show the movement of the baseball moving in the first motion trajectory.

In the case of a body image, the system can be placed in a state where the county is a virtual baseball that is thrown from the display device 1 to the user. At this point, the user can hold the response object 2 'turn' to swipe the virtual sphere image. The image capture module 30 can continuously capture the image of the bat and transmit it to the track recognition unit 3牝. Since the bat will be displaced according to the user's swipe action, the trace recognition unit 348 can judge the bat according to the plurality of images captured by the image capture module 3 at different times. The displacement, in particular the displacement distance and direction of the predetermined contact point 22 on the bat, identifies a second motion trace 64 that responds to the movement of the object 2. The parent point counting unit 344 consumes the track generating unit 342 and the track identifying unit 348, and respectively calculates the second motion track according to the first motion track 62 and the track recognizing unit 348 generated by the track generating unit 342. When the 64-meter display object 4 and the response object 2 meet, the intersection coordinates 15/28 clock trace generation unit 342 and the trace recognition unit 348 of the intersection point I may include early elements (not shown in FIG. 2), The execution generation unit generates the first

The St trace recognition unit 348 receives the time when the image capture module 3 retrieves the Μ 'number of images', respectively, and records the time at which the image output of the display object 4 is read. The intersection position of the object 4 of the intersection point calculation unit = the object coordinate position of the display object 4 and the response object 2 piece 4 i back 'the coordinate coordinate unit 324 calculates the corresponding correspondence of the display object according to the 2nd coordinate system of the Zhao _ In order to judge the ball of the ^ ^ ^ ^ trace of the object of the ship and the second point of the pure movement of the ball to the same point of the ball. If yes, at the same time, if there is no second track 62 and the second motion track 64 and there is a match, then the right parent is (if the two paths are completely unsuccessful, or if the 'single pass minus the intersection point calculation unit is notified) Included in the news; according to the unsettled meeting and / or related strike record data = face scene "Dankou phantom one sports obstruction 62 and the second sports time point to generate a meeting. The meeting is turned 64 in the same positive module The display 4 obtained in 32 is divided by the trajectory calculation unit 34 〇 to calculate the display object 4 and the library:; the reaction movement exercised after the stick hits (that is, the mouth should be the object 2 parent) Trace, the reaction motion generated after the intersection of the object 4 and the response object 2 Le 16/28 66 M409872 The trace 66 includes the reaction distance and the reaction direction of the object 4, and the changes of the two are affected by the return stress of the object 2, It shows the degree when the object 4 is hit, and the incident angle of the object 4 in contact with the response object 2. Since the simulation (4) is not a real world collision, the impact caused by the response object 2 can be made. The amount is completely connected by the display object 4 (Iv) to calculate a model while riding since the object transported 4㈣- pure based data recording track 62 by the interactive device according to the memory unit 3 (not shown in FIG. 2) to yield

It is thus possible to pre-define the mass of the display object 4 to be m. And displaying the initial velocity V〇 and the acceleration a〇 of the object 4. Knife

The team 0 enters the team, the setting of the 玍 玍 342 and the calculation of the tamper recognition unit 348, and determines that the display object 4 meets at the output of the unit time and the response object 2 is swiped through the time. And the position of the response object 2 between t2 unit time changes from the initial point to the intersection point l (XHhyHi, ZLi). (HP, yHP, HP) The moving distance s of the object 2 is calculated based on the response coordinates corresponding to the starting point P and the intersection point I. That is: , , 曰 曰 1 Κ ^ ^ ^ ^ ~ ~ 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 获得 2+ The step is based on the acceleration calculation formula, (4); 2 speed a]: The mass and acceleration of the object 2 2 are calculated] The mass 1'' of the object 2 is calculated. #回球的回重道F. Among them, the response memory unit ^ secretary secret wire set 3 F Erqing a] When the display object 4 is hit by the response object 2, its rebound acceleration 17/28 a2 is based on the back stress road! : The needle is generated by the effect of the continuation of the object 4 mass: and then the display object 4 with the stem catching degree (4) shows the initial velocity v of the object's obstruction movement. If the display object 4 is calculated according to the time h ' of the first transport: the speed of the fast-moving v ν ^ ν 〇 + α 〇Ί 时 到达 Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi Hi When the 66 was in motion. % refers to the length of time that the response object 2 is in contact with the display object 4. It is worth mentioning that the straight-footed ruler is the most connected to the display object when the swing is between 0.6 and 0.7 millimeters/1. Therefore, it can be preset to 6 to 0.6 or 〇.7 milliseconds. The time of flight is not t. According to the reaction movement, the distance moved in the air ^ S1:4 The spheroidal spheroid is according to the reaction movement teachings S^'V2't4 = charging, after the above-mentioned attack on the object is hit Its speed changes::: It is expressed by the relationship of physics, that is, wide-. · 2 /, V - V2 - V1, is to display the amount of speed change of the object 4. '乂. Ten τττ shows that the object 4 travels according to the reaction trajectory for a long time, and the four-segment exchanges the live 9' finger to indicate that the object 4 stays in the space _ to the time before the fall, but the difference between the display object 4 and the response object 2 is met. The angle of incidence with respect to a contact plane formed by the response object 2. Please refer to Fig. 2 and Fig. 8Α. Fig. 8Α is a schematic diagram showing the incident angle of the object and the inverse 18/28 angle. The contact plane 70 is a virtual plane formed in response to the object 2 swiping so as to touch the display object 4. The trace recognition unit 348 analyzes the contact plane 70 of the response object 2 according to the image of the plurality of response objects 2 continuously captured by the image capture module 3, and analyzes the display object 4 according to the intersection point calculation = 344. When the motion trajectory 62 enters the contact = face 70, the angle of incidence with the tangential direction of the contact plane 70. The rebound direction of the display object 4 after being hit is to fly at a reflection angle of the same magnitude as the human angle L with respect to the contact direction of the contact plane 7〇. Therefore, the track, calculation unit 340 calculates the time t4 when the display object 4 moves in accordance with the reaction motion trajectory 66 based on the inverse (four) degree and the gravitational acceleration formula. When the angle of incidence of the sphere is larger, the angle of reflection is larger, as shown by the incident angle of the second graph. 01 Continuing (4) Β 2, by the calculation result of the above variables, the trajectory leaf calculating unit 34 〇 can obtain the faint tilting response object 2 after the scarf, the opposite ', = and direction, and generate the reaction movement control unit map unit% , by: 36 «Reaction of the content of the pure trace to produce the display object two rounds: to the display of the object showing the object bounced and flying 4 the execution calculation unit 340 can further 舻嫱 θ ε — a ~ trace calculation varies with the flight path The real-time reactionary movement is based on the fact that the face-time and the (10) chart calculate various backgrounds corresponding to the different reaction movements:: 疋340 does not count the device 1 to present the physical swing site The spot surface may move in a more visible position: the positioning position, so the image of the user can be continuously received by the image 35, and (4) the coordinates received by the user = 3G are calculated, and the coordinates are calculated (4) M409872 ^ The point calculation unit 344 can calculate the coordinate position of the first motion trace 62 trace 64, and can read the coordinate correspondence unit 324 according to the position of the user. The correct operation. The π corresponds to the other, and the response object 2 may include a feedback unit such as a vibration generating unit, a sound effect unit or a light emitting unit. For example, after the intersection point calculation unit 344 calculates the return object, the signal transmission unit can transmit the feedback signal to the vibration generation unit by the signal transmission unit % according to the shouting force.

Early life ^ according to the _ signal generated corresponding to the shouting force X movement = let the user feel more realistic combat experience. M'yuan time' sound unit light unit == you 丨彳# produces sound or production relative to the return stress path f. 1 · The stronger the back stress path F is, the sound unit emits <& ° The weaker the F is, the smaller the sound is. The larger the + 3 «, the more the back-stressed light bites ☆ G or the returning stress path F is stronger. The more redundant the spring is, the worse the light is. In the diagram of the device, the corresponding bats are specifically exemplified, and the respondents are (for example, the remote control) for the mutual-moving operation of the item that the user can pass through the remote control, for example, corresponding to the x input. The control command 'switch display object will correspond to different shoulder ball strike exercises. Different exercises show that things are very different. The school mode, such as the sports road of baseball and tennis, is designated as the game = 32^ where 34 is required to generate an image in accordance with the interactive image.撼生弟—Sports Obstruction and Output Display 20/28 172 172 Please refer to Figure 9 and Figure 9 for the block diagram of the thousand corporal disk. In the interactive device 3a of the mutual swaying type shown in FIG. 9, the edge map unit 36 of the present embodiment is used for the transmission of the signal. The trace calculation unit 340 or the object holder 1 ^ generates an image signal transmission of the display object 4 which is prepared as early as 70 342; In addition, the coordinate correspondence unit 324 outputs an output relationship that can be recorded in the memory unit 37, and the coordinate of the user is determined by the intersection unit (10) of the broken display object W, and the response object can be rotated for the bat or the racket. In the case of a swipe such as baseball or tennis, such as a snoring = or a hand row, it can also be a response object for the user. Correction _ 32 ^ The trajectory identification unit of the 杈 group 34 is 322 or processed to recognize the image t 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Still another embodiment of the device] Referring to FIG. 1G, in another embodiment, a connection unit 39 connected to the processing module 34 is used, and the device can also be packaged or wirelessly transmitted by another 5+.匕Connecting line 390, for different interactions, so that the two links are connected to each other to perform an interactive play. The generating unit 342 converts the reaction motion of the display object of the other party by the first motion trajectory of the display object from J to :: the conversion can achieve the purpose of two-way interaction. W is not placed on the same's 21/28 M409872 [possible efficacy of the embodiment] shows the contents of the above embodiments, and operation. The interactive device can pass the == image while also capturing the image with the image capture; the cow = the image when the action is performed. And using various types of image analysis and interactive devices to calculate: the movement of the object, to know whether the response is received; the image shows the corresponding activity, for the user to respond to the object The virtual flight path of the scenes of the interactive activities such as the action of the object of the '3' and the object (4):: _ The virtual flight path of the interactive scene such as the ball striking, does not need to build (four) two to protect the environment. In addition, use: white =, indirect parts will damage the surrounding objects or supplies, the mutual display of the indoor venues such as the living room or study, etc. = mobile devices can be fine-grained special circuit (ASIC) The computing components, or the software program respectively achieve each of the different components, so the cost of construction is low and the update is easy to achieve the work of each series: Γ is the embodiment of the creation 'it is not limited to the original Brief Description of the Drawings] The dry sound map of the interactive device provided by the present embodiment. Fig. 2: The interaction of the present embodiment provides a kind of interaction ~ map, Fig. 3: Fig. 3: Lai Zuoguan mentions __ object (four) ^= Figure 22: Schematic diagram of the response coordinates of the response object provided by the present embodiment; Figure 5: Unintention of the response object and the display object provided by the present embodiment, Figs. 6A and 6B: The present embodiment A schematic diagram of the corresponding position of the response object and the display object; FIG. 7 is a schematic diagram of the response object and the display object provided by the present embodiment; FIG. 8A and FIG. 8B are views of the incident angle and reflection of the device provided by the present embodiment. angle The schematic diagram; FIG. 9: block diagram of an interactive apparatus according to the present embodiment of FIG Creation provided; and Figure 10: a block diagram of an embodiment of the interactive apparatus to provide another embodiment of the present writing. [Main component symbol description] 1, la-lc display device 10 display plane 2 response object 20 feedback unit 22, 22' contact point 3, 3a-3b interactive device 30 image capture module 300 capture plane 32 correction module 320 object coordinate output unit 23/28 M409872 322 response coordinate calculation unit 324 coordinate correspondence unit 34 processing module 340 execution calculation unit 342 execution generation unit 344 intersection point calculation unit 346 notification unit 348 trace identification unit 35 position recognition unit 36 Drawing unit 37 memory unit 38 signal transmission unit 39 connection unit 390 connection line 39 wireless transmission unit 4, 4a-4c display object 5, 5a-5c user 62 first motion track 64 second motion track 66 reaction motion track 70 contact plane 24/28

Claims (1)

M409872 VI. Scope of Application: 1. An interactive device for a user to play through a display device, comprising: an image capture module for capturing a plurality of images of a response object; a processing module, The method includes: a track generating unit, a track identifying unit, a meeting point calculating unit, and a track calculating unit, wherein: the track generating unit is coupled to the display device for generating a first motion display of the display object The track recognition unit is coupled to the image capture module to receive the images of the response object to identify a second motion trace of the response object; the intersection point calculation unit is coupled to the trace generation The unit and the obstruction identification unit are configured to calculate one of the intersection coordinates of the display object according to the first motion tracking motion and the response object moving according to the second motion trajectory; and the execution calculation unit, coupled And the intersection point calculation unit is configured to calculate, according to the first motion track, the second motion track, and the intersection coordinate, the display object and the response object And a drawing unit, coupled to the obstruction generating unit, the obsolete computing unit, and the display device, drawing a stereoscopic image of the display object according to the first motion trajectory, and mapping the display object correspondingly Stereoscopic images of the reaction movement, and respectively outputting the drawn stereoscopic images to the display device; and a notification unit that is connected to the intersection point calculation unit and the display device, when the display object and the response object are respectively The first motion 25/28 trajectory and the second motion diligent m " track motion do not intersect, generating - not 2, . θ, 〇, sub-output to the display device. • The unit of the patent application scope refers to the movement distance of the response object and:: and the response object, the returning stress and the returning stress of the response object and the display object 3. The interactive device according to Item 2, wherein the intersection of the intersection and the === group of the images, the movement distance "root = the displacement change of the piece intersection and the calculation of the mass and the acceleration calculation of the response 4. According to the object of the invention, the interactive device described in claim 2, wherein the anti-two execution includes the reaction distance of the display object and an anti-depot speed: wherein the 'destruction calculation unit According to the return stress track, the display; the quantity ^ indicates that the object is calculated according to the first motion-moving movement G = ^ far-distance reaction speed ' and the reaction distance is calculated according to the reaction speed and the response time. 5. The interactive device according to claim 4, wherein the motion track includes an inverse (four) degree of the object, and the tracker ^ is based on the response object and the display object, the Back to Z = the - contact plane, and the display object reaches the contact; two angles of incidence, the angle of reflection is calculated. 6, 6 such as Shen 4 patent! And the interactive device of the second item, further comprising: - the signal transmission unit is coupled to the intersection point calculation unit for transmitting a feedback signal converted by the stress 到 to the response object, by 26/ 28