220 results about "Rainbow" patented technology

To increase interest in a game.SOLUTION: A game machine can execute a rainbow light-emitting performance in which light-emitting means emits light in a specific light-emitting color, execute a first specific notification when a specific value reaches a first value, execute a second specific notification when a specific value reaches a second value, execute a specific rainbow light-emitting performance while a suggestion performance is executed during the execution of a specific variation performance, continue the specific rainbow light-emitting performance when the first specific notification is executed while the specific rainbow light-emitting performance is executed, and restrict the specific rainbow light-emitting performance when the second specific notification is executed while the specific rainbow light-emitting performance is executed.SELECTED DRAWING: Figure 371

To provide a game machine capable of executing a game performance that can increase interest in a game.SOLUTION: Game progress control can be stopped according to the satisfaction of a complete function activation condition. Performance control means can execute a notification performance that notifies a player of the fact that the game progress control may be stopped and a rainbow light-emitting performance that emits light in a rainbow mode with a specific light-emitting color. The rainbow light-emitting performance can be executed with either a rainbow icon image or a rainbow light-emitting image. When the notification performance is executed during the execution of the rainbow light-emitting performance, a display area of the rainbow light-emitting performance is more likely to be restricted when the rainbow light-emitting image is displayed than when the rainbow icon image is displayed.SELECTED DRAWING: Figure 102

The embodiment of the invention provides a grating structure, a light guide device and head-mounted display equipment. Wherein the grating structure comprises a plurality of grating units and filling materials, the grating units are periodically arranged at intervals, the space between the adjacent grating units is filled with the filling materials, and the filling materials cover the top surfaces of the grating units; wherein the grating unit has a first refractive index n1, the filling material has a second refractive index n2, and the grating structure meets the condition that the absolute value of the difference between n1 and n2 is smaller than or equal to 0.5. According to the grating structure provided by the embodiment of the invention, the diffraction efficiency of the diffraction behavior can be reduced through the new design of the grating structure, and rainbow lines are prevented from being formed in human eyes.

To provide a game machine which can execute a game performance capable of improving amusement of a game.SOLUTION: A game state can be controlled to transition to a first game state, or a second game state more advantageous for a player than the first game state. Performance control means can execute a variation performance which variably displays a drawing pattern on the basis of determination information, and a rainbow light emission performance which emits light in a rainbow mode with a specific light emission color. The number of times or a type of the performance mode of the rainbow light emission performance which can be executed in the variation performance is varied between when a first start condition is satisfied in the second game state and when the first start condition is satisfied in the first game state.SELECTED DRAWING: Figure 68

The invention discloses a grating waveguide device and waveguide system based on a polarization volume grating technology, and belongs to the technical field of augmented reality display. The device comprises a waveguide substrate and a grating structure, the grating structure adopts a liquid crystal material to form a periodic refractive index modulated PVG through a light-induced orientation and self-assembly process, the polarization state of a light beam can be selectively regulated and controlled, and the rainbow pattern phenomenon caused by ambient light diffraction is inhibited. The efficient diffraction and total internal reflection transmission of the multi-wavelength light beam are realized by optimizing the grating period, the Bragg inclination angle and the waveguide matrix parameters and combining Zemax simulation to optimize the light beam propagation path. The waveguide system can be matched with AR glasses, a head-mounted display and other devices, the intensity of the rainbow lines is remarkably reduced under the complex ambient light condition, and high-definition and distortion-free visual experience is provided.

The present invention relates to an AR diffractive optical waveguide rainbow pattern testing device, which includes a Z-axis hollow rotary table, an A-axis rotary displacement table, a hollow waveguide carrier stage, an imaging brightness and chromaticity meter, and an optical generation module. By simulating the usage scenario of the diffractive optical waveguide in a hemispherical space, the present invention acquires and analyzes multi-dimensional information such as the brightness and chromaticity, azimuth angle, solid angle, and position of the rainbow pattern, and has the ability of calibration, achieving the effects of multi-dimensional and high-precision detection and analysis of the rainbow pattern and improving the repeated measurement accuracy.

To increase interest in a game.SOLUTION: A game machine can execute a rainbow light-emitting performance in which light-emitting means emits light in a specific light-emitting color. The performance state in which the rainbow light-emitting performance can be executed includes a first performance state and a second performance state different from the first performance state. In the first performance state, the rainbow light-emitting performance can be started on the basis of the operation of operation means. In the second performance state, the start of the rainbow light-emitting performance can be restricted on the basis of the operation of the operation means.SELECTED DRAWING: Figure 356-1

To increase interest in a game.SOLUTION: A game machine can execute a rainbow light-emitting performance in which light-emitting means emits light in a specific light-emitting color, and execute a specific variation performance on the basis of the determination that a special game is to be executed. The game machine can execute a first performance and a second performance that can be started after the start of the first performance, after the end of the specific variation performance until the start of the next variation performance of the specific variation performance. Until the start of the next variation performance of the specific variation performance after the end of the specific variation performance, the rainbow light-emitting performance by specific light-emitting means can be executed while the first performance is executed, and the rainbow light-emitting performance by the specific light-emitting means can be restricted while the second performance is executed.SELECTED DRAWING: Figure 120

The embodiment of the invention provides an optical waveguide detection system and detection method. The optical waveguide detection system comprises: a light source assembly comprising a multi-axis mechanical arm and a light source module, wherein the multi-axis mechanical arm adjusts the light emitting angle of the light source module; the to-be-tested sample assembly comprises a bearing assembly, a profiling workpiece and a to-be-tested optical waveguide, and the profiling workpiece calibrates setting parameters of the to-be-tested optical waveguide; the to-be-measured optical waveguide is arranged on the bearing assembly, and light emitted by the light source module enters the to-be-measured optical waveguide to form a rainbow pattern; the shooting assembly is used for acquiring a rainbow pattern image formed by light rays of different light emitting angles received by the optical waveguide to be measured; the control module is used for controlling the bearing assembly to move to pass through the profiling workpiece so as to calibrate setting parameters of the optical waveguide to be measured, and the control module is used for controlling the light source assembly to emit light to the optical waveguide to be measured at a preset light emitting angle so as to obtain a rainbow pattern image shot by the shooting assembly; and determining parameters of the rainbow pattern image according to different preset light emitting angles.

A grating waveguide device that reduces rainbow artifacts, and a waveguide system. The grating waveguide device comprises a waveguide substrate (2) and a grating structure. The grating structure comprises a first in-coupling grating (3-1) and a first out-coupling grating (4-1), a grating region of the first out-coupling grating (4-1) having a grating line overlapping structure of multiple dimensions; alternatively, the grating structure comprises a second in-coupling grating (3-2), a fold grating (5) and a second out-coupling grating (4-2), a grating line region of the fold grating (5) and a grating line region of the second out-coupling grating (4-2) having an overlapping region. Grating vectors of the grating structure form one and only one closed path in a k-space. When a projected image of an imaging device enters an eye box via the grating structure of the waveguide substrate (2) as a projected light beam, an image displayed by the grating waveguide device is distortion-free and aberration-free compared with the projected image of the imaging device, and diffracted light generated by the diffraction of ambient light via the grating structure does not enter the eye box, such that human eyes cannot observe the rainbow artifact phenomenon in the eye box.

To increase interest in a game.SOLUTION: A game machine can control a performance mode, execute a first variation performance on the basis of first determination information, execute a second variation performance on the basis of second determination information, and execute a rainbow light-emitting performance in which light-emitting means emits light in a specific light-emitting color. The performance mode includes a first performance mode and a second performance mode different from the first performance mode. The number of performance patterns of the rainbow light-emitting performance that can be executed is different between cases where the first variation performance in the second performance mode is executed and where the second variation performance in the second performance mode is executed.SELECTED DRAWING: Figure363

The present invention discloses a diffraction optical waveguide device capable of eliminating the rainbow effect, comprising an optical engine, an in-coupling grating, a waveguide component, an adjusting mechanism and an out-coupling grating, wherein the in-coupling grating, the adjusting mechanism and the out-coupling grating are all arranged in affixed with the waveguide component, wherein: the in-coupling grating is used to couple the light emitted by the optical engine into the waveguide component; the adjusting mechanism is a volume Bragg grating, and is arranged relative to the out-coupling grating, and is used to reflect the light within a preset angle range in the external ambient light, so that the external ambient light entering the waveguide component appears as zero-order diffraction light after passing through the out-coupling grating, so as to eliminate the rainbow effect; the out-coupling grating is used to couple the light conducted by the waveguide component to the human eye. The device can not only ensure the brightness of the ambient light in the user's field of view, but also eliminate the rainbow effect, ensure the uniformity and brightness of the out-coupling image, and provide a better experience for the user.

To provide a virtual reality system that enables observation of a rainbow in a virtual space and deepen understanding of rainbows.SOLUTION: A virtual reality system according to the present invention comprises a head-mounted display and a control unit provided to control VR pictures of a virtual space of the head-mounted display. The control unit is provided to project, on the head-mounted display, a VR picture that changes the position of a rainbow image that can be observed by an observer wearing the head-mounted display, based on an altitude of the sun in the virtual space.SELECTED DRAWING: Figure 6

The utility model provides a detection device of a diffraction optical waveguide. The detection device comprises an ambient light source, a diffraction optical waveguide test board, an image acquisition device and an image detection device, the environment light source is arranged on the moving assembly in a sliding mode, and the environment light source is configured to face the position where the diffracted optical waveguide is located and can adjust different longitudes and / or latitudes of the environment light source relative to the diffracted optical waveguide; the image acquisition device is located on one side, far away from the environment light source, of the diffraction optical waveguide, and the image acquisition device is used for acquiring diffraction images, such as a rainbow effect, of the diffraction optical waveguide under different longitudes and / or latitudes; the image detection device is connected with the image acquisition device and is used for receiving and analyzing the diffraction image; the problem of quantitative analysis of a single rainbow pattern is solved, the position relation of the relative plane of the waveguide and the environment light source is adjusted, and the position of the light outlet of the environment light source is adjusted to change the environment light source at different longitudes and / or latitudes so as to simulate the east-rising and west-falling conditions of the environment light source.

The invention discloses a process method for removing rainbow lines on the surface of a monocrystalline silicon optical element, which comprises the following steps of: S1, detecting the surface shape and smoothness of the monocrystalline silicon optical element after previous ultraprecise single-point turning, and measuring the surface roughness of the monocrystalline silicon optical element; s2, if only the rainbow lines exist on the surface of the monocrystalline silicon optical element, the whole surface of the monocrystalline silicon optical element is swept at a constant speed through magneto-rheological polishing, and the surface of the monocrystalline silicon optical element is polished and conformal; s3, detecting the smoothness of the surface of the monocrystalline silicon optical element; if the rainbow lines exist, the step S2 is repeated until the rainbow lines cannot be detected; and S4, detecting the surface shape of the processed monocrystalline silicon optical element, and measuring the surface roughness of the monocrystalline silicon optical element. The method has the advantages of being simple in principle, high in machining precision, high in automation degree and the like, shape preserving is achieved, rainbow lines are eliminated, the repairing or scrapping problem caused by the appearance problem in previous machining is reduced, and the method is suitable for batch production of ultra-precise optical products.

To increase interest in a game.SOLUTION: A game machine can execute a rainbow light-emitting performance in which light-emitting means emits light in a specific light-emitting color. A performance state in which the rainbow light-emitting performance can be executed includes a first performance state and a second performance state different from the first performance state. The light-emitting means includes at least image display means, and the rainbow light-emitting performance includes at least a display of a rainbow image having a specific display color. The second performance state has a greater number of types of rainbow images that the image display means can display than the first performance state.SELECTED DRAWING: Figure 329

1. The name of the design product: night light sound box (rainbow stone). 2. The use of the design product: the design product is used for night light, sound box or ornament. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

A method for removing rainbow-like glare in an under-screen RGB image, characterized by the following steps: step S1: obtaining a first RGB image, removing at least two connected light sources and their rainbow-like glare by using a deep neural network model to obtain a second RGB image; step S2: unevenly fusing the at least two connected light sources in the first RGB image with the second RGB image to generate a third RGB image; and step S3: eliminating stepwise defects in the third RGB image by using a neural network model. The method first removes at least two connected light sources and their rainbow-like glare by using a deep neural network model, then fuses the images before and after processing to obtain a third RGB image with light sources, and then eliminates stepwise defects on the third RGB image to obtain a final RGB image, thereby effectively removing the glare of multiple light sources in the RGB image captured by an under-screen camera.

The utility model discloses an intelligent sunshade awning for a passenger car, which belongs to the technical field of awning for vehicles and comprises a support plate and a dimming film, the dimming film is arranged on the sunny surface of the support plate, and transparent powder particles are arranged on one surface, close to the support plate, of the dimming film. The powder particles support the light adjusting film so that the small gap between the light adjusting film and the supporting plate is larger than or equal to the set distance. The utility model further discloses a car roof, the car roof comprises the awning glass and the sunshade awning, the sunshade awning comprises the intelligent sunshade awning for the passenger car, and the intelligent sunshade awning for the passenger car is arranged on the shady side of the awning glass. The transparent powder particles are arranged on the face, close to the supporting plate, of the light adjusting film, the light adjusting film is supported through the powder particles, the small gap between the light adjusting film and the supporting plate is raised, and therefore necessary conditions of natural light reflection interference are destroyed, rainbow lines are eliminated, the visual experience of passengers is improved, and the use experience of the passengers is improved.

To enhance the enjoyment of amusement games. [Solution] The system has a function to restrict the execution of predetermined controls, and can display a pre-notification image that suggests the possibility of restricting predetermined controls when the value of specific information reaches a predetermined value. When the pre-notification image is displayed during the rainbow light effect, the pre-notification image makes it difficult to see or restricts the visibility of a part of the rainbow light effect. In addition, the number of types of rainbow light effects that can be executed is greater during the execution of special games than during the execution of customer waiting games, and the number of types of rainbow light effects that can be executed is greater during the execution of variable games than during the execution of special games.

The invention relates to an AR diffraction optical waveguide rainbow pattern testing device which comprises a Z-axis hollow rotating table, an A-axis rotating displacement table, a hollow waveguide carrying table, an imaging type brightness and chrominance meter and a light generation module. According to the invention, by simulating the use scene of the diffractive optical waveguide in the hemispherical space, the multi-dimensional information such as the brightness, the azimuth angle, the solid angle and the position of the rainbow pattern is acquired and analyzed, the calibration capability is provided, the multi-dimensional and high-precision detection and analysis of the rainbow pattern are realized, and the effect of improving the repeated measurement precision is achieved.

To enhance game amusement.SOLUTION: A Pachinko game machine PY1 includes a game control microcomputer 101 that can control the game state to a high-probability high-base game state on the basis of the satisfaction of a predetermined condition, a performance control microcomputer 121 that can execute a predetermined performance, a second frame lamp 53B that can emit light, and each LED of a light source unit 260 that can emit light. When a performance that displays a ten-losing round game image G127 suggesting the possibility of being controlled to the high-probability high-base game state is executed if the light emission color of the second frame lamp 53B and the light emission color of the light source unit 260 are rainbow colors, the performance control microcomputer 121 may change the light emission color of the light source unit 260 from rainbow colors to blue while maintaining the light emission color of the second frame lamp 53B as rainbow colors.SELECTED DRAWING: Figure 68

The present application relates to the observable projectable circular rainbow enhancement technology based on the principle of triangular prism refraction, and provides a reusable circular rainbow enhancement method and device, wherein the device for realizing circular rainbow enhancement based on the principle of triangular prism comprises a gyroid tooth-shaped prism and a projection screen, the rotation axis of the gyroid tooth-shaped prism is perpendicular to the projection screen, the cross section of the gyroid tooth-shaped prism is two strings of triangles which are symmetrically distributed along the rotation axis and connected in sequence, the gyroid tooth-shaped prism is made of transparent material, the incident light is parallel to the rotation axis of the gyroid tooth-shaped prism, enters and penetrates the gyroid tooth-shaped prism from the connected bottom side, and then is vertically projected to the projection screen. The present application is mainly applied to the design and manufacturing occasions of teaching and display devices.

1. The name of the product of this design: Toy Mecha (Titan Legion - Rainbow Mecha - Light of Dawn). 2. Purpose of the product with this design: The product with this design is used as an assembleable toy. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design key points: 3D image of component 1.

1. Name of the product in this design: Timer (Rainbow Night Light). 2. Purpose of this design: This design is used for timers. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. The design for which protection is sought includes color.

To provide a game machine capable of executing a game performance that can increase interest in a game.SOLUTION: Performance control means can execute a specific performance in which specific information is displayed in a display manner including a character, a rainbow light-emitting performance in which light is emitted in a rainbow manner with a specific light-emitting color, and a flash performance in which light is emitted in a predetermined manner with one or more light-emitting colors. The specific performance can be executed when a game state is a first state and when the game state is a second state. The easiness of the execution of the rainbow light-emitting performance is different between cases where the specific performance is executed and where the specific performance is not executed. The execution of the flash performance can be restricted while the specific performance is executed.SELECTED DRAWING: Figure 59

An embodiment of this invention regards the production and projection of rainbow colors from sunlight or an alternative light source, and more particularly, the production and projection of a multicolored rainbow patch of light onto a chosen target, such as a ceiling or wall, an object, or any other target. A prism receives a lightstream either directly or by reflection from a mirror. The lightstream enters the prism at a specific angle and is refracted, emerging as a rainbow light. The rainbow light is directed towards the chosen target either directly from the prism or by reflection from a mirror.

A tempered glass for preventing generation of a rainbow pattern and a manufacturing method thereof are provided. The tempered glass for preventing generation of the rainbow pattern is prepared by compounding a protective layer and an ultra-low phase-difference substrate layer. A compounding process is introduced in the manufacturing method to allow the synchronous stretching of a plurality of layers. In the tempered glass, a substrate layer with an ultra-low phase difference in terms of a polarization angle from a polarizer is arranged, such that a user can well view a screen of an electronic product in various scenarios, and a content of a screen will not undergo rainbow patterns or color differences due to different scenarios and conditions. A material used for the tempered glass has a high light transmittance, a low haze, a high deformation rate, and a high resilience rate to allow ultra-high performance.

The application discloses a kind of artificial rainbow formation method and system based on visual feedback, its method includes: the last fully connected layer of convolutional neural network AlexNet is modified, it outputs four values, respectively corresponding hue, saturation, color brightness and arc length;AlexNet is initialized using pre-training weight and is trained, and the obtained AlexNet model is used as identification model;According to AlexNet model, sampling image is identified to obtain identification result;Using random forest regression model to predict control parameter, according to the predicted control parameter adjustment spraying system.The artificial rainbow formation method of the application considers incident angle, spatial position, time parameter, water pressure and air pressure size and the density and size of water droplet of water mist, improves the existing artificial rainbow calculation method;By real-time feedback and output decision to the rainbow image sprayed by spraying device, the incident angle of sunlight and spray head can be automatically controlled by spraying device, so that better rainbow effect is obtained.

The invention discloses a device and method for forming a complete circular rainbow by using water mist, and belongs to the technical field of photography assistion.The device comprises a light source assembly, a mist spraying assembly and a lifting platform, a light source adopts a combination of a universal joint and a lifting support, the height and the pitch angle of + / -90 degrees are adjusted, and by adjusting the mist spraying pressure of a high-pressure nozzle, the complete circular rainbow is formed. The particle size of sprayed water mist is controlled within the range of 200-500 microns, and the rainbow definition is improved; a complete circular rainbow can be shot by optimizing the height and angle of the light source and the height of the water mist area and placing a lens of the shooting equipment at a position with the same height as the light source and a proper distance from the water mist area through the lifting platform; in addition, a light source assembly or a reflecting mirror can be additionally arranged to form a cross rainbow or a hyperbolic rainbow, the problems that a traditional artificial rainbow is single in form and poor in scene adaptability are solved, forming and capturing of a complete circular rainbow are achieved, shooting at night and in the indoor environment is supported, and the device can be widely applied to photography in various scenes.