40results about How to "New visual experience" patented technology

The invention relates to the technical field of combined exhibition equipment. The invention further discloses lifting and inner cavity combined type exhibition equipment for the museum. The equipmentcomprises an exhibition stand, a transparent cover is arranged above the exhibition stand; an inner cavity is formed in the upper surface of the exhibition stand; a circular bearing table is arrangedat the upper end in the inner cavity; a transmission device is arranged in the inner cavity; the transmission device comprises a motor and a rotating shaft; according to the invention, the semicircular blocks I are driven to rotate through the rotation of the cylinder I; the two semicircular blocks I rotate to extrude the semicircular block II in a reciprocating manner; therefore, gas in the cylinder III is pressed into the cylindrical transparent cover in a reciprocating manner through the hose and the gas outlet hole; when exhibitions such as feathers or leaves of precious birds are exhibited, the exhibitions such as the feathers and the leaves are blown up through gas, so that a viewer can see the condition that the feathers, the leaves and the like are blown up and then fall down, andbrand-new visual enjoyment is provided for the viewer.

The invention belongs to the fields of computer graphics technology and bionics, and in particular relates to a method for simulating a seabed biological cluster based on a cluster collaborative algorithm and GPU optimized rendering. The main steps are: (1) Motion simulation: Design and implement a cluster algorithm based on individual multiple rules, add other interference factors to affect the motion effect of the cluster, and use GPU CUDA to optimize the calculation, greatly improving the calculation efficiency. (2) Scene rendering: use GPU vertex shader to realize the animation effect of individual organisms, use GPU fragment shader to draw scene content, use GPU TransformFeedBack technology to draw the particle system in the scene, draw a realistic seabed scene, and use multi-light source rendering technology, effectively enhance the scene light and shadow effect and three-dimensional sense. The present invention realizes a cluster motion algorithm based on individual rules based on GPU, so that cluster motion can reach a state of dynamic balance and continuous evolution, and adopts GPU programmable pipeline to realize scene rendering.

The present invention discloses a method for implementing an irregular window. The method includes: a user setting of a window attribute is detected; when it is detected that the window attribute is set to an irregular attribute, a buffer area is allocated for the irregular window, and the rendering data of the irregular window is stored in said buffer area; the user editing of the irregular window shape is received, and the editing content is updated in said buffer area for implementing the establishment of the irregular window. The present invention also discloses a mobile handheld device. The device comprises an irregular window establishment module (10). When a detection unit (11) detects that a window attribute is set to an irregular attribute, a buffer allocation and storage unit (12) in said irregular window establishment module (10) is used for allocating a buffer area for the irregular window, and for storing the rendering data of the irregular window in said buffer area. With the application of the method and the device of the present invention, the irregular window can be implemented on the mobile handheld device.

The invention provides a vertical type all-in-one machine with a front-mounted camera and a control method thereof. The vertical type all-in-one machine with the front-mounted camera comprises a shell body, a host box and a display screen, wherein a host is arranged at the bottom of the shell body; the display screen is mounted on a front surface of the shell body; the display screen is a touch screen; a camera is arranged on the front surface of the shell body; the host is arranged in the host box and the host is connected with the camera and the display screen respectively. According to the vertical type all-in-one machine, the camera is mounted on a top wall and can be used for collecting a real-time scene at a front part of the machine and man-machine interaction can be realized, so that requirements on specific scenes including advertising display, marketing promotion, interactive entertainment and the like are met, and the effect of enhancing reality is realized; virtuality and reality are combined to bring brand-new visual experience to a user; the user can also carry out image acquisition on secondhand books through the camera, and transmit acquired images to the host, so that a function of recycling the secondhand books is realized; furthermore, the vertical type all-in-one machine also has image acquisition and information processing functions.

The invention discloses a light-guide fiber colorful light-emitting keyboard and a main board control circuit thereof. The keyboard includes a color-varying light-guide fiber ring, RGB light-emitting diodes providing light sources, a circuit main board, a keycap plate and a bottom plate; the RGB light-emitting diodes are fixed on the circuit main board; two lead-out ends of the color-varying light-guide fiber ring are respectively connected with the circuit main board; the circuit main board is fixed in the bottom plate; the keycap plate is bonded on the bottom plate; a wire clamping ring groove for accommodating the light-guide fiber ring is formed at the edge of the bottom plate; a protruding cover matched with the wire clamping ring groove is formed at the edge of the keycap plate; and the wire clamping ring groove and the protruding cover are both made of a transparent material. According to the light-guide fiber colorful light-emitting keyboard, the light-guide fibers are clamped in the wire clamping ring groove; light-emitting effects of two of the RGB light-emitting diodes are led out to the periphery of the whole keyboard by means of the light-guide features of the light-guide fibers; the RGB light-emitting diodes and the light-guide fibers are used in cooperation, so that colorful light emission can be realized at the periphery of the whole keyboard.

The invention discloses a radiating apparatus, a radiating method and electronic equipment. The radiating apparatus is used for performing thermal dissipation on a to-be-radiated target object; the radiating apparatus comprises a base layer and a radiating layer; the radiating apparatus is adhered to the target object; the heat of the target object is transferred to the radiating layer through the base layer, wherein the radiating layer comprises a radiating region for performing thermal dissipation on the target object; and the radiating region is made from a material, wherein the color of the material changes along with the changes of the material temperatures. According to the radiating apparatus provided by the embodiment of the invention, the target object can be radiated to prolong the service life of the electronic product and improve the use experience of a user; and meanwhile, the current temperature state of the target object can be displayed to the user by colors vividly, so that a brand-new visual experience can be brought to the user.