33results about How to "Reduce the amount of incoming light" patented technology

The invention belongs to the field of building facilities, and in particular relates to a safe ventilated window. The safe ventilated window comprises a window frame, and a pit is formed in the side wall of the inner circumference of the window frame. An outer window plate and an inner window plate are arranged in the window frame side by side, and the inner window plate and the outer window plateare connected with a protruding elastic band in a sealing mode along the circumferential side wall. The elastic band protrudes outwards and attaches to the side wall of the pit when being extruded, and the outer side wall of the outer window plate is fixedly connected with the side wall of the pit through a connecting strip. The center of the outer window plate is fixedly connected with a connecting block made of a magnetic material, and the direction of the magnetic pole of the connecting block is orthogonal to the outer window plate. A sliding rod is glidingly connected in the connecting block in a penetrating mode. one end of the sliding rod is fixedly connected with the outer side wall of the inner window plate, and a limiting block used for limiting the connecting block is fixedly arranged at the other end of the sliding rod. The safe ventilated window can avoid a large gap between the window plates and the window frame, and therefore the safety of the ventilated window is improved. Meanwhile, as air enters a room through the sides of the window frame, the wind coverage can be increased, and the ventilation effect can be improved.

The invention discloses a figure motion change detecting method based on an extracting function and three-channel separation, which mainly solves the problem that in the prior art, the figure motion change detecting method is limited and incomplete in outline. The realization process is as follows: firstly, creating a gray-scale map background and a YUV (Luma and Chroma) three-channel background of the first 100 frames of a figure motion video by an averaging method; using an extracting function method to process the gray-scale map and the gray-scale map background of a to-be-detected image to obtain the result of the extracting function method; performing YUV three-channel separation to the to-be-detected image to obtain three single-channel images; respectively obtaining absolute differences between the three images and the corresponding channels; and utilizing an Otsu threshold method to binarize the three absolute differences to obtain three single-channel result images, fusing the three single-channel result images into an image by a mechanism of selecting two from three, and performing OR operation to the image and the result of the extracting function method to obtain the final result. The method is simple in algorithm and complete in figure outline, and can be used for detecting the figure motion change in an actual monitor system.

A zoom security lens, comprising in order from the object plane side to the image plane side: a first fixed lens group with positive refractive power, a variable magnification lens group with negative refractive power, a diaphragm, a second fixed lens group with positive refractive power, Focusing lens group and imaging surface with positive refractive power, wherein: the variable power lens group moves along the optical axis from the object side to the image plane side, and at the same time the focusing lens group makes a non-linear movement along the optical axis corresponding to the variable power lens group as Compensation to ensure the stability of the system image plane in the process of focal length change; while achieving 4K resolution, large aperture, and infrared confocal, this lens significantly reduces the distortion of the optical system, improves the brightness ratio, and eliminates stray light. It is conducive to the promotion of zoom face recognition cameras.

The embodiment of the invention discloses a photographing processing method and a terminal device, which are applied in the technical field of mobile communication. The method is applied to a terminal device with a camera, wherein the camera includes an image sensor, and the image sensor includes a photosensitive pixel array and a filter disposed on the photosensitive pixel array. The method includes: acquiring a preview image collected by the camera, and detecting Whether there is noise or glare in the preview image; if it exists, it is judged whether the noise intensity in the preview image exceeds the preset noise intensity threshold and / or whether the glare intensity in the preview image exceeds the preset glare intensity threshold; if If it exceeds, adjust the thickness of the optical filter corresponding to the imaging pixel point that generates the noise or glare to change the amount of light entering the image sensor; control the camera to capture the scene and generate a photo. By implementing the embodiments of the present invention, the noise and / or glare phenomenon in the image can be reduced, and the imaging quality of the image during the photographing process can be improved.

The invention discloses an image recognition module based on a deep neural network, which includes an image recognition module main body, a recognition automatic positioning device and a multifunctional recognition device. The front of the image recognition module main body is movably connected with a recognition automatic positioning device. The inner side of the main body of the module is fixedly connected with a multi-functional recognition device, the bottom of the main body of the image recognition module is fixedly connected with an outdoor recognition activity mechanism, and the bottom of one end of the main body of the image recognition module is fixedly connected with a storage side box, which is very good It reflects the convenience of storage of the identification module. The movable push rod well reflects the convenience of the device. The outdoor identification mechanism greatly improves the convenience of the device. The multi-functional identification device is a good embodiment The diversity of image recognition functions of the device is demonstrated, and the recognition automatic positioning device well reflects the automatic recognition and positioning of the device, which is suitable for use in the field of image recognition technology and has broad development prospects in the future.

The technical solution of the present invention discloses an image sensor and a manufacturing method thereof. The image sensor includes a semiconductor substrate formed with a photodiode, and the semiconductor substrate includes different pixel areas, and the pixel area includes a white pixel area; An insulating structure on the insulating structure; an organic photodiode that runs through the insulating structure and partially covers the photodiode in the white pixel area; a light-shielding film located on the insulating structure and partially covering the insulating structure; corresponding to different pixels located on the insulating structure a color filter layer, the color filter layer includes a white color filter layer, and the light-shielding film isolates the color filter layers of different pixels; a microlens located above the color filter layer. The image sensor not only improves the image quality of the image sensor, but also improves the sensitivity of the image sensor.

An embodiment of the present application provides an under-screen camera camera method, device, storage medium, and mobile terminal. The method includes: when it is detected that the under-screen camera of the mobile terminal enters the preview shooting mode, detecting whether the light source will appear on the preview shot image Rainbow pattern; if the light source will produce rainbow pattern on the preview shot image, then control the automatic aperture adjustment device of the mobile terminal to adjust the size of the aperture to eliminate the rainbow pattern; detect whether the light source will cause overexposure on the regenerated preview shot image; If the light source will cause overexposure on the regenerated preview shot image, turn on the shutter mode of the mobile terminal to reduce the amount of light entering the camera under the screen; based on the adjusted aperture and light entering, control the camera under the screen to shoot. In the embodiment of the present application, by using an automatic aperture adjustment device on the under-screen camera of the mobile terminal, the user can eliminate rainbow stripes and low exposure under strong light sources when taking pictures, and improve the quality of the captured images.