40results about How to "Improve real experience" patented technology

The invention relates to a method for building a three-dimensional (3D) panoramic live-action network business platform. In a method, panoramic live-action image technology is organically combined with 3D modeling technology so as to build the 3D panoramic live-action network business platform which is fully constituted by the real environment of an entity merchant. The method comprises the following steps of: building a system framework of the 3D panoramic live-action network business platform; acquiring data needed for building the platform; building an outer panoramic live-action display screen, establishing a virtual ground and setting the roaming mode of a user according to the acquired data and synchronizing the roaming position of the user to the geographic information of the real world; and adding a 3D virtual label, a virtual counter, a virtual goods shelf and a commodity 3D entity model in the context of the 3D panoramic live-action network business platform to realize online transaction so as to obtain the 3D panoramic live-action network business platform. The platform can be taken as the extension for network business of the entity merchant, so that network trust level of the merchant is raised and a new technical route is provided for the building of the network business platform.

The invention discloses an electronic Weiqi chessboard which comprises a play processing game, a circuit control unit, a chessman detection circuit, an indicator light control circuit and a keying detection circuit. The play processing game is used for outputting control orders and data to the circuit control unit in the play of Weiqi and receiving the control orders and data from the circuit control unit. The circuit control unit is used for controlling the chessman detection circuit to detect the state of all chessman on the electronic Weiqi chessboard according to the received control orders, controlling the indicator light control circuit to light an indicator light on the electronic Weiqi chessboard, and controlling the keying detection circuit to detect the keying operation on the electronic Weiqi chessboard. The indicator light control circuit is used for controlling the indicator light to be lighted under the control of the circuit control unit. The chessman detection circuit is used for scanning the state of all chessmen on the electronic chessboard. The keying detection circuit is used for inputting control signals to the circuit control unit when keys are pressed. The electronic Weiqi chessboard of the invention has simple structure, low cost, and has the advantages of commercialization and marketization.

The invention discloses an earthquake simulation experience platform. The earthquake simulation experience platform comprises a vibration device and an earthquake simulation control system, wherein the vibration device comprises an experience platform, a first support platform, a second support platform and a base; a plurality of support springs are uniformly arranged between the experience platform and the first support platform; a vertical driving device is fixedly arranged between the first support platform and the second support platform, and consists of a servo motor, a ball screw and a telescopic rod; horizontal driving devices are fixedly arranged between the second support platform and the base, and are arranged at the same side; a slide block and slide rail mechanism is arranged between the second support platform and the base; the earthquake simulation control system utilizes a control cabinet which is fixedly arranged on the base; a PLC (programmable logic controller) is used for outputting corresponding data signals to the terminal servo motor via a frequency converter, so as to simulate the earthquake of different intensity. The earthquake simulation experience platform has the advantages that the structure is simple, the property is stable, and the accuracy is high; the real vibration effect during earthquake of different intensity can be simulated.

A method for sharing field reality scene and a social or game method thereof are provided. The current geographic position is taken as a trigging event or the scene picture obtained through the clientcamera is taken as a trig event, a user sends the current geographic position to the server for record, the server obtains a trigger event comparison screen obtained by a user who enters a geographiclocation of the trigger event, compares the query with the data stored in the server, or based on the geographic position scene sharing request sent by the user, the user is matched, and the successful matched user is connected, the user sends the real-time obtained or saved reality scene images, photos or videos and triggering events to the required user client for real-time display, playback and processing, so as to realize the sharing of realistic scene images, photos or videos and social games among users in different places.

The present invention discloses a light field editing device, system and method and a light field display system and method, wherein the light irradiated from an object passes a first polarizer to become the polarized light of a first polarization direction, a first spatial light modulator is placed before the first polarizer optically and carries out the polarization state modulation on the polarized light of the first polarization direction passing the first polarizer, and then the light is emitted out. A first analyzer is placed before the first spatial light modulator optically, and the light modulated by the first spatial light modulator is emitted out via the first analyzer. Under the polarization state modulation action of the first spatial light modulator, the light field of the light emitted out from the first analyzer approaches a desired display light field, so that a real scene light field can be edited.

The invention relates to a method for building a three-dimensional (3D) panoramic live-action network business platform. In a method, panoramic live-action image technology is organically combined with 3D modeling technology so as to build the 3D panoramic live-action network business platform which is fully constituted by the real environment of an entity merchant. The method comprises the following steps of: building a system framework of the 3D panoramic live-action network business platform; acquiring data needed for building the platform; building an outer panoramic live-action display screen, establishing a virtual ground and setting the roaming mode of a user according to the acquired data and synchronizing the roaming position of the user to the geographic information of the real world; and adding a 3D virtual label, a virtual counter, a virtual goods shelf and a commodity 3D entity model in the context of the 3D panoramic live-action network business platform to realize online transaction so as to obtain the 3D panoramic live-action network business platform. The platform can be taken as the extension for network business of the entity merchant, so that network trust level of the merchant is raised and a new technical route is provided for the building of the network business platform.

A method and device for realizing image water wave diffusion special effect, and a storage medium, the method comprises the following steps: setting a sine wave function to simulate the shape of a water ripple, and combining a Gaussian function to further simulate a circular waveform part of a water wave in a diffusion process and a disappearing part of the water wave after the ripple contacts with an obstacle, thereby improving the real effect of water ripple rendering; when the obstacle is manually set, enabling the water ripples and the attributes of the image to be better combined so that fusion degree of the special effect is improved; By calculating and simulating the refraction effect of the water ripples, the real vision of the water ripples in the diffusion process is reduced, the dimensionality of the water ripple special effect of the image is enriched, and the real experience of a user is improved.

The present invention provides a simulator and simulation method for multi-functional VR human-computer interaction and external environment. The simulator includes: a base, a bottom rotating seat, an outer ring, an inner ring, a seat and a controller; Located inside the outer ring, the inner ring is connected with an inner ring driving motor for driving the inner ring to rotate in the X-Z plane; the seat is fixedly installed inside the inner ring; the The controller is respectively connected with the bottom rotating motor, the hydraulic pump, the outer ring drive motor and the inner ring drive motor; wherein, the X axis and the Y axis form a horizontal plane, and the Z axis is an axis perpendicular to the horizontal plane. It has the following advantages: the participants can control themselves to the greatest extent, and obtain the best self-perception in the real environment through the trajectory of the simulator, which not only has strong practicability and safety, but also significantly improves the participants' real experience.

The invention discloses AR smart glasses, which include a glasses body and an AR display and control component embedded in the glasses body. The glasses body includes a frame, an AR display lens, a battery compartment and a control compartment relatively installed on both sides of the frame. , the AR display and control component includes a camera installed at the front end of the control cabin to collect data information. The information collected by the camera is processed by the control cabin and sent to the front-end control equipment. The front-end control equipment summarizes the data and sends it to the central station, which can forward the information to The control cabin of other equipment; similarly, the information received by the central station from other equipment is processed by the control cabin and then sent to the AR glasses for display. The invention has the advantage of an integrated design. The AR glasses can project the received information to the front of the field of view to realize the fusion and superimposition display of virtual and real scenes, and can also send the data collected by the camera on the AR glasses to the front-end control equipment and the central station to realize Information interaction between AR glasses, central station, and front-end control equipment.

The invention discloses a dynamic matching method for maintaining connectivity in a multiserver DVE (Distributed Virtual Environment) system. The dynamic matching method comprises the following steps: dividing a two-dimensional space of a virtual environment into a plurality of nonporous connected regions according to the quantity of servers in advance, wherein each region is composed of square blocks of the same size; respectively assigning the connected regions obtained by dividing to different servers; and during an operation period of the multiserver DVE system, periodically checking an own load condition by each server, wherein if the load exceeds a preset load threshold, then starting a dynamic matching process, selecting alternative migration blocks of an assigned region according to a region connectivity checking rule and a block satisfaction optimization principle, and transmitting corresponding blocks to a server which maintains adjacent regions according to a selection result. The dynamic matching method for maintaining the connectivity in the multiserver DVE system provided by the invention has the advantages of being fast in matching process speed, good in effect, capable of effectively guaranteeing connectivity of regions maintained by each server, capable of guaranteeing integrity elements of a virtual world of the multiserver DVE system, good in real user experience, and good in applicability.

The present invention discloses a data processing method, device and virtual reality equipment. The virtual reality equipment includes a camera device and a positioning tracking device. The method includes: acquiring an image of the environment where the virtual reality device is located collected by the camera device, and The image is used as the target image; the acquisition time of the target image is obtained; the posture data provided by the positioning tracking device at the collection time is obtained; according to the collection time, the target image is associated with the posture data, A display image of the virtual reality device is generated. Through the method of the present invention, the real experience of watching the external real environment through the virtual reality device can be improved.

The invention discloses a human body model pulse vibration simulation device. The human body model pulse vibration simulation device comprises an equipment mounting seat, a telescopic electrode, an electromagnetic device and a reset spring; the telescopic electrode comprises a sleeve, an electrode column and an electrode reset spring, and the electrode reset spring is arranged in the sleeve; the telescopic electrode is fixed on the equipment mounting seat; the electromagnetic device comprises a conductive plate, a top cover, a conductive coil, a permanent magnet and a guide rod; a guide hole is formed in the permanent magnet, and the permanent magnet is fixed on the equipment mounting seat; a coil groove is formed between the conductive plate and the top cover, and the conductive coil is arranged in the coil groove; the guide rod is made of a ferromagnetic material, one end of the guide rod penetrates through the conductive plate and is arranged in the conductive coil, and the other end of the guide rod is inserted into a guide hole of the permanent magnet; and one end of the reset spring is fixedly connected with the conductive plate of the electromagnetic device, and the other end is fixed on the equipment mounting seat. The human body model pulse vibration simulation device is suitable for being installed on a simulation human body model and provides a pulse vibration simulation function.