TW200800349A - Remote play platforms to emulate real vision and motion via shrinkage models - Google Patents

Abstract

Remote play platforms to emulate real vision and motion via shrinkage models is comprised of at least a shrinkage model, at least a image capturing system, at least a motion sensor, and at least a remote play platform; a set of image and motion information is wirelessly transmitted to said remote play platform by said shrinkage model which carries said image capturing system and said motion sensor; Said remote play platform using said set of image and motion information to emulate real vision and motion.

Description

200800349 VIII. If there is a chemical scale in this case, please disclose the chemical formula that best shows the characteristics of the invention: IX. Description of the invention: [Technical field to which the invention belongs]

The technical field to which the invention pertains is to combine the reduced size model and the motion with the reduced size model and the action' using wireless backhaul to the analog operating platform. The main function of the simulation operation platform is to reduce the size of the mold operator's scene and present it to simulate the real vision and movement. The slogan is a combination of a immersive and realistic electric operation platform, with a reduced size model and a self-planning scene to simulate the invention of real vision and motion. [Prior Art] The electric racing platform of the immersive racing car has become very popular, but the scene is popularized by the computer designer Saki-controlled car. However, its catching speed is gradually developing at a high speed, and the two are Yao’s larger, _rong (four) wireless transmission Fan _ out of control, discomfort is less than the use of children. Mouth flat

[Summary of the Invention] Dirty-shaped series, editing coffee: catching the sensation of speed and feeling. Relative to the needs of its venue, so the second = wireless remote control range, and its mechanical wear and cost is quite large, for example, the basin = ttt hoof. If the thief fairy material _1/24 car is for her;; hour 'under the size reduction (four) scene, the 苴 image I mouth is torn, expected Xie 纟 butterfly, 嶋 control car 5 200800349 driving Lin (four) in the scale remote control fan _, Unexpectedly out of control. The venue can be arranged with the operator's own arrangement. Unlike the imaginary racing electric platform, the scene is designed by computer designers. So 4 meters square is like a real field of 96 meters square and assuming a five-cent barrier, it feels like a 12-cm barrier. Therefore, the present invention presents a scene and a field of view of a reduced model, which is presented by embedding its image or motion_ to an external immersive operating platform to simulate its relatively high

The feeling of speed or strenuous action.

L-application mode J The embodiment of the invention is at least a fine-grained image, and the wire is reduced on the reduced-size scene with the reduced size scene, and the image is wirelessly transmitted back to the simulation operation platform. The principle of image processing is to present the visual field and feeling of the operator in the reduced-size remote control device, instead of the external vision and feeling of the remote control. This embodiment can also be used to touch the palm-type operating platform of the money screen, and can also include the vibration simulation of the PS2 remote controller. Another embodiment of the present invention is a sensor for capturing the information of the reduced size remote control toy such as: horizontal level, speed, strength, and the like. Take the remote control car as an example, this: the angle of the steering wheel, the force of the steering wheel, the level of the car, the shock: two moving cymbals, the speed of the motor, the speed of the tire, and so on. These action information is returned to the imaginary operation platform by taking the _ author's cutting and size as the criterion. See ping ==:==__峨, _ 顺真操 ‘See, rear view! Brother image. The image of the rearview mirror is shown in the upper half of the camping floor of Ping 6 200800349. The left and right parts are the images of the left and right side mirrors, and the middle part is the main image of the other side or the rear image when the reverse gear is reversed. Another embodiment of the present invention utilizes two image capture systems to present a three-dimensional forward condition, thus providing a sense of distance between the front and rear.

Another embodiment of the present invention is that the immersive operation platform can be divided into different levels such as primary level, standard level, and super 咼 level. Although the level other than the standard level may be slightly lost, the main purpose is to enable the operator to have staged learning. opportunity. [Simple description of the diagram] The simple embodiment, the off-, Figure 2 and Figure 3 show the schematic diagram of the reduced toy. The symbol of the component symbol is as follows: 11 The view angle of the reduced size toy 12 The real operation platform and the operator's field of vision Angle 13 Reduced size toy 14 immersive operation platform 15 screen 21 wheel position sensor 22 horizontal level sensor 23 motor speed sensor 24 shock absorber displacement sensor 25 imaginary operation platform seat ^ operating platform Seat tilt angle or displacement 28 engine tachometer 29 when the table 31 left mirror 32 right mirror 7 200800349 33 rear view mirror 34 front or rear main field of view 35 screen Lin Fa _ in the image aspect of real _ purchase _, immersive Operate the flat mouth (10) (four) screen (10), the main plan is to present the view angle of the reduced size toy (1)), and its presentation mode is properly matched with the realistic operation platform and the operator's field of view angle (10). The matching can be divided into primary, fresh, super advanced and so on. grade. One of the features of the present invention is that the standard level is the same as that of the reduced size toy (10). 2 is a simplified schematic diagram of an embodiment of the action feedback of the present invention. The seat (25) of the immersive operation platform will be in the form of a small-sized toy _ author bribe, in other words, the seat of the immersive operating platform is tilted or displaced (10) The design, the main considerations are the package 3 wheel position _ (21), the shock absorber position reducer (10) and the horizontal level sense σ σ (22) fine message. It is also possible to reduce the information of the motor speed sensing fast (23) of the size toy. On the screen (27), the engine speed is represented by the engine tachometer (28). The ratio of the gears of the reduced size toy can be considered, and the motor speed is used to simulate the car. Speed and present on the screen's speedometer (29). FIG. 2 is a schematic diagram of another embodiment of the present invention for using a plurality of image capturing systems to be transmitted back to the immersive rendering platform to simulate the left mirror (31), the right mirror (32), and the rearview mirror (33). The image of the mirror is displayed on the upper part of the screen (35) of the platform, and the left and right parts are the images of the left and right side mirrors. The middle part is the front or rear main field of view (34), and the image needs to consider the relationship between the left and right mirror images. [Main component symbol description] 11 Reduced size view angle of toy 8 200800349 12 immersive operation platform and operator's field of view angle 13 reduced size toy 14 immersive operation platform 15 screen 21 wheel position sensor 22 horizontal level sensor 23 motor speed sensor 24 shock absorber displacement sensor 25 pseudo-operating platform seat 26 pseudo-operating platform seat tilt angle or displacement 27 screen 28 engine tachometer 29 speedometer 31 left-view mirror 32 right-view Mirror 33 rear view mirror 34 front or rear main field of view 35 screen

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Claims (1)

200800349 X. Patent application scope: 1.- Remote control operation platform for simulating real vision and motion, including: fine nucleus type, at least one image capturing system, at least one motion sensor, and at least - remote operation platform The simple reduction is defined as a number less than 1, and the visual design of the image capture system has a pseudo-proportion ratio to the reduction ratio. The wireless transmission mode transmits the group image and the motion message _ remote operation platform; the remote operation platform _ the group of image and motion information to simulate the real vision disk motion. 〃 2· For example, Shen Lin specializes in the Lin Xiao model described in the second item of her simulation of real vision and action ^ remote control operation platform, where _ true _ is - standard type, the standard type is defined as Tian for her speed and The ratio of the speed at which the remote operating platform is rated is equivalent to the reduction ratio. 3. The remote control platform for reducing the simulated surface and real vision and motion described in item 1 of the patent application, wherein the pseudo-reality ratio is the beginner type, and the preliminary learning type is defined as the speed of the reduced model. The ratio of _ speed represented by the remote rambling platform is greater than the reduction ratio. 4. The remote operation platform for realizing real vision and motion using the reduced model as described in the patent application section, wherein the pseudo-proportion is - expert type, the expert type is defined as the speed of the zoom-out The ratio of _ speed indicated by the station is less than the reduction ratio. 5' As described in the patent application, the cap model is used to simulate the real vision and motion. The remote control operating platform is the handheld type. 6. For example, the remote control operation platform for reducing the real vision and motion as described in item 1 of the eye-catching special fiber scarf is a three-dimensional presentation of the image and motion information. 7. A remote control operating platform for real-world visual and motion operations as described in item i of the special computer program, wherein the remote control platform further includes a main surface and a display of at least one divided screen. ^ As described in item 7 of the patent application, the reduced model is used to simulate the real vision and the dynamic C control ♭ the information on the side view mirror, the rear view mirror image and the instrument. =: Please use the reduced model to simulate the real visual and dynamic control platform as described in item 7 of the patent scope. The corresponding front and back sides are changed, and the front and rear images are switched. = 如如; ^ 继 ® 丨 丨 叙 叙 叙 《 料 料 料 料 料 料 料 料 料 料 料 《 《 《 ’ ’ ’ ’ ’ ’ ’ ^ Such as ^ fill the pity _ said the small model Wei action remote control platform, which remote control car is - racing. see. =·If the application is made up of the scarf, the action is _ as the platform, in which the scale control car is - the handle car 4 sees and 3 as the application fills the fine + the magic item is said _ depreciation = remote control platform, wherein the reduction model is a robot. See "Moving. If you apply for the paste, the first version of the real version of 200800349 Γ如遥:f for the platform, where the reduction model is the machine of the i-shaped shape. The reduction model described in item 1 of the application patent, The remote control operating platform, wherein the remote control platform further includes a picker for the action of the player to provide the reduced model with a relative-synchronous operation, such as the reduced model simulation described in item 15 of the patent application scope. The remote action operating platform of the straight action, wherein the operator's action is: the sensation and recognition system. The image of the shirt is taken 17.- The remote control platform for reducing the vocal reality of the die face, the small model, at least - the image capture The system, to Shao small model has a reduction ratio, the reduction ratio of the fixed shirt ^ ^ as a platform; the visual design of the shrinking f and the bribe _ have - :: _ system, using wireless transmission mode - group one ^ for the remote control Operating platform · her video f to simulate the real New York to use at least one display to present. !8·If the 17th item of the patent application scope, the model of the virtual reality is the platform, which is the simulation The ratio is a standard type. 9. The remote control platform for reducing the face-to-real vision as described in Item 17 of the patent application, the towel is the imaginary_professional type. SO. as described in item 17 of the patent application scope. A remote control operating platform for simulating real vision with a reduced model, wherein the pseudo-reality ratio is an expert type. 21. The remote control operating platform of the telescope for real-time viewing of the virtual reality as described in item 17 of the patent application scope The operating platform is palm-sized. 22. The remote control (4) platform for reducing the surface-like real vision as described in item 17 of the patent application's image shows that the image of the display H is stereoscopic. 23. As claimed in the patent application The remote control operating platform for reducing the simulated surface and real vision according to the item 17, wherein the display further comprises: a main picture and at least one divided surface. Repair 24. Reduce the use as described in item 23 of the patent application scope. The remote-controlled operating platform of the surface-like real vision, the towel is divided into the image of the side view mirror and the rear view mirror. 25. The remote control operation for simulating the real vision using the reduced model as described in item 23 of the patent application scope The platform 'the main surface corresponds to the _ before and after the switching device, showing the switching of the front and rear images. 26. The remote control operating platform for realizing the real vision using the reduced model as described in item 17 of the patent application, wherein the reduced model For the _ remote control car. Art 27. If you please thank for the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The real-vision remote control operating platform, wherein the remote control vehicle is an off-road vehicle. The remote control operation platform for real vision is reduced by the reduced model described in Item 17 of the patent application scope, wherein the reduction model is a robot. 3〇. As shown in the 17th article of the patent application, the telescopic tilting simulation real-vision remote control operation platform is a machine that is small and dynamic. 13 200800349 31. The remote control operating platform for simulating real vision using a reduced model as described in claim 17 wherein the remote operating platform further comprises at least one operator action capture and recognition system for providing the display Image switching. 14