35results about How to "Convenient selfie" patented technology

The invention discloses a method for detecting blink action and realizing autodyne by a mobile terminal. The method includes the steps: detecting and positioning the positions of eyes of a photographed person; detecting whether blink action meets set conditions or not; and automatically taking photos after set delay time when the blink action meeting the set conditions is detected. The invention further discloses the mobile terminal for realizing autodyne by the aid of the method. Autodyne of a camera is controlled in a quite simple and convenient manner, complicated image processing techniques are omitted, and fairly good photographing effects can be greatly ensured.

The invention discloses a method and a device for facilitating user self-timing. A flash light can rotate to a frontend intelligent terminal along with the rotation of a camera; when a user performing self-timing under the dark light is detected, the flash lamp is opened and continuously illuminated to provide stable brightness for the user, and an LED (light emitting diode) lamp of a screen is opened to provide light ray compensation for the user, so the sensory stimuli of single light source is weakened, the brightness of the flash lamp is controlled, and is close to the brightness of the screen, the comfortability of the user sensing the light source is further improved, and a good self-timing environment is created.

The invention provides a shooting method. The shooting method comprises the following steps of: receiving image information transmitted from an image acquisition module; analyzing the image information to obtain posture information contained in the image information; judging whether the posture information contained in the image information is matched with preset posture information; and starting a shooting action when the posture information contained in the image information is matched with the preset posture information. The invention also provides a shooting device. The shooting method and shooting device of the invention, which are different from a traditional shooting mode, can assist in overcoming chattering and achieving a clear shooting effect.

The invention provides a photographing method comprising that: image information transmitted from an image acquisition module is received; the image information is parsed so that posture information included by the image information is obtained, and there are at least two pieces of posture information; whether the at least two pieces of posture information included by the image information are respectively matched with the preset posture information is judged; and when the at least two pieces of posture information included by the image information are respectively matched with the preset posture information, a photographing action is started. The invention also provides a photographing device. With application of the photographing method which is different from a conventional photographing mode, shaking can be overcome and clear photographing effect can be realized.

The invention relates to the mobile communication device field, in particular to a bar phone with a phone head and a keyboard which are rotatable. The mobile communication device comprises a phone head part, a display part and a keyboard part, wherein a telephone receiver is arranged on the front surface of the phone head part, a music control keyboard is arranged is arranged on the back surface thereof, and an optical zooming camera and a flashlight are arranged on the side surface thereof; the display part is provided with a display screen; and a mobile phone control keyboard is arranged on the front surface of the keyboard part, a digital camera control keyboard is arranged on the back surface thereof, and a camera shutter keyboard is arranged on the side surface thereof. The mobile communication device is characterized in that a rotating mechanism is arranged at the middle part of the phone head part and the facing display part which are enabled to rotate relatively by the rotating mechanism; and a rotating mechanism is further arranged at the middle part opposite to the display part and the keyboard part which are enabled to rotate relatively by the rotating mechanism; the pictures can be taken by fully applying the digital camera operation mode through rotating the phone head part and the keyboard part, meanwhile, the users can conveniently carry out the timed exposure; the digital camera operation mode can be quickly switched into the music playing mode through rotating the phone head part; and the music playing can be conveniently controlled by utilizing the music control keyboard of the phone head part.

The invention belongs to the technical field of image collection of a mobile terminal and provides the mobile terminal, an image collecting method and a system thereof. The method comprises the following steps: receiving a trigger signal inputted by a user at any point on a touch screen under a photographing or camera shooting preview interface, and controlling a display to display and / or a storage to store collected present image frame or to store the image frames collected within a corresponding period of time according to the trigger signal. The whole area of the touch screen is served as a trigger area, so that the photographing or camera shooting function can be finished after the trigger signal is received by any point. Compared with the image collecting method of the present mobile terminal, the method has the advantages that the trigger area is bigger, a user can conveniently trigger photographing or camera shooting when the touch screen and an image sensor are respectively arranged on the front surface and rear surface of the mobile terminal, a convenience is brought to the self-photographing of the user and the use experience of the user is promoted.

The invention discloses an omni-directional multi-angle shooting method and device. The method specifically comprises the following steps of step 1, installing equipment, namely fixing a bottom plateto a tripod by using bolts or directly putting the bottom plate on a horizontal plane without a shielding object around the periphery; step 2, inputting a scene; step 3, selecting a range; and step 4,shooting the scene. The invention relates to the technical field of photography. According to the omni-directional multi-angle shooting method and device, a servo motor is used to drive a first gearto rotate, so that a second gear drives a camera to rotate horizontally in order to complete photography of the horizontal plane of the scene; a shooting angle of the camera is adjusted by using an angle telescopic rod, and a height telescopic rod is matched to adjust the height of a shooting surface; preset operation shooting is performed through a single-chip microcomputer; a user can realize omnibearing multi-angle selfie by directly moving the own position under a condition that the background is fixed; and the device is stable in operation, higher in shooting quality and convenient for selfie.

The invention provides an image acquisition device and an auxiliary shooting method thereof. The method comprises the following steps of obtaining an image positioned at a first side of the image acquisition device, detecting at least one object in the image, and according to position information of the target in the image, outputting a prompt signal at the first side of the image acquisition device. The image acquisition device and the auxiliary shooting method can concretely indicate the current position of the object in the image, enable the user to intuitively determine the composition of a currently-shot image, and facilitate the user to carry out selfie using a rear lens, so that the operation experience is improved.

An embodiment of the present invention provides a selfie method that is applied to a mobile terminal with a rear camera. The selfie method comprises the steps of starting the rear camera so as to enter a selfie mode; establishing a connection with an external device, and previewing a to-be-photographed image in real time by using the external device; and if it is detected that a shutter is triggered, performing photographing. An embodiment of the present invention further provides a mobile terminal. According to the selfie method and the mobile terminal, the rear camera is used for selfie, the to-be-photographed image is previewed in real time through the connected external device, so that it is convenient for a user to perform selfie by using the rear camera.

The invention provides a shooting method based on a vehicle, a storage medium, electronic equipment and the vehicle. The shooting method based on the vehicle is applied to a vehicle-mounted terminal and comprises the steps of receiving a shooting instruction transmitted by a mobile terminal of a vehicle owner; starting an automobile data recorder and recognizing a vehicle owner face from a previewimage to recognize a vehicle owner from the preview image; recognizing an action characteristic of the vehicle owner from the preview image; and when the action characteristic matched with a first preset action characteristic is recognized, starting a shooting function of the automobile data recorder. According to the shooting method based on the vehicle, the storage medium, the electronic equipment and the vehicle, by remotely controlling the automobile data recorder to automatically follow the vehicle owner outside the vehicle to shoot the vehicle owner, a user is enabled to realize selfieconveniently so that the user experience is greatly improved.

The invention discloses a mobile terminal and a shooting method and apparatus. The mobile terminal comprises a rear camera and a fingerprint identification device; the fingerprint identification device is arranged on the back of the mobile terminal, and a distance between the fingerprint identification device and the post camera is smaller than a preset distance; and the outer surface of the fingerprint identification device is of a mirror plane structure. By applying the technical scheme provided by the invention, the requirement of users for self-shooting videos or photos with good effects can be met, so that user experience can be promoted.

The invention provides a remote shooting method of a mobile terminal and the mobile terminal. The method provided by the embodiment of the invention comprises the following steps: the mobile terminal pairs an intelligent finger ring by Bluetooth, wherein the intelligent finger ring has a Bluetooth function; the intelligent finger ring sends a shooting instruction to the mobile terminal by Bluetooth, wherein the shooting instruction carries a shooting strategy; the mobile terminal analyzes the shooting instruction to obtain the shooting strategy; and the mobile terminal uses a camera to take pictures according to the shooting strategy. According to the remote shooting method provided by the embodiment of the invention, the remote shooting of the mobile terminal is realized by the intelligent finger ring, thereby facilitating the selfie of a user outdoors and being simple and convenient, and no selfie stick needs to be singly carried, thereby improving the user experience.

A digital image shooting method, applied to a camera device, the camera device has a lens group and a display screen, the shooting method includes the following steps: select a portrait shooting range on the display screen; the lens group captures at least one target portrait Obtain at least one image; identify a facial feature of the target portrait from the image; calculate a ratio value of the facial feature to the image, and a coordinate value of the facial feature located in the image; and use the ratio value and The coordinate value deduces whether the image fits the shooting range of the portrait. Thereby, the digital image shooting method of the present invention enables the user to accurately grasp the shooting range without looking at the display screen.

The invention relates to an autodyne system which comprises a camera module and a remote control module. The camera module comprises a lens unit, an image sensing unit, a first display unit, a first receiving / emitting unit and a first control unit, wherein the lens unit is used for shooting an optical image; the image sensing unit is used for sensing the optical image and converting the optical image into an electric signal; the first display unit is used for receiving the electric signal and converting the electric signal into the optical image so as to display the optical image; the first receiving / emitting unit is used for emitting the electric signal and receiving a control signal; and the first control unit is used for controlling a camera to shoot according to the control signal. Theremote control module comprises a second receiving / emitting unit, a second display unit and a second control unit, wherein the second receiving / emitting unit is used for receiving the electric signaland emitting the control signal; the second display unit is used for receiving the electric signal received by the second receiving / emitting unit and converting the electric signal into the optical image so as to display the optical image; and the second control unit is used for generating a corresponding control signal according to a user command. The autodyne system enables autodyne operationsto be more convenient.

The invention provides a camera with a multifunctional rack. The camera with the multifunctional rack comprises a camera body comprising an outer shell, a selfie rack comprising a selfie stick, a mounting base and two support rods, the mounting base comprises a bottom plate, a rear baffle plate, a top plate, a key touch mechanism, two front baffle plates and at least two insertion shafts, the bottom plate is fixed with one end of the selfie stick, the two front baffle plates both stand on the edge, near to the selfie stick, of the bottom plate, the selfie stick is rotatably connected with the front edge of the bottom plate, a second rotation limiting mechanism is arranged on the joint between the selfie stick and the bottom plate, a mounting column vertical to each support rod is arranged at one end of the support rod, and a connecting mechanism located on the mounting column is arranged on each support rod. The camera with the multifunctional rack solves the problem that the existing selfie stick cannot be matched with the camera to realize the selfie function, and also solves the problem that a small support frame cannot be provided for the camera in the prior art.

The invention discloses a photographing method based on a selfie stick. The photographing method comprises the following steps: S10, obtaining a camera which needs to be opened and is selected on the selfie stick, wherein the camera includes a front camera and a rear camera on a mobile terminal; S20, according to the selected camera, sending a device address corresponding to the camera to the mobile terminal; S30, after the mobile terminal opens the camera corresponding to the device address according to the received device address, taking in a photographing picture; and S40, synchronously previewing and displaying the photographing picture in a selfie screen, wherein the selfie screen is arranged on the selfie stick. According to the photographing method based on the selfie stick and the photographing system disclosed by the invention, functions such as photographing picture previewing, focusing and the like are realized, and the mobile terminal conveniently utilizes the front camera and the rear camera for selfie; when the rear camera is utilized for the selfie, the photographing picture is previewed and displayed on the selfie screen; a user can conveniently find an appropriate photographing angle; and the problems that the front camera cannot photograph a distant view and the definition is not enough can be overcome.

The invention relates to a rapid shooting method and device and a readable storage medium applied to a sliding cover type terminal with an upper sliding cover and a lower sliding cover. A pressure sensing area is arranged on a middle frame of the sliding cover type terminal. The method comprises the steps that acquiring a first pressing signal collected in the pressure sensing area; detecting whether the pressing characteristic of the first pressing signal conforms to the first characteristic or not; when the pressing characteristic of the first pressing signal conforms to the first characteristic, the upper sliding cover and the lower sliding cover are controlled to automatically slide away; and when the upper sliding cover and the lower sliding cover are in a sliding open state, controlling a front camera on the sliding cover surface of the lower sliding cover to enter a shooting state. Therefore, a user can automatically control the front camera of the sliding cover type terminal tobe exposed and enter a selfie mode only by applying the first pressing signal to the sensing area of a rear shell part, the number of steps of user operation is greatly reduced, and the user can enter the selfie mode in an extremely short time so as to carry out selfie conveniently.

The invention provides a power bank which is used for charging and controlling shooting of intelligent equipment. The power bank comprises a charge-discharge component and a shooting control component, wherein the charge-discharge component comprises a body, an input interface formed in the body, an output interface and an LED lamp; the shooting-control component is provided with a signal generator capable of emitting control signals and a control module used for controlling the signal generator; the intelligent equipment receives wireless signals and executes shooting operations; a main body is provided with a control switch used for controlling the signal generator. The power bank still has a portable charging function of a traditional product, and is also capable of photographing and camera shooting through the control of the shooting control component on the intelligent equipment, so that people can perform selfie conveniently.

The invention relates to a rapid shooting method and device and a readable storage medium applied to a sliding cover type terminal with an upper sliding cover and a lower sliding cover, and a rear shell part of the lower sliding cover is provided with a sensing area. The method comprises the following steps: obtaining a first pressing signal collected by the sensing area of the rear shell part; detecting whether the pressing characteristic of the first pressing signal conforms to the first characteristic or not; when the pressing characteristic of the first pressing signal conforms to the first characteristic, the upper sliding cover and the lower sliding cover are controlled to automatically slide away; and when the upper sliding cover and the lower sliding cover are in a sliding open state, controlling the front camera on the sliding cover surface of the lower sliding cover to enter a shooting state. Therefore, a user can automatically control the front camera of the sliding cover type terminal to be exposed and enter a selfie mode only by applying the first pressing signal to the sensing area of the rear shell part, the number of steps of user operation is greatly reduced, and the user can enter the selfie mode in an extremely short time so as to carry out selfie conveniently.

An image acquisition method, an image acquisition device and a computer storage medium are disclosed. The method comprises the steps of: acquiring an image acquired by a camera; determining the position of a user face image in the image; judging whether the position of the user face image in the image is within a preset target region; when the user face image is beyond the target region, adjustingthe image acquisition angle of the camera, so that the user face image acquired by the camera is within the target region; and acquiring and displaying an image to be shot acquired by the camera. With the above scheme, a user can conveniently take own photos.

The invention discloses a self-timer pole which is used for a camera self-timer. The self-timer pole is characterized in that the self-timer pole consists of a module which is on the pole head to fix a camera and a pole body which can be flexed and folded and a handle which is convenient for holding. The self-timer person can conveniently take perfect pictures by oneself by using the self-timer pole of the invention. The self-timer pole is characterized in being convenient for use and carry and having practical functions, etc..

The invention belongs to the field of mobile phones, and particularly relates to a mobile phone safety lifting camera, which includes electric drive, screw, nut, A tube, sleeve, B tube, A slider, booster spring, extension spring, sliding plate, compression spring, etc. , wherein the electric drive drives the screw to rotate to make the nut move up and down, the nut drives the A tube to move up and down, and the A tube drives the camera to move up through the sleeve, B tube, booster spring, A slider, and base. In the present invention, the booster spring is used to compress the small amplitude generated when the camera is hit. The booster spring partially compressed by the small range buffers the impact of the camera. After the disk passes through a series of transmissions, the relatively static state between the A tube and the sleeve is instantly released; thus, under the reset action of the tension spring, the B tube is pulled down to move down instantly, and the down-moving B tube instantly retracts the camera to the body after a series of transmissions In this way, the possibility of the camera being damaged by impact is greatly reduced.

The invention discloses a method and device for making selfies convenient for users. Aiming at an intelligent terminal whose flashlight can be rotated to the front end with the camera, when it is detected that the user is taking selfies in dark light, the flashlight is turned on and continuously lit to provide users with stable brightness. At the same time, turn on the LED light of the screen to provide light compensation for users, thereby reducing the sensory stimulation of a single light source, and can also control the brightness of the flash to make it close to the brightness of the screen, further improving the user's comfort with the light source, thus creating a good environment. selfie environment.