CN110286548B

CN110286548B - Stage system

Info

Publication number: CN110286548B
Application number: CN201910627059.6A
Authority: CN
Inventors: 穆裔坤; 石迪; 唐超宇
Original assignee: Hangzhou Yunlyu Wudong Technology Co ltd
Current assignee: Hangzhou Yunlyu Wudong Technology Co ltd
Priority date: 2019-07-11
Filing date: 2019-07-11
Publication date: 2024-04-02
Anticipated expiration: 2039-07-11
Also published as: CN110286548A

Abstract

The embodiment of the invention relates to a stage system, which comprises one or more plane mirror devices, a shot object placement area and an imaging device; the object placing area is positioned in front of the plane mirror device, and the plane mirror device can form a virtual image for an object to be shot on the object placing area; the object and the virtual image formed by the plane mirror device are simultaneously positioned in the shooting range of the shooting device, and the shooting device can shoot the object and the virtual image of the object at the same time. The stage system has the advantages of ingenious design, simple composition and low cost, can simultaneously present pictures of the shot object at a plurality of angles, and has excellent aesthetic effect.

Description

Stage system

Technical Field

The present invention relates to a stage system.

Background

Stage systems in the prior art, especially stage systems for live video broadcast and recorded video broadcast, often have difficulty in simultaneously presenting a multi-angle picture of a photographed object at a user's viewing angle, for example, simultaneously presenting a front picture, a rear picture, or a side rear picture of the photographed object to a user when the user's terminal device plays video.

In order to achieve the above objective, in the prior art, a plurality of display screens are often arranged behind a photographed object, a plurality of frames with different angles are played in real time, and then a camera is used to collect the front frame of the photographed object and the frames with different angles displayed by the display screens in real time, or a video processing technology is adopted to display the frames with different angles of the photographed object on a terminal device of a user in a manner of small windows and the like. However, the former is high in cost, and the picture is not beautiful, and the pictures at different angles displayed by the display screen acquired by the camera are not beautiful; the latter is not only unsightly to the user, but also presents multiple discrete pictures to the user, which can present an obstacle to the user's perception of the picture information.

Disclosure of Invention

In order to solve at least one technical problem including the technical problems, the embodiment of the invention provides a stage system.

<1> a stage system including one or more mirror devices, a subject placement area, and an imaging device;

the object placing area is positioned in front of the mirror device, and the mirror device can form a virtual image for an object on the object placing area;

the subject and the virtual image formed by the reflecting mirror device on the subject placement area are simultaneously positioned in the shooting range of the shooting device, and the shooting device can shoot the subject and the virtual image of the subject simultaneously.

<2> the stage system according to <1>, the mirror device includes a first mirror device and a second mirror device;

the plane of the mirror surface of the first mirror device is intersected with the plane of the mirror surface of the second mirror device;

the first mirror device can form a first virtual image for the photographed object on the photographed object placement area, and the second mirror device can form a second virtual image for the photographed object on the photographed object placement area;

the image pickup apparatus is capable of simultaneously capturing an object, a first virtual image of the object, and a second virtual image of the object.

<3> the stage system according to <1> or <2>, wherein the mirror device is a plane mirror or a plane mirror with a display.

<4> the stage system according to <2>, wherein the first and second mirror devices are both plane mirror devices; the angle alpha between the plane of the mirror surface of the first mirror device and the plane of the mirror surface of the second mirror device is 80-170 deg.

<5> the stage system according to <1> or <2>, wherein the image pickup device is provided on the same side of the subject placement area as the mirror device, and the image pickup device is arranged such that the image formation by the mirror device is out of the image pickup range of the image pickup device.

<6> the stage system according to <2>, wherein the first mirror device and the second mirror device are disposed to be connected to each other or spaced apart from each other.

<7> the stage system according to <6>, wherein the image pickup device is directed toward the junction of the two mirror devices or toward the interval between the two mirror devices.

<8> the stage system according to <6>, wherein a display or a display board or a plane mirror with a display is provided at a space between the two mirror devices.

<9> the stage system according to <1> or 2, further comprising an image display device; the mirror device is capable of forming a virtual image on an image displayed by the image display device; the image displayed by the image display device is in the shooting range of the shooting device in a virtual image formed by the reflecting mirror device.

<10> the stage system according to <9>, wherein the image display device is a projection screen device or a display.

<11> the stage system according to <10>, wherein the image display device is a projection screen device, the stage system including a projection device for displaying an image output from the projection device; the projection device comprises a first projection device and/or a second projection device, and the projection screen device comprises a first projection screen device and/or a second projection screen device; the first projection screen device is used for displaying the image output by the first projection device, the second projection screen device is used for displaying the image output by the second projection device, the first reflector device can form virtual images on the image displayed by the first projection screen device, and the second reflector device can form virtual images on the image displayed by the second projection screen device; the virtual image of the image displayed by the first projection screen device and the virtual image of the image displayed by the second projection screen device are in the shooting range of the shooting device.

<12> the stage system according to <11>, wherein the first and second mirror devices are both plane mirror devices; the first projection curtain device is arranged on the side of the second reflector device, and an included angle between a projection surface of the first projection curtain device and a mirror surface of the second reflector device is 60-130 degrees; the second projection curtain device is arranged on the side of the first reflector device, and an included angle between a projection surface of the second projection curtain device and a mirror surface of the first reflector device is 60-130 degrees.

<13> the stage system according to <10>, the image display device is a projector screen device, the stage system includes a lighting system including a first projector screen device and/or a second projector screen device, the lighting system includes a first lamp capable of illuminating the first projector screen device and/or a second lamp capable of illuminating the second projector screen device, the first projector screen device is used for displaying an image output by the first lamp, the second projector screen device is used for displaying an image output by the second lamp, the first mirror device is capable of forming a virtual image on the image displayed by the first projector screen device, and the second mirror device is capable of forming a virtual image on the image displayed by the second projector screen device; the virtual image of the image displayed by the first projection screen device and the virtual image of the image displayed by the second projection screen device are in the shooting range of the shooting device.

<14> the stage system of <13>, the light fixture comprising a light fixture and/or a pattern light capable of emitting light of multiple colors.

<15> the stage system according to <1>, wherein the one mirror device is a plane mirror device, the image pickup device is disposed in front of the object to be photographed, the lens of the image pickup device faces the mirror surface of the mirror device, and the angle between the direction in which the lens faces and the plane in which the mirror surface of the mirror device is located is smaller than 90 °.

<16> the stage system according to <1>, wherein the one mirror device is provided with a display or a display board on one side thereof; the display or the display board is in the shooting range of the shooting device.

The embodiment of the invention has the beneficial effects that: the stage system provided by the embodiment of the invention has the advantages of ingenious design, simple composition and low cost, can simultaneously present pictures of the shot object at a plurality of angles, and has excellent aesthetic effect. Other technical effects of the embodiments of the present invention will be explained in detail in the specification.

Drawings

Fig. 1 is a front view schematically showing a stage system according to embodiment 1 of the present invention.

Fig. 2 is a schematic top view of a stage system according to embodiment 1 of the present invention.

Fig. 3 is a front view schematically showing another stage system according to embodiment 1 of the present invention.

Fig. 4 is a schematic top view of another stage system according to embodiment 1 of the present invention.

Fig. 5 is an operation state diagram of the stage system according to embodiment 1 of the present invention.

Fig. 6 is a front view schematically showing a stage system according to embodiment 2 of the present invention.

Fig. 7 is a schematic top view of a stage system according to embodiment 2 of the present invention.

Fig. 8 is a front view schematically showing another stage system according to embodiment 2 of the present invention.

Fig. 9 is a schematic top view of another stage system according to embodiment 2 of the present invention.

Detailed Description

The present invention will be further described in detail below with reference to specific embodiments and with reference to the accompanying drawings, in order to make the objects, technical solutions and advantages of the present invention more apparent. Those skilled in the art will recognize that the present invention is not limited to the drawings and the following examples.

The embodiment of the invention provides a stage system, which comprises one or more reflecting mirror devices, a shot object placement area and an imaging device; the object placing area is positioned in front of the mirror device, and the mirror device can form a virtual image for an object on the object placing area; the subject and the virtual image formed by the reflecting mirror device on the subject placement area are simultaneously positioned in the shooting range of the shooting device, and the shooting device can shoot the subject and the virtual image of the subject simultaneously. The mirror device is preferably a flat mirror device.

The present invention will be described in detail with reference to the following examples.

Example 1

Referring to fig. 1 to 5, the present embodiment proposes a stage system including a first flat mirror device 10, a second flat mirror device 20, a subject placement area, and an image pickup device 30; the plane of the mirror surface of the first plane mirror device 10 and the plane of the mirror surface of the second plane mirror device 20 intersect; the first plane mirror device 10 can form a first virtual image 11 for the subject M in the subject placement area, and the second plane mirror device can form a second virtual image 21 for the subject M in the subject placement area; the image pickup device 30 can simultaneously pick up the subject M, the first virtual image 11 of the subject, and the second virtual image 21 of the subject.

Preferably, the first plane mirror device 10 is, for example, a plane mirror or a plane mirror with a display; the second mirror device 20 is, for example, a mirror or a mirror with a display. When the first mirror device 10 and/or the second mirror device 20 use a mirror with a display, the display may be connected to a terminal such as a computer, so that a picture to be displayed, such as a text, a logo, a moving image, an advertisement, etc., can be displayed during shooting, and the information displayed on the two mirror devices may be the same or different.

Preferably, the angle α between the plane of the mirror surface of the first plane mirror device 10 and the plane of the mirror surface of the second plane mirror device 20 is in the range of 80 ° -170 °, preferably 120 °. In the angle range, the transverse distance between the shot object, the first virtual image and the second virtual image and the distance between the shot object and the two virtual images are optimal, the displayed picture is more aesthetic, the ornamental value is strong, and the displayed information is clearer.

Preferably, the bottoms of the first and second mirror devices 10 and 20 are respectively provided with rollers (not shown). The plane mirror device is provided with the roller wheels, so that the placing position and the placing angle between the two can be conveniently adjusted to obtain a better picture.

Preferably, the image pickup device 30 is configured to: the image pickup device 30 is disposed on the same side of the subject placement area as the plane mirror device, and the imaging of the image pickup device 30 by the first plane mirror device 10 and the second plane mirror device 20 is out of the imaging range of the image pickup device. Because the plane where the mirror surface of the first plane mirror device 10 is intersected with the plane where the mirror surface of the second plane mirror device 20 is located, an included angle exists between the planes where the two mirror surfaces are located, so that the image pickup device 30 can be arranged in the mode, and therefore, in the shooting process, a virtual image formed by the image pickup device 30 on the two plane mirror devices is not captured by the lens of the image pickup device 30, unexpected images are prevented from being displayed in a picture, and the aesthetic feeling of the picture is improved.

In one embodiment, referring to fig. 1 and 2, the first plane mirror device 10 and the second plane mirror device 20 are both disposed substantially perpendicular to the ground, the two plane mirror devices are the same in size, about 3 meters long, and about 2.5 meters high, and are disposed in contact with each other, and the included angle α between the planes of the mirror surfaces of the two plane mirror devices is 120 °; the lens of the image capturing device 30 is disposed toward the mirror surface side of the two plane mirror devices, for example, toward the junction of the two plane mirror devices, and it should be noted that, in the present embodiment, the position of the image capturing device 30 is not limited to the above-described position; the shot object M is located in the shot object placement area between the image pickup device 30 and the two plane mirror devices, when the shot object M moves within a certain range, the shot object forms a first virtual image 11 in the first plane mirror device 10 and forms a second virtual image 21 in the second plane mirror device 20, the imaging angles of the two virtual images are different, and the first virtual image 11 and the second virtual image 21 are respectively the imaging of the rear of the first side and the rear of the second side of the shot object in the two plane mirror devices; the subject M, the first virtual image 11, and the second virtual image 21 can be captured simultaneously by the imaging device, and the imaging device 30 can capture three different images of the front side, the first side, and the second side of the subject M, and the captured images of the subject, the first virtual image, and the second virtual image are spaced apart from each other in the lateral direction of the captured screen.

In another embodiment, referring to fig. 3 and 4, the difference from the previous embodiment is that two plane mirror devices are spaced apart. It is further preferred that a display or display board or a flat mirror 40 with a display etc. be provided at the distance of the two flat mirror devices. When the display is arranged, the display can be connected with a terminal such as a computer, so that pictures to be displayed, such as text descriptions, marks, dynamic images, advertisements and the like, can be displayed during shooting; when the display board 40 is arranged, patterns such as marks, advertisements and the like can be displayed on the display board, and obviously, the display or the display board 40 can be left white without displaying any information; when the flat mirror 40 with a display is provided, the display can be connected to a terminal such as a computer so that a picture to be displayed can be displayed during photographing, and when the display is turned off, a virtual image directly behind a subject can be formed on the flat mirror with a display, and the virtual image directly behind the subject can be photographed by the image pickup device provided in front of and above the subject, whereby the image pickup device does not image in the flat mirror 40 with a display when the display is controlled to be turned on, an undesired picture does not appear in the picture photographed by the image pickup device, and when the display is controlled to be turned off, the virtual image directly behind the subject can be obtained. By arranging the display or the display board or the plane mirror 40 with the display and the like at the interval of the two plane mirror devices, richer information display angles and display positions can be provided, and when the display or the display board 40 basically without reflection effect is selected, the imaging device 30 and the shot object M can not image on the display or the display board 40, and the aesthetic feeling of a shot picture can not be influenced.

Preferably, the stage system includes an image display device; the image display device can display the image output by the image output device; the plane mirror device can form a virtual image on the image output by the image output device displayed by the image display device; a virtual image of the image displayed by the image display device formed by the plane mirror device is within the shooting range of the shooting device. The image display device is, for example, a projection screen device or a display, and the image output device is, for example, a projection device or a lighting system; the projection screen device is used for displaying images output by the projection device or the lighting system, for example, a projection screen, a projection board and the like which can display the images output by the projection device, and the display is a display device which can be connected with a terminal such as a computer. The specific embodiments are as follows.

In one embodiment, the image output device is a projection device and the image display device is a projection screen device. The projection device 50 comprises a first projection device 51 and/or a second projection device 52, and the projection screen device comprises a first projection screen device 61 and/or a second projection screen device 62. The first screen device 61 is configured to display an image output by the first projection device 51, the second screen device 62 is configured to display an image output by the second projection device 52, the first plane mirror device 10 is configured to form a virtual image on the image displayed by the first screen device 61, the virtual image formed by the first plane mirror device of the image displayed by the first screen device is within the shooting range of the shooting device, the second plane mirror device 20 is configured to form a virtual image on the image displayed by the second screen device 62, and the virtual image formed by the second plane mirror device of the image displayed by the second screen device is within the shooting range of the shooting device. This can be achieved by providing the first projection screen means 61 and the second projection screen means 62 in a suitable arrangement, for example, the first projection screen means 61 being arranged on the side of the second plane mirror means (as shown in fig. 1), the angle β1 between the projection surface of the first projection screen means 61 and the mirror surface of the second plane mirror means 20 being in the range of 60 ° -130 °, preferably 110 °, and the second projection screen means being arranged on the side of the first plane mirror means (as shown in fig. 1), the angle β2 between the projection surface of the second projection screen means 62 and the mirror surface of the first plane mirror means 10 being in the range of 60 ° -130 °, preferably 110 °. Those skilled in the art will appreciate that the projection screen assembly and the mirror assembly may be positioned either in tandem or in spaced relation. The projection device 30 may be connected to a terminal such as a computer, so that a picture to be displayed can be output during shooting, the picture is displayed on the projection screen device, and the plane mirror device can image the picture displayed on the projection screen device, so that the image pickup device can pick up the shot object, the first virtual image, the second virtual image and the image displayed on the projection screen, the shot picture is rich in information, the shot object is presented at multiple angles, and the picture is strong, unified and harmonious in integrity, and is particularly suitable for live broadcast programs. It should be noted that, the present embodiment is not limited to two projection devices and two projection screen devices, and only one projection screen device is disposed on one side of the plane mirror device, and one projection device is disposed correspondingly, and further, more projection devices and projection screen devices may be disposed, and more abundant information may be displayed by adjusting the display area and the display position, which are all within the scope of the disclosure of the present invention.

In another embodiment, the image output device is a lighting system 70 and the image display device is a projection screen device. The lighting system 70 comprises a first lamp capable of illuminating the first screen means 61 and/or a second lamp capable of illuminating the second screen means 62, said screen means comprising the first screen means 61 and/or the second screen means 62. Preferably, the first light fixture and/or the second light fixture can emit light with multiple colors (for example, a light fixture with a variable light emission color or a plurality of light fixtures emitting light with different colors) as an image output by the light fixture system, the image displayed on the first projection screen device 61 and the second projection screen device 62 is a converted color pattern, and/or the first light fixture and/or the second light fixture is a pattern light, the image output by the first light fixture and/or the second light fixture is an image output by the light fixture system, the image displayed on the first projection screen device 61 and the second projection screen device 62 is a pattern (such as a logo, a company name, etc.), a virtual image formed by the first plane mirror device of the image displayed by the first projection screen device is within the shooting range of the image pickup device, and a virtual image formed by the second plane mirror device of the image displayed by the second projection screen device is within the shooting range of the image pickup device. The light system is used for irradiating the projection screen device, different or even changing colors and patterns are displayed on the projection screen device, and after the colors and the patterns are imaged by the plane mirror device, the images are shot by the image shooting device, so that shooting effects are greatly enriched, and information can be presented.

In another embodiment, the image display device is a display, and the display is connected with a terminal such as a computer to display an image to be displayed. The display includes a first display and/or a second display. The first plane mirror device 10 can form a virtual image on an image displayed on the first display, the virtual image formed by the first plane mirror device on the image displayed on the first display is within the shooting range of the image pickup device, the second plane mirror device 20 can form a virtual image on an image displayed on the second display, and the virtual image formed by the second plane mirror device on the image displayed on the second display is within the shooting range of the image pickup device.

Obviously, as will be understood by those skilled in the art, the stage system may include one or more image capturing devices, and is not limited to each image capturing device being capable of capturing a subject, a first virtual image and a second virtual image simultaneously, and when using a plurality of image capturing devices, a plurality of images at different angles can be obtained; and when the stage system comprises a lighting system or the plane mirror device is a plane mirror with a display, the stage system may or may not comprise a projection device.

Next, an operation mode of the stage system of the present embodiment and advantages thereof will be described, by way of example, with reference to fig. 5.

In the live program of body-building teaching, by adopting the stage system of the embodiment, virtual images at the front side and the rear sides of a coach can be shot at the same time, a user can watch live broadcast, and observe gestures of the coach at different angles on the same picture when the user follows the coach to learn, and the coach does not need to twist bodies to be displayed respectively when the action gestures are displayed, so that live broadcast is smoother, user learning is more convenient, and user experience is greatly improved; by adopting the image display device and the image output device, the image displayed by the image display device is reflected by the plane mirror device, information to be displayed, such as identification information in the image (which can be provided by a lighting system, a projection device, a computer connected with a display and other terminals), can also provide rich lighting effects by using the lighting system, the information displayed by the image display device, the lighting effects and a shot object (such as a coach) are simultaneously displayed by the plane mirror device, and are mutually combined, the picture is complete, continuous and attractive, the information is rich, and virtual images of the image display device and the image output device in the plane mirror can be outside the shooting range of the image shooting device by adjusting the position of the image shooting device or the distance of a lens and other means, so that the picture aesthetic feeling is not influenced; when the projection device, the lighting system and the projection screen device are matched, excellent aesthetic effects can be achieved at lower cost.

Example 2

Referring to fig. 6 to 9, the present embodiment proposes a stage system including a first plane mirror device 100 and an image pickup device 300; the first plane mirror device 100 can form a first virtual image of a subject; the image pickup device 300 can simultaneously pick up the object and the first virtual image. The image of the subject and the first virtual image that are simultaneously captured are spaced from each other in the lateral direction of the capturing screen of the image capturing apparatus. The first virtual image may be a virtual image of the side rear of the subject or a virtual image of the side rear of the subject, and for example, virtual images of different directions of the subject may be obtained by providing a plurality of imaging devices at different angles or positions of one imaging device.

Preferably, the first plane mirror device 100 is, for example, a plane mirror or a plane mirror with a display. When the first flat mirror device 100 employs a flat mirror with a display, the display may be connected to a terminal such as a computer, so that a picture to be displayed, such as a text, a logo, a moving image, an advertisement, etc., can be displayed during photographing.

Preferably, a roller is disposed at the bottom of the first plane mirror device 100. The plane mirror device is provided with the roller wheels, so that the placing position can be conveniently adjusted, and a better picture can be obtained.

Preferably, the image pickup device 300 is configured to: the image pickup device 300 is disposed on the same side of the subject placement area as the plane mirror device, and the image formation of the image pickup device by the first plane mirror device is out of the image pickup range of the image pickup device.

In an embodiment, as shown in fig. 6 and 7, the first plane mirror device 100 is disposed substantially perpendicular to the ground, the first plane mirror device 100 is about 3 meters long and about 2.5 meters high, the lens of the image pickup device 300 faces the mirror surface of the first plane mirror device 100, preferably, the lens of the image pickup device 300 is inclined toward the mirror surface of the first plane mirror device 100, the image pickup device may be disposed above or in front of the photographed object, and when the image pickup device is disposed in front of the photographed object, the angle γ between the direction in which the lens of the image pickup device 300 faces and the plane in which the mirror surface of the first plane mirror device 100 is smaller than 90 °, preferably 40 ° -85 °, and more preferably 60 °; the subject is located in a subject placement area between the image pickup device 300 and the first plane mirror device 100, and when the subject moves within a certain range, the subject forms a first virtual image in the first plane mirror device 100, the first virtual image being an image of the subject in the first plane mirror device 100 at the side rear thereof; further, the subject and the first virtual image can be captured simultaneously by the image pickup device, so that the image pickup device can pick up different images of two angles of the front side and the side rear side of the subject.

In another embodiment, as shown in fig. 8 and 9, a display or a display board 200 may be provided on one side of the first flat mirror device 100, as an example, unlike the previous embodiment. When the display 200 is provided, the display may be connected to a terminal such as a computer, so that a picture to be displayed, such as a text, a logo, a moving image, an advertisement, etc., can be displayed during photographing; when the display board 200 is arranged, patterns such as marks, advertisements and the like can be displayed on the display board, and obviously, the display or the display board can be left white without displaying any information. Through setting up display or panel etc. in one side of first plane mirror device, can provide richer information display angle and show position to, when selecting display or panel that does not have the reflection effect basically, camera device and the shooting object can not image on display or panel, can not influence the aesthetic feeling of shooting the picture.

In one embodiment, the image output device is a first projection device 400 and the image display device is a first projection screen device 500. The first screen device 500 is used for displaying the image output by the first projection device 400; the first plane mirror device 100 can form a virtual image of the image displayed by the first screen device 500, and the first screen device 500 is properly placed to achieve the above-mentioned imaging, for example, an angle β3 between the projection surface of the first screen device 500 and the mirror surface of the first plane mirror device 100 is smaller than 90 °, preferably 35 ° -70 °, more preferably 45 ° -50 °. Those skilled in the art will appreciate that the first screen assembly 500 and the first mirror assembly 100 may be positioned either in tandem or in a spaced apart relationship. The first projection device 400 may be connected to a terminal such as a computer, so that a picture to be displayed can be output during shooting, the picture is displayed on the first projection screen device 500, the first plane mirror device 100 can image the picture displayed on the first projection screen device 500, and a virtual image of an image displayed by the first plane mirror device is within the shooting range of the shooting device, so that the shooting device can shoot a shot object, the first virtual image and the picture displayed on the projection screen, the shot picture information is rich, the shot object is presented in multiple angles, and the picture integrity is strong, uniform and harmonious, and is particularly suitable for live broadcast programs.

In another embodiment, the image output device is a lighting system 600 and the image display device is a first projection screen device 500. The lighting system 600 includes a first lamp capable of illuminating the first screen assembly 500. Preferably, the first light fixture is capable of emitting light with multiple colors (for example, a light fixture with a variable light emission color or a plurality of light fixtures emitting light with different colors) as a pattern output by the light fixture system, the image displayed on the first projection screen device 500 by the image is a converted color pattern, and/or the first light fixture is a pattern light, the pattern output by the first light fixture is an image output by the light fixture system, the image displayed on the first projection screen device 500 is a certain pattern (such as a logo, a company name, etc.), and a virtual image of the image displayed by the first projection screen device is within the shooting range of the shooting device. The first projection screen device 500 is illuminated by using the light system, and different or even changing colors and patterns are displayed on the first projection screen device 500, and after the colors and patterns are imaged by the first plane mirror device, the images are shot by the image shooting device, so that shooting effects and information presenting modes are greatly enriched.

In another embodiment, the image display device is a first display, and the first display is connected with a terminal such as a computer to display an image to be displayed. The first plane mirror device can form a virtual image for an image displayed by the first display, and the virtual image formed by the first plane mirror device of the image displayed by the first display is in the shooting range of the shooting device.

Obviously, as will be understood by those skilled in the art, the stage system may include one or more image capturing devices, and is not limited to each image capturing device being capable of capturing a captured object and a first virtual image at the same time, and when using a plurality of image capturing devices, a plurality of images at different angles can be obtained; and when the stage system comprises a lighting system or the first plane mirror device is a plane mirror with a display, the stage system may or may not comprise a projection device.

The embodiments of the present invention have been described above. However, the present invention is not limited to the above embodiment. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. A stage system, characterized in that the stage system includes a plurality of mirror devices, a subject placement area, and an imaging device;

the shot object and the virtual image formed by the reflecting mirror device on the shot object placing area are simultaneously positioned in the shooting range of the shooting device, and the shooting device can shoot the shot object and the virtual image of the shot object simultaneously;

the mirror device comprises a first mirror device and a second mirror device;

the image pickup device can simultaneously pick up an object to be photographed, a first virtual image of the object to be photographed and a second virtual image of the object to be photographed;

the angle range of the included angle alpha between the plane of the mirror surface of the first reflecting mirror device and the plane of the mirror surface of the second reflecting mirror device is 80-170 degrees;

the stage system further comprises an image display device;

the mirror device is capable of forming a virtual image on an image displayed by the image display device; the virtual image of the image displayed by the image display device formed by the reflector device is in the shooting range of the shooting device;

the imaging of the imaging device on the reflecting mirror device is out of the shooting range of the imaging device;

the stage system comprises a projection device, wherein the projection device is used for displaying images output by the projection device; the projection device comprises a first projection device and/or a second projection device, and the projection screen device comprises a first projection screen device and/or a second projection screen device; the first projection screen device is used for displaying the image output by the first projection device, the second projection screen device is used for displaying the image output by the second projection device, the first reflector device can form virtual images on the image displayed by the first projection screen device, and the second reflector device can form virtual images on the image displayed by the second projection screen device; the virtual image of the image displayed by the first projection screen device and the virtual image of the image displayed by the second projection screen device are in the shooting range of the shooting device.

2. A stage system, characterized in that the stage system includes a plurality of mirror devices, a subject placement area, and an imaging device;

the mirror device comprises a first mirror device and a second mirror device;

the stage system further comprises an image display device;

the stage system comprises a lighting system, the lighting system comprises a first lamp capable of irradiating the first projection screen device and/or a second lamp capable of irradiating the second projection screen device, the first projection screen device is used for displaying an image output by the first lamp, the second projection screen device is used for displaying an image output by the second lamp, the first reflector device can form a virtual image on the image displayed by the first projection screen device, and the second reflector device can form a virtual image on the image displayed by the second projection screen device; the virtual image of the image displayed by the first projection screen device and the virtual image of the image displayed by the second projection screen device are in the shooting range of the shooting device.

3. A stage system, characterized in that the stage system includes a plurality of mirror devices, a subject placement area, and an imaging device;

the mirror device comprises a first mirror device and a second mirror device;

the stage system further comprises an image display device;

the first reflecting mirror device and the second reflecting mirror device are plane mirror devices;

the image display device is a display, the display comprises a first display and/or a second display, the first plane mirror device can form a virtual image for an image displayed by the first display, the virtual image formed by the first plane mirror device of the image displayed by the first display is within the shooting range of the shooting device, the second plane mirror device can form a virtual image for an image displayed by the second display, and the virtual image formed by the second plane mirror device of the image displayed by the second display is within the shooting range of the shooting device.

4. A stage system according to claim 1, 2 or 3, wherein the mirror arrangement is a flat mirror or a flat mirror with a display.

5. A stage system according to claim 1, 2 or 3, wherein the first and second mirror arrangements are planar mirror arrangements.

6. A stage system according to claim 1, 2 or 3, wherein the image pickup device is disposed on the same side of the subject placement area as the mirror device.

7. A stage system according to claim 1, 2 or 3, wherein the first and second mirror arrangements are positioned in abutment or spaced apart relationship.

8. A stage system according to claim 7, wherein the image pick-up device is oriented towards the junction of the two mirror devices or towards the space between the two mirror devices.

9. Stage system according to claim 7, characterized in that a display or a display board or a plane mirror with a display is arranged at the distance of the two mirror arrangements.

10. The stage system according to claim 1, wherein the first and second mirror arrangements are each flat mirror arrangements; the first projection curtain device is arranged on the side of the second reflector device, and an included angle between a projection surface of the first projection curtain device and a mirror surface of the second reflector device is 60-130 degrees; the second projection curtain device is arranged on the side of the first reflector device, and an included angle between a projection surface of the second projection curtain device and a mirror surface of the first reflector device is 60-130 degrees.

11. Stage system according to claim 2, wherein the light fixtures comprise light fixtures and/or pattern lights capable of emitting light of multiple colors.