43results about How to "Enhanced camera function" patented technology

An electronic device may include a first camera and a second camera. The method comprises simultaneously, with the first camera, capturing a picture of a first object and processing it into a first frame and with the second camera, capturing a picture of a second object and processed into a second frame, merging the first frame and the second frame into a merged frame, which merged frame comprises both the captured picture of the first object and the captured picture of the second object.

The invention provides a display module, a display device and a display device manufacturing method. The display module comprises a first substrate, a second substrate, an optical adhesive and shadingglue. The first substrate and the second substrate are in opposite arrangement; the optical adhesive is used for adhering a glass cover plate and the first substrate and comprises an optical adhesiveopening, the first substrate comprises a first substrate opening which includes the optical adhesive opening in a direction perpendicular to the display panel, and an area, exceeding the first substrate, of the optical adhesive is a first step area; the shading glue and the first step area are coincided in a direction perpendicular to the display panel and cover one side, close to the first substrate opening, of the first substrate. The first substrate opening is larger than the optical adhesive opening, so that a first step is formed; the first step is capable of blocking up the shading glueand beneficial for the shading glue to cover the lateral side, close to a porous area, of the first substrate, and accordingly light leakage of the first substrate is avoided.

The invention discloses a mobile phone color analysis based cysteine detection method.The method includes: performing sample pretreatment to prepare a cysteine chromogenic sample solution; by means of image acquisition and image analysis, calculating pixel values of each component of the to-be-detected solution in different color spaces such as an RGB (red, green and blue) color space, an HSV (hue, saturation and value) color space and a CMYK (cyan, magenta, yellow and black) color space, and fitting a cysteine detection curve by means of least square fitting to obtain a corresponding relation between a cysteine concentration and the pixel values of each color component; calculating the cysteine concentration.By the mobile phone color analysis based cysteine detection method, quantitative cysteine detection is realized.In addition, the mobile phone color analysis based cysteine detection method has the advantages of simple operation procedures, portability and universality of devices, adaptability to real-time mobile phone monitoring and the like.

A mobile terminal including a camera; a wireless communication processor configured to provide wireless communication; a display; and a controller configured to display a first preview image on the display corresponding to image data input through the camera, detect an external device located within a preset range of the mobile terminal via the wireless communication processor, display an icon on the display corresponding to the detected external device by overlapping the first preview image, execute a communication connection with the external device, in response to a touch input applied to the icon, while the communication with the detected external device is not connected, and release the communication connection with the external device, in response to the touch input applied to the icon, while the communication with the detected external device is connected.

A device used to replace a camera of a movable device adopts a mode of appending a lens to reach the function of replacing a camera lens besides the camera lens of the movable device. The device is tabled with the required lens firstly, and arranged in the front of the camera lens by using the mode of fastening, magnetic attraction or sliding, then the tabled lens is used to replace the function of the camera lens.

The invention provides a novel shooting structure in a portable electronic device and a corresponding method for acquiring images as well as a portable electronic device. A camera shooting structure in the portable electronic device includes an electronic device housing, a curved surface reflecting lens, a lens combination, and photosensitive elements. A light inlet is arranged in the electronic device housing. The light inlet, the curved surface reflecting lens and the photosensitive elements are sequentially arranged in a light propagation direction in a light path (reflecting elements reflect the light from the light inlet to the photosensitive elements). The lens combination is arranged in the light path between the curved surface reflecting lens and the photosensitive elements or in the light path between the light inlet and the curved surface reflecting lens. The above technical scheme changes the light path through the reflecting elements, and greatly expands the shooting function and performance of the portable electronic device.

The portable terminal with camera comprises: a first housing and a second housing which are movably connected to each other; an image pickup device which is arranged in one of the first housing and the second housing; and a conversion lens which is arranged in the other of the first housing and the second housing. In a first state where the first housing and the second housing are laid on each other, the image pickup device and the conversion lens have an identical optical axis so that a focal length of the image pickup device is converted from a focal length in a second state where the first housing and the second housing are arranged to each other differently than the first state. Thus, the focal length can be converted using a simple arrangement, so as to easily switch between image-capturing of a distant object as with ordinary cameras and image-capturing of an operator's face or the like.

A case, an accessory and a system for wirelessly pairing, storing and charging an adjunct camera to a handheld electronic device, such as a smartphone. A software application on the device controls the adjunct camera. In one embodiment, the case provides a telescopic rod to elevate the adjunct camera. In another embodiment, the telescopic rod attaches to the smartphone directly. In another embodiment, the case provides a cable on a retractor reel operative for connecting the adjunct camera to the case. The adjunct camera is selectively detachable from the case and attachable to a user or other object for hands-free operation once the software app is engaged. The case or the accessory, the adjunct camera, the electronic device and the app comprise a system for capturing, streaming and saving video and photos by expanding the reach of the native camera function of the electronic device.

A case and a system for wirelessly pairing, storing and charging an adjunct camera to a handheld electronic device, such as a smartphone. A software application on the device controls the adjunct camera. In one embodiment, the case provides a telescopic rod to elevate the adjunct camera. In another embodiment, the case provides a cable on a retractor reel operative for connecting the adjunct camera to the case. The adjunct camera is selectively detachable from the case and attachable to a user or other object for hands-free operation once the software app is engaged. The case, the adjunct camera, the electronic device and the app comprise a system for capturing, streaming and saving video and photos by expanding the reach of the native camera function of the electronic device.

A case, an accessory or component and a system for wirelessly pairing, storing and charging a camera to a handheld electronic device, such as a smartphone. A software application on the device controls the camera. In one embodiment, the case provides a telescopic rod to elevate the camera. In another embodiment, the telescopic rod and camera are components of the smartphone. In a further embodiment, the telescopic rod attaches to the smartphone directly. The camera is selectively detachable and attachable to a user or other object for hands-free operation once the software app is engaged. The component or the accessory, the camera, the electronic device and the app comprise a system for capturing, streaming and saving video and photos by expanding the reach of the camera function of the electronic device.

The invention discloses a video call method and a video call device. The method comprises the steps of receiving a first trigger signal input into terminal equipment by a user; starting a video call according to the first trigger signal; acquiring the quantity of cameras in the terminal equipment; in the case that the quantity of the cameras is more than or equal to 2, displaying all the cameras to the user for selecting; receiving a second trigger signal input into the terminal equipment by the user; and calling the camera selected by the second trigger signal to perform the video call. According to the method and the device provided by the invention, the technical problem that the user experience is poor due to the fact that the single camera is used for photographing is solved.

The image processing method and apparatus receive at least one of photographed image data, temporary camera control information, additional information and indication information of a desired processing content from the camera and reason out or create at least one information of information relating to photographing control, information relating to image processing and information relating to a photographed image, in accordance with the at least one which have been received and preferably supply the at least one information reasoned out or created to the camera. The camera includes an image sensor, an input unit and an information sending/receiving unit. The photographing system includes the camera and the image processing apparatus.

The invention discloses a multifunctional programming demonstration box comprising a camera module, a wireless communication module, a microphone module, an audio output module, a USB (universal serial bus) interface module, a keyboard module, a display module and a central processing unit. The camera module is used for shooting. The wireless communication module is used for wireless communication. The microphone module is used for entering voices. The audio output module is used for outputting audio. The USB interface module is used for data interaction. The keyboard module is used for entering control information. The display module is used for displaying. The camera module, the wireless communication module, the microphone module, the audio output module, the USB interface module, the keyboard module and the display module are connected with the central processing unit. The functions such as shooting function, the call function and the Bluetooth function are added to the existing robotic demonstration box, the functionality of the box is greatly enhanced, the more needs of users are met, and the box has good marketing and application prospect.

The present application provides a makeup photographing method and device. The method includes the following steps: face recognition is performed when a photographing device is used in a makeup mode; makeup areas are positioned; when a received makeup mode input by a user is a one click makeup mode, whether the number of pictures taken by the user using the makeup mode is greater than a first preset threshold value is determined in a local database; if yes, makeup effect most frequently used by the user is selected and displayed on the positioned makeup areas; otherwise, the makeup effect which most frequently used by the user and is maximally matched with the face of the user is chosen and displayed on the positioned makeup areas after matching operation is performed in a cloud end database according to a result of face recognition; when a photographing instruction input by the user is received, photographing operation is performed and photos with the makeup effect are stored. Via the makeup photographing method and device disclosed in a technical solution of the invention, a photographing function of the device can be enhanced, and user experience can be improved.

A method and a system for controlling an external lens, applicable to a main device to control a lens module connected thereto, are provided. The main device provides power and storage medium for the lens module to use. In the present method, the lens module is connected to the main device, and a control program is downloaded from a memory unit of the lens module and installed in the main device. The control program is used to allow the main device to receive a control operation, accordingly control the lens module to execute a camera function, and finally display an execution result of the lens module executing the camera function.

The invention discloses a magnetic navigation type compressed air foam fire extinguishing device suitable for high-risk complex places, and relates to the field of fire fighting of high-risk places. The magnetic navigation type compressed air foam fire extinguishing device suitable for the high-risk complex places comprises a magnetic navigation type walking vehicle top plate, a foam fire extinguishing device force arm, a camera body and a dirt cleaning mechanism. According to the magnetic navigation type compressed air foam fire extinguishing device suitable for the high-risk complex places, a pressure pump in the pressure water tank device is remotely operated, fire fighting water and foam stock solution in the pressure water tank device are mixed to form compressed air foam mixed liquid, and after pressurization, power is provided for the mixed liquid to be sprayed out; the camera body is arranged on the glass panel and is sprayed out through the connecting hose and the foam fire extinguishing nozzle in sequence, fire extinguishing is conducted on the site, fire extinguishing operation is achieved, the camera body provides a video scene on the site, and dirt on the glass panel can be removed through the dirt cleaning mechanism.

The present invention discloses an optical image capturing structure, comprising a basal plate, a framework, a photosensitive element, a first axial actuator, a second axial actuator and a third axial actuator. The framework relatively moves on the basal plate, while the photosensitive element is arranged inside the framework to capture an optical image; the first axial actuator is connected between the framework and the photosensitive element; the second axial actuator is connected between the framework and the photosensitive element; the third axial actuator is connected between the framework and the basal plate; the first axial actuator, the second axial actuator and the third axial actuator are used to move the photosensitive element in a first axial direction, a second axial direction and a third axial direction, thereby ensuring that the photosensitive element follows optical axis change to shift, and ensuring that the optical image is clearly imaged on the photosensitive element.

An apparatus for checking the playback of a video sequence of a mirror replacement camera for a motor vehicle includes: a movable camera device (10), which is designed to record an image and to provide image data; an image data processing device (20), which is coupled to the camera device (10) and is designed to produce the video sequence based on the captured image data; an output device (30), which is designed to display the produced video sequence; and a diagnosis device (40), which is designed to move the camera device (10) and/or to generate an image movement when producing the video sequence so as to check the displayed video sequence.