Background technology
At present, be the image output device that masses were familiar with, as cathode ray tube (CRT) televisor, LCD TV, plasm TV, three rifle projectors or single rifle projector etc., all be on same plane, to demonstrate image, if spectators mobile exceeds certain angular field of view, then can't see the image that image output device presents.
The magic arenas is a kind of large-scale indoor theme amusing products, and the magic arenas claims " phantom performance arenas " again.It utilizes illusory imaging technique, computing machine synthetic technology and optical reflection principle etc., make the imaging in kind and the image reverberation of stage outdoor scene finish the arenas form of performance jointly, have true man to perform and the theatre system of true stage in, it can realize very peculiar, original, mysterious performance effect, is fit to the theme content of the various super real styles of performance.For example, can make the performing artist leave no trace before the lights ground appearing and subsiding without foundation suddenly; Can make flare, smog change irregularly into the image of various mysteries, the time and become cute bird, the time and become the crowd of dancing; Can make true man become bird or the like suddenly.
Yet, the magic arenas also only can be on the plane of stage different depth, present the outdoor scene material object of stage and the imaging of image reverberation, spectators also can't see the identical outdoor scene material object and the imaging of image reverberation on different angles, cause its utilization to be subjected to suitable restriction.
In sum, no matter be traditional image output device, or in conjunction with the magic arenas of illusory imaging technique, computing machine synthetic technology and optical reflection principle, all be can only be on the plane of same plane or different depth image output, make spectators to see image from various angles, therefore, be necessary to solve this technical problem.
Embodiment
In conjunction with the accompanying drawings the utility model is described in further detail below by embodiment.
Embodiment one:
See also Fig. 1, be the float structural representation of a kind of embodiment of device for image of the utility model in the air.This device comprises framework 1, a plurality of image-generating unit 2 and a plurality of image output unit 3.Wherein each image-generating unit 2 is located between two opposite faces of framework 1, and these image-generating units 2 are interconnected to form an imaging space 4, and in imaging space 4, each image-generating unit 2 and its form the first angle θ between the joint face on the framework 1.On the face relative that each image output unit 3 is located at framework 1 with image-generating unit 2, and an image output unit 3 is in the face of an image-generating unit 2, these image output units 3 present the first identical image 30 respectively, each first image 30 is transformed in the imaging space 4 by the image-generating unit 2 of correspondence respectively, and in imaging space 4 the common suspension image 40 that forms, therefore, spectators can see the suspension image 40 the imaging space 4 from the periphery of each image-generating unit 2, and on each image-generating unit 2 interconnective position, also can see approximate complete identical suspension image 40, can solve traditional image output device or magic arenas, can only be on the plane of same plane or different depth the problem of image output.
Please consult Fig. 1 again, among first embodiment of the present utility model, each image output unit 3 is located at the end face of framework 1, and be divided into a plurality of demonstrations by a display 32 (as: LCD, a plasma display, a projector or a televisor) respectively and partly 320 form each image output unit 3, each shows that part 320 is corresponding with corresponding image-generating unit 2 sizes, make each first image 30 be transformed into same position in the imaging space 4 by image-generating unit 2, therefore, spectators can see suspension image 40 identical the imaging space 4 from the periphery of each image-generating unit 2.
See also Fig. 2, among the utility model second embodiment, each image output unit 3 is respectively a display 32, each display 32 is located at the end face of framework 1, corresponding with corresponding image-generating unit 2 sizes respectively, and export one of them first image 30 respectively, make each first image 30 be transformed into same position in the imaging space 4 by image-generating unit 2, so, also can see identical suspension image 40 in the imaging space 4 from the periphery of each image-generating unit 2.
Please consult Fig. 1 and Fig. 2 again, among first and second embodiment of the present utility model, can place at least one physical item 5 between the bottom surface of framework 1 and the imaging space 4, and the suspension image 40 in the imaging space 4 is positioned on the physical item 5, therefore, spectators will see the illusory scene that projects suspension image 40 as physical item 5.
In addition, in aforementioned each embodiment of the present utility model, the position of the end face of imaging space 4 inherent close frameworks 1 is provided with luminescence unit 6, luminescence unit 6 can be to the bottom surface of framework 1 projection source, spectators will more clearly see the physical item 5 that is placed in the imaging space 4, yet the brightness of luminescence unit 6 can not surpass the brightness of suspension image 40, is difficult for seeing clearly suspension image 40 in order to avoid the light source of luminescence unit 6 is too big.Luminescence unit 6 can be made up of at least one LED lamp, daylight lamp, cold-cathode fluorescence lamp or rainbow or the like.
In aforementioned each embodiment of the present utility model, framework 1 position near each image output unit 3 on end face is provided with shielding cell 7, shielding cell 7 is covered each image output unit 3 and luminescence unit 6, is converted by first image 30 in order to avoid spectators penetrate suspension image 40.In addition, the end face of framework 1 is provided with lid 8, and lid 8 covers each image output unit 3, is that to penetrate suspension image 40 be that first image 30 exported by image output unit 3 is converted in order to exempt from spectators equally.
Further, edge around the end face of framework 1 is provided with at least one first coupling unit 10, lid 8 is in the position relative with each first coupling unit 10, then be respectively equipped with second coupling unit 80, when lid 8 covered at framework 1 end face, each first coupling unit 10 promptly combined with second coupling unit 80, in order to avoid lid 8 drops from framework 1, in each embodiment, this first coupling unit 10 is a magnet, and the sheet metal that second coupling unit 80 can be magnet or can be adsorbed by magnet.
See also Fig. 3, among the utility model the 3rd embodiment, each image output unit 3 is located at the bottom surface of framework 1, and be divided into a plurality of demonstrations parts 320 by a display 32 respectively, be used to form each image output unit 3, each shows that part 320 is corresponding with image-generating unit 2 sizes, makes each first image 30 be transformed into same position in the imaging space 4 by image-generating unit 2, and spectators can see suspension image 40 identical the imaging space 4 from each image-generating unit 2.
See also Fig. 4, among the utility model the 4th embodiment, each image output unit 3 is respectively a display 32, each display 32 is located at the bottom surface of framework 1 respectively, and it is corresponding with image-generating unit 2 sizes, and export one of them first image 30 respectively, make each first image 30 be transformed into same position in the imaging space 4 by image-generating unit 2, spectators also can see identical suspension image 40 in the imaging space 4 from the periphery of each image-generating unit 2.
In addition, edge around the bottom surface of framework 1 is provided with at least one first coupling unit 10, lid 8 is in the position relative with each first coupling unit 10, then be respectively equipped with second coupling unit 80, when lid 8 covered in framework 1 bottom surface, each first coupling unit 10 promptly combined with second coupling unit 80, in order to avoid lid 8 drops from framework 1, in each embodiment, this first coupling unit 10 is a magnet, and the sheet metal that second coupling unit 80 can be magnet or can be adsorbed by magnet.
Further, in aforesaid each embodiment of the utility model, this device also comprises control module 9, control module 9 is located in the framework 1 or outside the framework 1, and be connected with image output unit 3, provide at least one first image 30 to image output unit 3 by control module 9, this control module 9 can be personal computer, notebook computer or digital album (digital photo frame) etc.
In aforesaid each embodiment of the utility model, imaging space 4 inherent bottom surfaces near framework 1 are provided with luminescence unit 6, luminescence unit 6 can be to framework end face projection source, therefore, spectators can more clearly see the physical item 5 that is placed in the imaging space 4, yet the brightness of this luminescence unit 6 can not surpass the brightness of suspension image 40, is difficult for seeing clearly suspension image 40 in order to avoid the light source of luminescence unit 6 is too big.Luminescence unit 6 can be made up of institutes such as at least one LED lamp, daylight lamp, cold-cathode fluorescence lamp or neon bulbs.
In addition, in third and fourth embodiment of the present utility model, framework 1 position near each image output unit 3 on the bottom surface is provided with shielding cell 7, shielding cell 7 is covered each image output unit 3 and luminescence unit 6, is converted by first image 30 in order to avoid spectators penetrate suspension image 40.The bottom surface of framework 1 also is provided with lid 8, and lid 8 covers each image output unit 3, is that to penetrate suspension image 40 be that first image 30 exported by image output unit 3 is converted in order to exempt from spectators equally.
In aforesaid each embodiment of the utility model, framework 1 also is provided with rotary unit 12 below base, rotary unit 12 drives framework 1 and rotates, and each image-generating unit 2 also can be the film of half-reflecting mirror (Semi-reflection), half reflection glass or a coating semi-reflective material.The first angle θ is greater than 0 ° and less than 90 °, and first image 30 is adjusted shape and size according to the first angle θ, or thereby image output unit 3 cooperates the end face of the first angle θ and framework 1 to form second angle [alpha], makes suspension image 40 present the imaging of normal scale.
Further, in aforesaid each embodiment of the utility model, the either side edge of framework 1 between bottom surface and end face is provided with image acquiring unit 14, and be provided with interactive module 90 in the control module 9, image acquiring unit 14 can obtain at least one external image, and interactive module 90 is according to the changing features of external image, first image 30 is changed, for example interactive and be out of shape or move with external image, or change the content of first image 30, and then make suspension image 40 present corresponding variation.For example external image is to obtain the gesture that user's palm is swung left, after then calculating by the interactive module 90 of control module 9, again by last one first image 30 of control module 9 outputs, for example external image is to get access to the gesture that user's palm is swung to the right again, after then calculating, again by next first image 30 of control module 9 outputs by the interactive module 90 of control module 9.Perhaps for example external image is the palm gesture of swing repeatedly to the left and right that gets access to the user, after then being calculated by the interactive module 90 of control module 9, exports the first different images 30 at random by control module 9 again.
In sum, the unsteady in the air device for image of the utility model, can solve traditional image output device or magic arenas can only be on the plane of same plane or different depth the problem of image output, make spectators to see suspension image 40 from various angles.
Above content be in conjunction with concrete embodiment to further describing that the utility model is done, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the utility model person of an ordinary skill in the technical field, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be considered as belonging to protection domain of the present utility model.