95results about How to "To achieve the display effect" patented technology

The invention discloses a data driving circuit, a liquid crystal display device and a driving method. A data driving circuit of a liquid crystal panel comprises a source electrode driving module, a pixel electrode, a public electrode opposite to the pixel electrode, and a gamma correction module which is coupled with the source electrode driving module. The source electrode driving module is coupled with the pixel electrode. The data driving circuit also comprises a compensation module. The compensation module checks and obtains variable quantity of the voltage of the public electrode to produce compensation voltage, and send the compensation voltage and gamma voltage of the gamma correction module to the source electrode driving module after superposing the compensation voltage and the gamma voltage. Due to the fact that the compensation module is utilized, the compensation voltage outputted by the compensation module can cancel out the voltage variable quantity of the public electrode, and therefore generation of crosstalk noise is restrained.

The invention provides a dynamic service flow display device, which comprises a flow processing module, a database and a display module, wherein the flow processing module is communicated with the database and the display module respectively. At least one service flow template is stored in the database; the flow processing module calls the required service flow template according to the requirement of the service processing process to complete service processing; and the display module is used for displaying the service processing progress. According to the technical scheme, each link of the system service processing flow can be clearly displayed, and monitoring management of the system flow is facilitated. The modification flow can be configured in a mode of increasing or reducing nodes, so that the code reusability and the usability are improved.

The invention discloses a method and device for displaying gifts in a living streaming room, and belongs to the technical field of computers. The method comprises the steps: receiving a gift sending notification transmitted by a server, wherein the gift sending notification comprises a display content link and display time duration of a target gift, and the target gift is a cute face gift; obtaining the gift animation data of the target gift and the relative display position information of the target gift and a human face image according to the display content link; determining the position information of the human face image in a video frame of a currently collected video stream; synthesizing each animation frame in the gift animation data o with the video frame and the human face image after the video frame according to the position information of the human face image in the video frame, the relative display position information and the display time duration, and transmitting a synthesized video stream to the server. The invention provides the display method for the chute gifts.

The invention provides a liquid crystal display device and a method for improving picture flash and image persistence. The device comprises a liquid crystal panel with N pixels, and a video controller capable of controlling display content of the liquid crystal panel; and the video controller displays a normal picture in modes that p is equal to n-m, p is equal to n+m and p is equal to n (n is more than m), and makes the normal picture reciprocate between p, n p and n pixels.

The invention provides a liquid crystal display device and a liquid crystal display method capable of improving picture twinkle and picture ghost. The liquid crystal display device comprises a liquid crystal panel provided with n pixels, and a video controller used for controlling a liquid crystal panel to display a content, wherein the video controller is used for displaying a normal picture through the pixels of p=n-m, p=n+m, and p=n (n is more than m), and the normal picture is reciprocated among p, n*p, and n pixels through the video controller.

The invention discloses a device and a method for the adaptive enhancement treatment of a medical image. The device comprises an image receiving unit, an image processing preparation unit, an image processing unit, an image display unit and a display quality control unit. The method comprises the following steps: performing the noise removal and enhancement treatment of an original medical image to obtain a first temporary image; compressing the non-diagnostic characteristic elements in the first temporary image to obtain a second temporary image; extracting high-frequency signal elements of the original image by using a designed characteristic extracting filter to obtain a third temporary image; resolving and classifying the third temporary image to obtain a fourth temporary image of diagnostic characteristic elements in a low-signal domain, a fifth temporary image of diagnostic characteristic elements in a high-signal domain and a six temporary image of noise elements; and performing the weighted stacking of the second, fourth, fifth and sixth temporary images, regulating the synthesized image according to preset image processing conditions and obtaining a diagnostic display image.

The invention discloses a display calibrating method and device. A measuring device comprising a photo sensor measures screen performance parameters including primary color coordinates, tristimulus values obtained when displaying is the maximum brightness white, tristimulus values obtained when displaying is the minimum brightness black, and photoelectricity tuning curves of primary colors. The measured parameters are transmitted to a signal processing device, and the signal processing device generates calibration data according to obtained data and the specific calibration algorithm and stores the calibration data in a nonvolatile storage. After that, external video signals are calibrated in real time based on calibration data. The display calibrating method can be used for calibrating uniformity, colors and brightness of single screens or spliced screens in the production process or the using process.

The invention provides a hub orienting and light-emitting vehicle logo. The hub orienting and light-emitting vehicle logo comprises a mounting plate, a balancing weight, a lamp bead plate arranged onthe mounting plate, a decoration cover covering the lamp bead plate, a base, a protecting cover matched with the base and an outer rotor power generator for supplying power to the lamp bead plate; theprotecting cover and the base are matched to form an accommodating cavity, and the decoration cover, the balancing weight, the lamp bead plate, the mounting plate and the outer rotor power generatorare arranged in the accommodating cavity; mounting holes are formed in the middle area of the bottom of the base, a plurality of clamping feet are arranged at the edge of the bottom of the base, the outer rotor power generator comprises a rotor and a stator arranged in the rotor, and the rotor is fixed to the bottom of the base through bolts; and a shaft core of the stator is connected with the mounting plate, and the balancing weight is arranged at the edge of the mounting plate and connected with the mounting plate through a bolt. The outer rotor power generator, the lamp bead plate and thebalancing weight are organically combined, and thus the hub orienting and light-emitting vehicle logo has the orienting function and the light-emitting function.

The invention provides a naked eye 3D holographic cylindrical surface display device based on a visual persistence effect. A principle that a point generates a line and a line generates a plane is utilized, colorful LED lamp beads namely packaged RGB LED lamp beads are integrally arranged in a line type, and lamp bars are formed. The display device comprises a rotation driving unit, a plurality of lamp arms, and connection arms connected with the rotation driving unit and the lamp arms in one-to-one correspondence. The connection arms are driven by the rotation driving unit to rotate around the rotation driving unit. The connection arm rotate synchronously with the connected lamp arms, and the rotating lamp arms form a 3D holographic cylindrical surface rotating around the rotation driving unit.

The invention discloses a display module which is used for realizing 3D display. The display module comprises a first polarized light source used for outputting first polarized light; a second polarized light source used for outputting second polarized light; a backlight layer; a light intensity control unit used for controlling the luminous flux of at least one kind of monochromatic light contained in the first polarized light and the luminous flux of at least one kind of monochromatic light contained in the second polarized light; and a light source controller connected with the first polarized light source and the second polarized light source. At the first moment, the light source controller controls the first polarized light source to output the first polarized light; at the second moment, the light source controller controls the second polarized light source to output the second polarized light; at the first moment, the light intensity control unit outputs the first polarized light by employing first light intensity; at the second moment, the light intensity control unit outputs the second polarized light by employing second light intensity. The first polarized light and the second polarized light are orthogonal light sources to each other. The invention also discloses a display method.

The invention discloses a verification and display method of Delta-type arranged sub-pixel rendering. The method comprises the steps of 1, rendering sub-pixels of an original image with the pixel sizeof P*Q to obtain an RGB greyscale value matrix of the sub-pixels; 2, utilizing the mode of horizontally borrowing the sub-pixels to redistribute the RGB greyscale value matrix according to the arranging sequence of the Delta-type sub-pixels to obtain a Delta-type RGB greyscale value matrix with the pixel size of P*2Q; 3, reducing the Delta-type RGB greyscale value matrix with the pixel size of P*2Q into a Delta-type image with the pixel size of P*2Q and comparing and displaying the original image with the Delta-type image to complete verification. A standard RGB screen can be utilized to display a picture after the sub-pixels are rendered, and thus the feasibility of a sub-pixel rendering algorithm arranged by a display panel can be well verified.

The invention discloses a display device based on a surface acoustic wave technology and a method thereof. The display device comprises at least one display component. The display component comprises an elastic piezoelectric substrate; a cavity which is arranged on the elastic piezoelectric substrate, wherein fluid containing colored particles is filled in the cavity; multiple interdigital electrodes which are arranged on the elastic piezoelectric substrate and positioned at the lateral part of the cavity, wherein the interdigital electrodes are symmetrically arranged at the lateral part of the cavity; and a control system which is used for applying radio frequency electric signals to the interdigital electrodes. According to the display method, a light source is not required to be additionally arranged, and the display method can be realized by means of environment light. The colored particles are aggregated and dispersed by the effect of surface acoustic wave so that the objective of color change and gray display can be achieved. Besides, response time is short, response speed is high and limitation of the shape and the material type of the particles is low.

This invention discloses a kind of mobile terminal music playing method. At first, it initializes the music playing system in the mobile terminal. Then user selects music to play. It can further display the image of singer. Then it synchronizing change the mouth shape and action of singer according to the music so make them consist with each other. Comparing the existing technique, this invention has low hardware environment, low cost, rapid transferring speed, good synchronizing effect because the small data volume. Especially the real person singing has good entertainment effect.

The invention belongs to the technical field of medical equipment, and particularly relates to a movable multifunctional gynecological medical vehicle. For the problem that an existing ordinary gynecological medical vehicle is prone to bumping and vibrating and lower in adjustment speed, the following technical scheme is provided, the movable multifunctional gynecological medical vehicle comprisesa supporting tube, the middle of the inner wall of the supporting tube is provided with an adjusting device, the adjusting device comprises a driving bevel gear, the bottom of the inner wall of the supporting tube is provided with a damping device, the damping device comprises a travelling rotating shaft and a first driven bevel gear, and the surface of the bottom end of the travelling rotating shaft extends to the outer portion of the supporting tube. The movable multifunctional gynecological medical vehicle has the advantages that the effect of bump or vibration generated by a universal wheel for damping is achieved, when the universal wheel generates the bump or vibration, the travelling rotating shaft drives a lower piston to squeeze hydraulic oil in a damping cavity, then the hydraulic oil is used to perform damping on the universal wheel, thereby solving the technical problem that general gynecological medical vehicles are prone to bumping and vibrating during travelling.

The invention discloses a play control method and device for virtual reality video and equipment. The play control method comprises the steps of determining a target angle required to be switched in currently played VR (Virtual Reality) video data when an angle variation operation is monitored; and generating a control instruction according to the target angle required to be switched, and sending the control instruction to a smart television so as to enable the smart television to switch and play VR video data corresponding to the target angle according to the control instruction. According to the invention, the VR video is played by using the smart television, a user can watch the VR video by the naked eyes, and the smart television can be controlled to be switched among multiple videos displayed at the same moment at different angles, so that real-time dynamic three-dimensional vivid images are provided for the user under the condition that the user does not wear a VR helmet, and the user is enabled to acquire a feeling of being personally on the scene.

The invention discloses a flip double touch screen handheld terminal and a realizing method. The handheld terminal comprises an upper cover, a second touch screen, a bottom, a first touch screen, a rotating shaft, a microprocessor module and a touch screen position judgment module, wherein the second touch screen is arranged on the upper cover; the first touch screen is arranged on the bottom; and the microprocessor module is connected with the first touch screen, the second touch screen and the touch screen position judgment module respectively. The realizing method comprises the steps that: a user opens the upper cover of the handheld terminal; the user operates the first and second touch screens respectively; the user makes the upper cover and the bottom of the handheld horizontal mutually; and the user operates a third touch screen, and a processing result is displayed on the third touch screen. The flip double touch screen handheld terminal and the realizing method of the invention ensure that: when the user opens the upper cover, the operation on the two touch screens is carried simultaneously and mutual influences are avoided; and when the upper cover and the bottom are horizontal mutually, the two touch screens can be combined into one body, so that a large screen display effect is achieved.

A touch display includes a display and a touch panel. The touch panel has a flexible substrate and an electrode module arranged on the flexible substrate, wherein the electrode module has a touch electrode, a first connecting electrode electrically connected to the touch electrode and a second connecting electrode electrically connected to the touch electrode; at least one side of the flexible substrate is bent along the display surface; and the first connecting electrode and the second connecting electrode are respectively arranged on the display surface and the back surface of the display.

The invention discloses a sample exhibition device used for industrial design, and relates to the technical field of industrial design appliances. The bottom of a base is provided with a sucker. A damping installing plate is installed in the base. The damping installing plate is provided with a drive motor. The rotating shaft of the drive motor is provided with a protection cover. The outer wall of the lower side of the protection cover is provided with spacing sliding chutes. Spacing balls are arranged in the spacing sliding chutes, and the spacing balls are arranged on the inner wall of the base. The outer side of the protection cover is provided with two plugging frames. The internal of the protection cover is provided with a placing disk. The outer side of the placing disk is provided with a spacing plate. The inner side of the spacing plate is provided with a light-compensating lamp. The upper end of the protection cover is provided with a lamp panel. The device provides convenience for realizing rapid exhibition, and is convenient to use and simple to operate, and is high in working efficiency, and saves time, and can achieve an exhibition effect.

The invention relates to displaying equipment, in particular to textile displaying equipment. The textile displaying equipment is closed, the amount of dropping dust can be reduced, and textile is taken conveniently. The textile displaying equipment comprises supporting columns, a box, a first strut, a rotating ring, a limiting plate, a placement rod and the like; the supporting columns are symmetrically arranged on the bottom of the box in the left-right direction; small holes are uniformly formed in the bottom wall of the box; a glass door is rotatably arranged on the left side of the frontof the box; a pull ring is arranged at the front of the right of the glass door; a second magnet is arranged on the rear side of the right of the glass door; and a first magnet is arranged at the front of the right wall of the box. The textile displaying equipment is closed, the amount of dropping dust can be reduced, the textile is taken conveniently, by the textile displaying equipment, the textile is closed in the box, people watch the textile through the glass door, the displaying effect is achieved, moreover, the amount of dropping dust can be reduced in the box, and by cooperation of theplacement rod, a first groove and the rotating ring, the textile is taken conveniently.

The invention is suitable for the field of communication and provides an embedded software interface implementing method and an embedded software interface implementing system. The method comprises the following steps of: loading scalable vector graphics (SVG) in resource files of an embedded software interface; and extending the extended attribute of a uniform resource identifier URI of the SVG, so that a user can freely adjust the size of a specified software interface corresponding to the URI through URI extension. The technical scheme has the advantage of freely adjusting the size of the software interface.

The embodiment of the invention discloses a human-eye tracking-based naked-eye 3D display method, device, terminal and medium. The method comprises the following steps: determining a current layout coordinate system corresponding to the current posture of the mobile terminal, and obtaining a camera position and layout parameters calibrated in advance; wherein, the current layout coordinate systemkeeps the position relative to the screen of the mobile terminal unchanged during the rotation of the mobile terminal; acquiring imaging coordinates of left and right eyes of a viewer in an image captured by a camera of the mobile terminal; according to the imaging coordinates and preset layout parameters, adjusting the display content of the mobile terminal with the camera position as the layoutstarting point in the current layout coordinate system. By adopting the technical scheme, the mobile terminals with different postures can share the same layout parameters when performing naked-eye 3Ddisplay.

The invention discloses an intelligent programming remote-control and transformable LED electronic display lantern. The intelligent programming remote-control and transformable LED electronic displaylantern comprises a lantern body support, an LED light bar module, a control mainboard and a power supply and is characterized in that the lantern body support consists of an upper pressure plate, a lower pressure plate, an upper chuck, a lower chuck, an upper support pillar and a lower support pillar, the lantern body support is of an I-shaped structure on the whole, the upper support pillar is vertically arranged in the center of the upper pressure plate, the lower support pillar is vertically arranged in the center of the lower pressure plate, the upper support pillar and the lower supportpillar are in sleeve joint with each other, a swing arm limiting mechanism is arranged on the lower end side wall of the lower support pillar, the upper chuck and the upper pressure plate are connected through screws, the upper pressure plate and the upper chuck are opposite to the lower pressure plate and the lower chuck through sleeving the upper support pillar with the lower support pillar to be of an I-shaped structure on the whole, the control mainboard is arranged below the upper chuck and fixed by screws, the power supply is arranged above the upper pressure plate and is in circuit connection with the control mainboard, and the control mainboard is in circuit connection with the LED light bar module.

The invention relates to a backlight module group, adaptive to provide a colorized plane light source, and mainly composed of a plane light source, a shading matrix and a fluorescent layer. Where, the shading matrix is on the surface of the plane light source and has many grid points exposing the plane light source, and the fluorescent layer is distributed in these grid points. Thus, the fluorescent layer colorizes the lights emitted from the plane light source. In addition, it also provides a LCD, mainly composed of the above backlight module group and a LCD panel, which is composed of an array basal plate, an opposite basal plate and a liquid crystal layer, where the opposite basal plate is above the array one and the crystal layer is between the two ones, and which is above the backlight module group.

The invention discloses a movable concrete observation regulation and control device which comprises a box body. Sealing cavities are formed in the box body, the sealing cavities are located at the two ends of the box body correspondingly, driven rods are rotationally connected into the two sealing cavities correspondingly, reciprocating threads are formed in the driven rods, movable blocks are in threaded connection with the driven rods, a sealing plug is slidably connected into each sealing cavity, a supporting rod is fixedly connected between the sealing plug and the moving block, a driving part is arranged on the box body, the driving part comprises a driving shaft, the driving shaft is rotatably connected to the box body, and a first gear is fixedly connected to the driving shaft. According to the device, a telescopic pipe has a telescopic effect, a water cavity is far away from the box body, remote spraying is achieved, meanwhile, an observation probe is arranged at the upper end of the water cavity, the display effect can be achieved through the observation probe and a displayer on the box body, the remote concrete condition can be observed, and real-time spraying observation is achieved.