30results about How to "Save photo time" patented technology

The invention discloses a space positioning system for intelligent assembly. The space positioning system for intelligent assembly can carry out space positioning on target objects which are complex in shape. The space positioning system for intelligent assembly comprises a robot control cabinet, a robot module, a 3DL camera, an image processing module, an algorithm calculating module and a positioned target object. The invention further discloses a space positioning method for intelligent assembly. The space positioning method for intelligent assembly comprises the steps of (1) building a user coordinate system and a tool coordinate system of the 3DL camera, (2) calibrating the 3DL camera in the user coordinate system, (3) taking eight photograph points in the edge of the target object to photograph, (4) carrying out binarization processing on photographed images of each point, and obtaining feature points of each photograph point, (5) extracting space position information of each feature point in the user coordinate system, (6) transmitting the space position information of each feature point in the user coordinate system to the robot control cabinet, and (7) calculating a space position coordinate system of the target object according to the space position information of the eight feature points on the target object.

The invention belongs to the technical field of computer vision, and specifically relates to a three-dimensional face reconstruction system and an application method thereof. A linear motor, one side of the first linear motor is provided with an arc-shaped guide rail horizontally, a second linear motor is installed in the arc-shaped guide rail, an arc-shaped rod is arranged horizontally on the second linear motor, and multiple cameras are evenly distributed on the arc-shaped rod. The signal output terminals of each camera are connected to the three-dimensional reconstruction computer through data lines. The beneficial effects of the present invention are: saving time for taking photos, and good face reconstruction effect; multiple cameras can take multiple shots of faces at different angles, instead of the larger number of surrounds currently set for one-time shooting of the whole face The face camera reduces excessive costs; the 3D model is more realistic and detailed; the 3D reconstruction computer automatically controls the shooting, data transmission and processing, which is fast and convenient, and improves work efficiency.

The application discloses an image processing method, an image processing device, a photographing device, electronic equipment, and a computer-readable storage medium. The image processing method includes the steps of: obtaining preview buffer data from the post-processing adapter, the preview buffer data is generated by the post-processing module, transmitting the preview buffer data to the post-processing module for image post-processing, and receiving the target image data generated by the post-processing module for processing. Save and update the media library. In this way, the shooting can be realized without the participation of the hardware abstraction layer process, which reduces the memory footprint and saves the time for taking pictures.

The invention relates to a carpet automatic cutting device and a carpet automatic cutting method using real-time machine vision technology. The machine vision technology, and modern motor and control technology are adopted, and therefore in the process of carpet production, manual demands are reduced and labor intensity of workers is lowered. The carpet automatic cutting device comprises a cutting platform. The cutting platform is connected with a carpet feeding device, at least one imaging device for obtaining polyvinyl chloride (PVC) carpet images which enter a cutting region in real time is arranged above the connecting position between the cutting platform and the carpet feeding device, the imaging device enables the obtained images to be sent to a processor module, the processor module identifies edges of a carpet body in the images and then determines a cutting boundary, and a motion control module is used for controlling a cutting system installed on the cutting platform, and according to the determined cutting boundary, completing cutting of a PVC carpet.

The invention discloses an automatic assembling system for vehicle windshield glass. The automatic assembling system comprises a robot control cabinet, a robot module, a robot hand-gripping module, a vision detection module, a glass centering module and a detected vehicle window frame. The invention also discloses an automatic assembling method for the vehicle windshield glass. The method comprises the following processes of: positioning the windshield glass; detecting the spatial position of the vehicle window frame to obtain a coordinate system (O-xyz) of the spatial position of the vehicle window frame; comparing the coordinate system of the spatial position of the vehicle window frame with the coordinate system of the spatial position of the vehicle window frame at a reference position; computing deviation between the coordinate system of the spatial position of the vehicle window frame and the coordinate system of the spatial position of the vehicle window frame at the reference position; gripping the positioned windshield glass; moving the windshield glass to an installation position according to a standard moving trajectory; and performing deviation compensation on the installation position, and then installing the windshield glass on the vehicle window frame. The assembling system and the assembling method are based on machine vision, manual intervention is completely avoided, and the automation level of assembling of the vehicle windshield glass is improved.

The invention provides a photographing method and a mobile terminal, and relates to the technical field of mobile terminals. The photographing method includes: detecting whether there is an operation of the user pre-clicking on the photographing icon; if there is an operation of the pre-clicking on the photographing icon, performing pre-processing of the photographing of the mobile terminal to obtain pre-processed data; when the photographing operation of the user is detected , generating a photographed image according to the preprocessed data. In the above solution, the pre-processing of the photo is only performed when the user pre-clicks the photo icon, which will not occupy system resources all the time and reduce resource consumption. Because the pre-processing of the photo has been carried out before the photo is taken, the photo will be shortened when the photo is taken. time, thereby improving the user's photo experience.