59results about How to "Good shooting effect" patented technology

The invention discloses a method and a device for realizing automatic shooting, and belongs to the technical field of digital imaging. The method comprises the following steps: displaying the framing preview of a shot object; determining a current depth-of-field option; identifying and tracking a human face in the framing preview; when the human face is identified, judging whether a shooting condition satisfies a current depth-of-field option preset condition or not; if the shooting condition satisfies the preset condition, locking a focal length and starting continuous shooting. By adopting the method, the human face in the framing preview can be identified by using an identification unit, a determination on whether the current shooting condition satisfies the current depth-of-field option preset condition or not is made according to the selection of the depth-of-field by a user, and if so, the focal length is locked automatically and the continuous shooting is started so as to shoot a group of pictures for the user to choose, thereby brining great convenience to operation.

The invention discloses a lateral shooting angle detecting method, which is used for detecting the lateral shooting angle of a mobile phone. The method comprises the following steps of: setting an x axis, a y axis and a z axis which form a three-dimensional coordinate system on the mobile phone, wherein a plane formed by the x axis and the y axis is parallel to a plane on which a display screen of the mobile phone is positioned, and the y axis and gravity acceleration g are on the same straight line when the mobile phone held by a user is placed vertical to the ground; sensing gravity acceleration component Ax of the gravity acceleration g on the x axis; acquiring a lateral deflection angle theta according to the gravity acceleration g and the gravity acceleration component Ax; and prompting the deflection angle theta to the user. The invention further discloses an inclined shooting angle detecting method and the mobile phone. In the lateral shooting angle detecting method, the inclined shooting angle detecting method and the mobile phone, the shooting angle is prevented from generating deviations by detecting the lateral deflection angel of the mobile phone and prompting the user to adjust the angle, so that a better shooting effect is achieved, and user experience is increased.

The invention provides a corner lens applied to a camera of a mobile device and an assembly of the corner lens. The corner lens comprises at least one filtering lens, a connection assembly, a reverse lens module and an outer shell, wherein the connection assembly is connected with the camera of the mobile device; the same surface of the outer shell is provided with two through holes, namely a first through hole and a second through hole, light enters and gets out of the through holes, the optical path of the first through hole is in parallel to the optical path of the second through hole, the first through hole is provided with a first filtering lens or a first filtering lens module, and the connection assembly is arranged on the periphery of the second through hole; and the reverse lens module is arranged in the outer shell and comprises two reflection surfaces, the first reflection surface is vertical to the second reflection surface, an included angle between the optical path of the first reflection surface and the optical path of the first through hole is 45 degrees, an included angle between the optical path of the second reflection surface and the optical path of the second through hole is 45 degrees, and the optical path of one of the through holes are reserved to the optical path of the other through hole through the reverse lens module.

The embodiment of the invention provides a light control method and device in mobile terminal shooting. The method comprises a step of determining the color temperature of a scene to be shot, a step of generating a light supplement picture corresponding to the color temperature of the scene to be shot, and a step of carrying out light supplement on the scene to be shot according to the light supplement picture. According to the embodiment of the invention, the shooting effect can be improved under the premise of not increasing hardware cost, and a photo is more in accordance with an actual scene.

The invention discloses an image acquisition method and a mobile terminal. The method is applied to a first mobile terminal, the first mobile terminal and a second mobile terminal realize data transmission through a wireless communication link, and the second mobile terminal is provided with a flash module. The method includes the following steps: a first mobile terminal generates a first control instruction according to a prestored flash triggering parameter when receiving a first instruction of acquiring image information which is input by a user; and the wireless communication link sends the first control instruction to at least one second mobile terminal, so that the second mobile terminal controls the flash module to flash according to the first control instruction when acquiring image information of any photographed object according to the first instruction. In the image acquisition method, the first mobile terminal and the second mobile terminal can control flashing of a flash light through the wireless communication link, thereby realizing sharing of the flash light on different mobile terminals, realizing light supplementation for the photographed object in different directions, and achieving an optimal photographing effect.

The invention relates to a photographing method of a smart terminal, a photographing device and a smart phone. The method comprises the steps of taking a photo with a human face through a front camera, and acquiring the human face position in the photo; performing human face position identification on a real-time image acquired by a post camera through a post camera photographing mode, identifying matching of the human face position in the current image and the human face position in the photo taken by the front camera, and giving out a photographing command; and acquiring the photographing command, and taking a photo or video. According to the method, the front camera takes the photo and identifies the human face position so as to prompt the user, so that the post camera can rapidly accurately take the photo of the user or take the video, and the human face is in an ideal position in the photo or video taken by the post camera.

The invention provides a display panel and a display device. The display panel comprises a light-transmitting display area and a main display area. The main display area surrounds the light-transmitting display area. The display panel is composed of a number of rendered pixel units. Each rendered pixel unit comprises a number of first rendered pixel units in the main display area and a number of second rendered pixel units arranged in the light-transmitting display area. According to the invention, the density of the second rendered pixel units in the light-transmitting display area is reducedto acquire better light transmittance, so that the display device can acquire a better shooting effect; the second rendered pixel units in the light-transmitting display area are arranged by using traditional RGB sub-pixels; and the problem of color cast caused by pixel lowering in the light-transmitting display area is solved.

The invention provides a screen luminance adjusting method, device and terminal. The method comprises the following steps: S100, detecting ambient light luminance; S101, starting human face detection and determining the human face key point if the ambient light luminance read by a camera is less than the first threshold value; S102, measuring an average distance value of the human face key point; S103, acquiring the screen luminance level according to the distance and the screen luminance level lookup table, adjusting the screen luminance. Through the adoption of the method of adjusting the screen luminance through human face distance, the shot object or figure is more clear under the low-luminance environment, the shooting effect is better; and meanwhile, the user experience in the self-timing scene is promoted.

The invention discloses self-service type snapshooting equipment and method. The equipment comprises an equipment box, a shooting device, a central controller, a touch displayer, a lifting seat and a lifting part. The equipment box comprises a front box body and a rear box body. The shooting device comprises a digital camera and a camera. The digital camera, the camera and the central controller are arranged in the front box body, the touch displayer is arranged in the front of the front box body, a camera lens of the digital camera and a camera lens of the camera both face the rear box body, the lifting seat and the lifting part are both arranged in the rear box body, and the lifting part is connected with the bottom of the lifting seat and used for driving the lifting seat to ascend or descend. The digital camera, the camera, the touch displayer and the lifting assembly are connected with the central controller. Certificate pictures meeting standards can be easily shot, therefore, one-stop electronic rapid certificate handling is achieved, certificate handling efficiency is improved, and personal requirements of common people are greatly met.

The invention discloses a photographing method and device and a mobile terminal. The method includes acquiring a preset commissioning constant that the initial exposure target value under the current scene corresponds to; determining that the product of the preset commissioning constant and the initial exposure target value is the novel exposure target value under the current scene; utilizing the novel exposure target value to photograph the object. By means of the method and the device, the new exposure target value is the value modulated through the preset commissioning constant, the photographing effect is better compared with the original effect, and photographed image is clear in detail, and the problem of poor image effect caused by the fact that the exposure target value cannot be changed according to different brightness environments due to the fact that the photographed image effect cannot reach a balance point due to the fact that the bright-dark difference is too large is solved.

The invention discloses a three-dimensional scanning and printing integrated machine. The three-dimensional scanning and printing integrated machine comprises an upper three-dimensional scanning system and a lower printing system. The three-dimensional scanning system comprises a placement platform and a rotatable cantilever, wherein the cantilever is provided with an image acquisition device. The printing system is provided with a USB transmission interface and a wireless transmission interface, so the printing system can be in wired / wireless connection with devices, such as a mobile phone, a tablet personal computer, etc. The three-dimensional scanning and printing integrated machine of the invention is a new device in which a scanner and a printer are integrated into an integral body, the advantage of powerful functions can be realized, and when the scanning operation is performed, a camera can be used to take pictures of an object from three different angles, and the ambient light having three different exposure is adopted, so the advantage of good picture-taking effect can be realized; the trouble that the printing operation only can be performed by a conventional printer when the conventional printer is connected with a computer, and various data information can be printed by connecting the printer with devices, such as a mobile phone, a tablet personal computer, etc., in a wireless manner, and the three-dimensional scanning and printing integrated machine is especially suitable for small businesses.

The invention relates to the technical field of photographing, and especially relates to a photographing system. The system carries out the locating of a position where a mobile terminal is located through a positioning module, and obtains the position information of the mobile terminal, and obtains the color temperature information which is the most matched with the standard position information. The matching degree of the color temperature information with the sunlight color temperature of a region where the mobile terminal is located is the highest. A camera of the mobile terminal can determine the white balance parameter during photographing according to the color temperature information. A flash lamp of the mobile terminal can determine the color temperature value of the flash lamp according to the color temperature information, thereby achieving the optimal photographing effect. The system is simple in operation, achieves the positioning of the mobile terminal through the positioning terminal, solves a problem that the manual setting of the color temperature of the flash lamp and the white balance parameter is not accurate, and also solve a problem that the photographing effect is not good when the unified color temperature of the flash lamp and white balance parameter are employed for all photographing scenes.

The invention relates to an underwater target automatic shooting method and system. The system comprises an underwater equipment body (1), a detector (2) below the underwater equipment body (1), a shooting system (3) arranged at the front end of the underwater equipment body (1) and a central control system (4); the detector (2) detects a target in a certain range in real time, and determines location information of the target; the central control system (4) sends the location information of a target acquired by the detector (2) to the shooting system (3); after receiving the location information, the shooting system (3) judges whether to satisfy a certain condition of the shooting, and the automatic shooting is performed when the certain condition is satisfied. Through the underwater target automatic shooting method disclosed by the invention, the automatic capturing can be realized, thereby timely acquiring the location image information of fish school, the detection and the shootingare accomplished in one breath, and the technical problem that the detection and the shooting are separated is effectively solved.

The invention discloses a camera control device and a camera control method for a printing plate quality inspection instrument. The camera control device comprises a control unit, a control terminal, a camera motion control module and a camera position detection module. According to the camera control device and the camera control method disclosed by the invention, a double trigger photographing technology based on real-time position photographing of a camera is adopted, photographing parameters and motion parameters of the camera can be adjusted dynamically according to the plate texture content, correct photographing parameters and motion parameters are calculated through the first time of photographing under the condition that the printing plate is not radiated by a light source continuously, and photographing is carried out on the printing plate according to the correct parameters when the camera is triggered the next time, thereby realizing dynamic parameter photographing for the overall layout of the printing plate without influencing the printing plate to be inspected, and being good in photographing effect.

The invention provides an image processing method and device, electronic equipment and a storage medium, and belongs to the technical field of imaging. The method comprises the following steps: determining an image acquisition mode according to the jitter degree of a camera module; Acquiring a plurality of frames of original images according to the image acquisition mode; Synthesizing the multipleframes of original images according to a preset synthesis mode to generate a reference synthesized image; Displaying the reference composite image and a corresponding synthesis mode thereof, and determining a target original image and a target synthesis mode by a user according to the reference composite image; And according to the target synthesis mode, performing synthesis processing on the target original image to generate a target synthesis image. Therefore, through the image processing method, the ideal shooting effect of the user can be achieved, the diversified requirements of the useron the shooting effect can be met, and the user experience is improved.

The invention discloses a compatible control method and device for a camera. The compatible control device is arranged in a photosensitive element of the camera, and connected with an image sensor of the camera. The compatible control device comprises a configuration module, a reading module and a calling module, wherein the configuration module is used for configuring a corresponding contact address according to manufacturer information of the photosensitive element; the reading module is used for reading a current contact address; and the calling module is used for calling a corresponding effect parameter according to the contact address to configure the camera. The contact address corresponds to a manufacturer, and the corresponding effect parameter is called according to the contact address, so that the camera can be compatible with module products of a plurality of manufacturers, and the problem that existing cameras of one style can only be used together with module products of one manufacturer but cannot be compatible with module products of other manufacturers is solved. A most adaptive effect parameter can be selected according to the manufacturers, and the shooting effect of the camera is optimized.

The invention provides an end-to-end interactive shooting method, an end-to-end interactive shooting device and relevant equipments. A photographer and the photographed can interact through indication information transmitted to a screen of the photographed terminal through a photographer terminal, for example, the best shooting effect can be reached easier by correspondingly reminding through text or voice prompt, the shooting user's satisfaction can be improved, and the interactivity and interestingness can be obviously enhanced. In the technical scheme provided by the invention, the photographer terminal and the photographed terminal can be connected through either a WLAN (Wireless Local Area Network) or a mobile internet, and the controlling distance cannot be limited, therefore the end-to-end interactive shooting method is particularly applicable to an application scene when long0dstance shooting is carried out or a group photo is shot.

The invention discloses an external mobile phone camera device comprising a button, a tube body, a connecting tube, a horizontal rotator, a support frame, and a fixed block. A lens is installed at the left side of the tube body; the button and a light-supplementing lamp are in electric input connection; and the tube body is installed at the left side of the connecting tube. A fixed ring is fixed at the outer side of the tube body. The horizontal rotator is connected with the fixed block by a steering ball and is installed at the upper end of the steering ball; a support seat is fixed below the fixed block; and a positioning clamp is arranged at the right end of the support frame. According to the external mobile phone camera device provided by the invention, with the support seat and a detachable support platform, selection of static shooting or mobile shooting is carried out based on practical using demands; because of the light-supplementing lamp, light is supplemented when the light is poor; and many mobile phones with different specifications can be fixed by using the support frame and the fixed block and thus the application range is wide. Therefore, the mobile phone with the camera device provided by the invention can carry out shooting well and the camera industry can be promoted to develop continuously.

The invention discloses a smart shooting system and a method thereof. The method comprises the following steps: framing a picture needing to be shot at present through a camera, and transmitting framed content to a computer; encoding the framed content, and transmitting the encoded framed content to a mobile terminal of a user by the computer, wherein the user can acquire the picture which can be shot by the camera at present from the mobile terminal, and obtain an adjusting way corresponding to the camera according to an angular deviation of the picture; sending a control instruction to the computer through a server; controlling the movement of a cradle head by the computer; and driving the camera to move by the movement of the cradle head. Through adoption of the smart shooting system and the method thereof, position adjustment of the camera is realized, and an optimal shooting effect is achieved for the camera.

The invention provides an automobile data recorder. The automobile data recorder comprises a shell, a circuit board, a cover body and a zoom lens, wherein the circuit board is arranged in the shell; the top surface of the circuit board is provided with a camera, a charging circuit and a USB interface electrically connected with the charging circuit; the USB interface is used for being connected with a data line of an external electric appliance so as to charge the external electric appliance; the shell is provided with a first opening; the USB interface is positioned in the first opening and is revealed by the first opening; the room lens is arranged on the cover body and images together with the camera; the cover body covers the shell. According to the automobile data recorder, the circuit board is provided with the charging circuit, and the USB interface is electrically connected with the charging circuit, the automobile data recorder can charge up electric appliances, such as a mobile phone, can photograph diagrams with high pixel by the zoom lens and the camera, and reduces the cost.

The application discloses a camera module. The camera module comprises a first camera, a second camera, and a third camera; the first camera, the second camera and the third camera are arranged on thesame direction at intervals, the second camera is located between the first camera and the second camera, the first camera comprises a first incident surface, the second camera comprises a second incident surface, and the third camera comprises a third incident surface; a first preset angle is formed between the first incident surface and the second incident surface, a second preset angle is formed between the third incident surface and the second incident surface, the first preset angle is between 90-180 DEG, and the second preset angle is between 90-180 DEG. The above camera module is excellent in camera effect; when the camera module is applied to the electronic equipment, the electronic equipment has excellent camera effect.

The invention provides a kite remote control aerial photography system. A launching device of the kite remote control aerial photography system comprises a triangular kite and a hexangular kite which are arranged in an up-down mode; a connecting device comprises four connecting ropes, a connecting frame and a connecting bolt, the connecting frame is provided with a cross frame body, the upper portions of four end portions of the connecting frame are fixedly connected with threading rings, one ends of the connecting ropes are fixed together to form a hanging end of the connecting device, after penetrating through the threading rings respectively, the connecting ropes are intersected to form another hanging end of the connecting device, the middle portion of the connecting frame is fixedly connected with a cloud deck device in a downward mode through the connecting bolt, and the cloud deck device is provided with an image transmission transmitter, a remote control receiver, a horizontal steering engine, a vertical steering engine and an infrared remote control shutter. By means of the kite remote control aerial photography system, shooting can be conducted close to constant wind, stable shooting can be conducted on the condition of wind ranging from two levels to six levels, wind can be effectively discharged and crosswind can be resisted, the stability and safety are very high in the flying process, the stability of the cloud deck device is good during flying, a large-scale shooting device and a power source can be carried, the shooting time is long, and the shooting effect is good.

The invention discloses a processing method for improving the flatness of a soft and hard combined plate. The method comprises the following steps of S1) lamination in which a steel plate is placed on a table top, and a piece of brown paper, a PE film, an aluminum sheet, a separating sheet, the soft and hard combined plate, another separating sheet, another aluminum sheet, another PE film, another piece of brown paper and another steel plate are placed on the steel plate successively; and S2) press fit in which the laminated plate of the step S1) is placed in a pressure transmission machine to implement press fit. According to the processing method, the steel plate, brown paper, PE film, aluminum sheet, separating sheet, soft and hard combined plate, separating sheet, aluminum sheet, PE film, brown paper and steel plate are laminated from bottom to top, routine materials are changed, so that during press-fit coating, the flat aluminum sheets can be used for coating, the flatness can be controlled within 30micron, the flatness is improved effectively, and a better shooting effect can be obtained even for a camera of the pixel of 20M.

The invention discloses a method for shooting a stereoscopic film. The method comprises the following steps that: a first lens is utilized to shoot at least a first image of one channel of a left channel and a right channel as well as a second lens is utilized to shoot at least a second image of the other channel of the left channel and the right channel, wherein the first lens is a zoom lens and the second lens is not a zoom lens; and on the condition that it is detected that amplification operation is triggered, a parallax between the second image / an amplified image of the second image and the first image is calculated as well as the parallax, together with the first image, is utilized to generate a third image that is used for replace the second image. In addition, the invention provides an apparatus for shooting a stereoscopic film.

The invention discloses a three-dimensional (3D) camera lens and a 3D camera system. The 3D camera lens comprises a first lens assembly and a pair of apertures, wherein the first lens assembly is provided with a first optical axis; the pair of apertures is arranged on the rear side of the first lens assembly, the axis of at least one aperture does not intersect with the first optical axis, so that the transmission light of the first lens assembly respectively passes through the apertures to respectively form a left-eye image and a right-eye image, and a parallax error exists between the left-eye image and the right-eye image. The 3D camera lens comprises a third lens assembly, wherein the third lens assembly comprises an integral structure formed by two lens assembly parts, each lens assembly part is provided with a third optical axis, every two third optical axes are parallel to each other, the two lens assembly parts are respectively used for receiving two paths of light of a photographed object, the two paths of transmission light respectively form a left-eye image and a right-eye image, and a parallax error exists between the left-eye image and the right-eye image. The shooting of the 3D image and video is realized through one camera lens, so that the structure of equipment is greatly simplified.

The invention discloses an image processing system and method. The system comprises a structured light projector for projecting preset protection pattern structured light to a shooting body, a first camera for shooting a first structured light image, modulated by the shooting body, of the preset projection pattern structured light, a second camera for shooting a second structured light image, modulated by the shooting body, of the preset projection pattern structured light and an image signal processor which is used for demodulating the first structured light image to extract first depth of field information of which the depth value is larger than a foreground threshold value and smaller than a background threshold value, demodulating the second structured light image to extract second depth of field information of which the depth value is larger than the foreground threshold value and smaller than the background threshold value and conducting image fusion according to the first depth of field information and the second depth of field information to generate a target image. The target image obtained by the system can reflect the shooting body more truthfully, and the system is good in shooting effect and user experience.

The invention discloses a camera device and electronic equipment. A camera is rotationally connected with a base; a first driving part is arranged on the base, is connected with a telescopic cam pieceand drives the telescopic cam piece to rotate; a movable structural part is movably arranged on the base and surrounds the telescopic cam part, the first end of the connecting rod is rotationally connected with the movable structural part, and the second end of the connecting rod is rotationally connected with the camera; the telescopic cam part has an extension state and a contraction state, inthe extension state, the far-end rim of the telescopic cam part makes contact with the inner wall of the movable structural part, the movable structural part can move along with rotation of the telescopic cam part, and the connecting rod can drive the camera to rotate relative to the base along with movement of the movable structural part; and in the contraction state, the far-end rim of the telescopic cam part is separated from the inner wall of the movable structural part. According to the technical scheme, the problem that the anti-shake effect of the electronic equipment is affected due tothe fact that the electronic equipment is easily interfered by the magnetic component in the background art can be solved.

The invention discloses a high-altitude evidence obtaining apparatus for 110kV electrical equipment. The high-altitude evidence obtaining apparatus comprises a telescopic insulating rod, a cloud deck is installed on a top end of the insulating rod, a fast camera installation bracket is installed on the cloud deck, and a camera is installed on the fast camera installation bracket; the camera is a focusing camera, the camera comprises a microprocessor, the camera further comprises a lithium battery, and the microprocessor communicates with a mobile phone on a working site of the insulating rod through a WIFI module; the fast camera installation bracket comprises a base connected with the cloud deck, an assembly groove is formed in an upper surface of the base, chutes are formed in two side walls of the assembly groove, correspondingly slider rails assembled in the chutes in a sliding manner extend out from the two sides of the bottom of the fast camera installation bracket, an assembly double-screw bolt for fixing the camera is arranged at the bottom of the fast camera installation bracket from bottom to top in a penetration manner, an assembly screw cap is arranged at the bottom of the assembly double-screw bolt, and a rotationally installed semicircular ring-shaped manual ring is arranged on the assembly screw cap; and a waist-shaped hole is formed in a position corresponding to the assembly double-screw bolt on the fast camera installation bracket, and the waist-shaped hole is a through hole.