33results about How to "Flexible shooting" patented technology

The present invention provides a camera module and a mobile terminal. The camera module comprises a flexible circuit board, at least two cameras, and at least two lens modules. The at least two cameras are arranged on the flexible circuit board. Each of the lens modules are rotated around corresponding rotation shafts. Through the invention, the problems of a fixed shooting angle, poor flexibility and inconvenient operation of an existing camera are solved.

The invention provides a method for shooting a panorama. The method comprises the steps: creating a shooting cluster, wherein the shooting cluster comprises a master intelligent terminal and multiple subordinated intelligent terminals communicating with the master intelligent terminal; judging whether the multiple subordinated intelligent terminals are located at the predetermined shooting positions or not by the master intelligent terminal, if so, within a preset time, shooting a framing object by the master intelligent terminal so as to generate a local panorama picture and triggering the subordinated intelligent terminals to shoot the framing object so as to generate local panorama pictures; sending the local panorama pictures generated by the master intelligent terminal and the multiple subordinated intelligent terminals to a picture synthesis device; and performing the three-dimensional synthesis to the local panorama pictures so as to form a whole panorama picture by the picture synthesis device. In addition, the invention further provides two systems for shooting a panorama. The method and systems are used for promoting the reproductivity of the whole panorama picture to the framing object.

The embodiment of the invention provides a game skill display method, device and equipment and a storage medium. In the embodiment of the invention, a skill display interface can be presented in response to a skill display instruction; determining a target skill to be displayed; controlling a role model placed in a specific area to display a skill effect corresponding to the target skill; and shooting the role model by using a camera placed in the specific area, and playing the content shot by the camera in the skill display interface to display the target skill. Therefore, according to the embodiment of the invention, the method comprises the following steps: taking a role module in a specific area as a model; and the role model is flexibly shot in real time through the camera in the specific area, the game skill can be projected in the skill display interface in real time, the flexibility of the skill display view angle can be improved, a large number of skill recording videos do notneed to be stored in advance any more, and therefore storage resources can be effectively saved.

The invention discloses an intelligent forensic medicine camera instrument, relates to evidence obtaining cameras, and aims to solve problems that existing cameras are low in level of integration of optical, mechanical and electrical devices, inconvenient in use and cannot be operated separately when legal medical experts dissect corpses. A camera, a shooting light source, a large-screen display are fixed on a lifting device. Shooting results can be displayed on the large-screen display in real time. The lifting device is arranged on a frame with universal wheels, so that pictures can be taken conveniently and observed in time, and the camera instrument can be operated by one person conveniently and flexibly and can be used for taking pictures from multiple angles. The camera instrument can be used with an external alternating-current power source, and can also be used with a built-in direct-current power source to operate individually, and various components of the camera instrument can be operated under remote control. In addition, by the aid of a voice recognition chip, a shutter of the camera and switches of electric devices such as the shooting light source are controlled automatically by voice of people, so that the legal medical experts can operate the different electric devices of the camera instrument independently in evidence obtaining and recording when dissecting corpses, and evidence obtaining and recording efficiency and quality are improved effectively.

The invention discloses an unmanned aerial vehicle for bridge detection based on bridge safety performance, the structure includes a multi-angle observation and landing buffer device, a control panel,a heat dissipating block, a first rotating vane, a second rotating blade, an operating status indicator, a UAV main body, a blade rotating shaft, a third rotating blade, a fourth rotating blade, a protective cover, and lamps; the multi-angle observation and the landing buffer device are welded to the lower end of the main body of the unmanned aerial vehicle, the control panel is screwed to the right end of the front face of the multi-angle observation and landing buffer device, As that multi-angle observation and landing buffer device is arranged, When the equipment detects the bridge, the high-definition camera can rotate from multiple angles, which makes the equipment more flexible when shooting, and facilitates the shooting process. Moreover, when the equipment lands on the ground, theshock absorbing measures are in place, so that the equipment will not be impacted excessively, which greatly protects the equipment components and prolong the overall service life of the equipment.

The invention provides a mobile terminal. The mobile terminal comprises a selecting knob, at least two metal contact points and a processor. The selecting knob is used for controlling a photographing function and comprises a rotating disk, a central rotating shaft and a metal contact element. When a user dials the rotating disk, the selecting knob rotates by taking the central rotating shaft as an axis. The central rotating shaft is grounded. One end of the metal contact element is connected with the central rotating shaft. The other end of the metal contact element extends to the outer race of the rotating disk. When the rotating disk rotates, the metal contact element rotates along with the rotating disk. The at least two metal contact points are arranged at the outer race of the rotating disk but not fixedly connected with the rotating disk. When needing to trigger a functional event, the user dials the rotating disk of the selecting knob to the metal contact element to contact with the metal contact points. The processor is connected with the metal contact points and is used for receiving a signal to trigger the functional event and processing corresponding functional event. The user can rapidly open a photographing using and setting device so as to photograph flexibly.

The invention discloses a camera assembly and a terminal and relates to the field of a terminal device. The camera assembly comprises a first rotation structure, a second rotation structure, a third rotation structure and a camera. One end of the first rotation structure is connected with the second rotation structure, the second rotation structure is enabled to rotate in a first plane, and the first plane is parallel to a display screen. The second rotation structure is connected with the third rotation structure, the third rotation structure is enabled to rotate in a second plane, and the second plane is vertical to the second rotation structure. The third rotation structure is connected with the camera, the camera is enabled to rotate in a third plane, and the third plane is parallel tothe third rotation structure. The camera is fixed through utilization of the first rotation structure, the second rotation structure and the third rotation structure, the camera is enabled to have three moving degree of freedom, a traditional camera mounting form can be changed, the camera is enabled to be parallel to the display, and the limitation to a size of the camera is reduced, so the photographing performance of the camera is improved.

The present invention discloses a photographing method, which is applied to a mobile terminal. The mobile terminal includes a flexible screen, a first camera and a second camera. The method includes: respectively setting the first camera and the second camera on Different positions of the flexible screen, wherein the different positions mean that the vertical plane of the first camera does not overlap with the vertical plane of the second camera; obtain the shooting angle in the shooting instruction; according to the first camera According to the positional relationship of the second camera, the corresponding relationship between the shooting angle and the bending angle of the flexible screen is calculated; according to the shooting angle, the flexible screen is controlled to bend to a corresponding bending angle for shooting. In addition, the embodiment of the present invention also provides a mobile terminal and a computer storage medium.

The invention provides a three-dimensional recording selfie stick, comprising a selfie stick, a mobile phone, a power bank, a clamping sleeve and a composite camera, wherein the upper end of the selfie stick is provided with a retractable composite camera interface, and the lower handle of the selfie stick is provided with a mobile phone Elastic clip and charging treasure elastic clip, the composite camera is fixed at the end of the telescopic composite camera interface on the top of the selfie stick, the composite camera is integrated with a microphone, the mobile phone and charging treasure are fixed on the handle of the selfie stick through the mobile phone elastic clip and the charging treasure elastic clip above. Install the miniature composite camera at the front of the selfie stick, and integrate the mobile phone and power bank at the back of the selfie stick, which not only provides sufficient power for the mobile phone to work for a long time, but also moves the center of gravity of the mobile phone backward, making it easier for users to take pictures and record videos In addition, multiple composite cameras can be installed on the front end of the selfie stick to take stereoscopic photos and stereoscopic videos, so as to provide users with richer panoramic stereoscopic images.

The present disclosure discloses a method, device, electronic equipment and computer-readable storage medium for rendering an image. The method for rendering an image includes: acquiring a first image from a photographing device; determining parameters of a character object in the first image; and controlling the photographing device to capture the first image in response to the parameters of the character object satisfying a preset condition The second image: acquiring the second image from the photographing device; rendering the character object in the second image by rendering parameters. The embodiments of the present disclosure adopt this technical solution, identify the parameters of the character object, control the shooting of the shooting device according to the parameters of the character object, and render the captured character object, so as to achieve flexible shooting and rendering of the character object.

Embodiments of the present invention provide a photographing method and a terminal. Wherein, the photographing method includes: detecting whether there is an occluder in the first preview image; if there is an occluder in the first preview image, according to the target object and the occluder in the first preview image The position and the preset composition algorithm remove the occluder to obtain a second preview image; wherein, the target object is an object on which the camera is in focus; and take pictures according to the second preview image. In the embodiment of the present invention, the occlusion is removed on the basis of taking the composition effect into consideration, so as to ensure that the photograph obtained according to the preview image after the occlusion removal also has a better composition effect. Since the photos taken based on the preview image after removing the occlusion no longer have the occlusion, the trouble of cropping the picture in the later stage is saved, the shooting process is more flexible, and the photos taken are more beautiful.

The invention discloses a handgun which comprises a gun body (1) and a handle (2). The handgun is characterized in that the gun body (1) is provided with a tear bomb launcher (4) which is controlled by virtue of a button (3). The handgun disclosed by the invention can be used for normally launching bullets, further selectively achieving a lacrimation function, and overpowering criminals in a minimal injury mode without using the bullets.

The present invention relates to a method which uses an infrared thermal imager for in-situ quantitative-detecting a heat transfer resistance / heat transfer coefficient of a building enclosure structure. An energized electric heating wire is used for identifying a selected area on the surface of the enclosure structure; an electric thermoscope is used for measuring the temperature of the identified area; the infrared thermal imager is used for taking a picture of the identified area and an infrared thermogram of the area is obtained, the electronic thermoscope is used for measuring and recording the indoor and outdoor temperature; an image analysis software of the infrared thermal imager is used for analyzing and processing the infrared thermogram to obtain a value, an average heat transfer resistance of the building enclosure structure is obtained by substituting the value into the formula to calculate an average heat transfer coefficient of the enclosure structure. The invention has the advantages of flexible infrared thermal image shooting, low requirement to the experiment condition, quick testing and accurate data, and overcomes the defect of big error when the data is tested by a heat flow meter method and the requirement to a meter box and an insulating box by a hot box method.

The present invention proposes a mobile terminal, including: a selection knob for controlling the camera function, including a rotating disk, a central rotating shaft and a metal contact piece. shaft rotates, the central shaft is grounded, one end of the metal contact is connected to the central shaft, and the other end extends to the outer ring of the rotating disc. When the rotating disc rotates, the metal contact Rotate together with the rotating disc; at least two metal contact points are placed on the outer ring of the rotating disc, but not fixedly connected with the rotating disc, when the user needs to trigger a functional event, toggle the selection Rotating the disc of the knob until the metal contact piece is in contact with the metal contact point; the processor is connected to the metal contact point and is used to receive a signal triggering a functional event and process a corresponding functional event. Users can quickly open the camera app and adjust settings to take photos flexibly.

The invention is suitable for stage lighting demonstration and provides a laser beam expanding device. The laser beam expanding device comprises a first lens and a second lens which are positioned on the same optical axis; the first lens is a biconcave lens, and the second lens is a meniscus lens of which the convex side is bent towards the emergent direction of rays; and the distance d2 between the first lens and the second lens is more than or equal to 25mm and less than or equal to 35mm and the first lens is a beam expanding lens. The invention also provides the demonstration system. In the demonstration system, a first vibrating lens is arranged on the output optical path of the second lens, and a second vibrating lens is arranged on the reflection optical path of the first vibrating lens. The laser beams emitted by the laser beam expanding device are parallel to each other and are suitable for stage demonstration. The parallel light beams can be strafed randomly in the 180-dgree range in the spatial vertical direction after being reflected by the first vibrating lens. The parallel light beams can be strafed randomly in the 360-dgree range in the spatial horizontal direction after being reflected by the second vibrating lens, and patterns of various designs and colors can be quickly formed by using laser of different colors.