31results about How to "Realize panoramic shooting" patented technology

The present invention discloses a wireless remote control single-lens vehicle pan-shot system based on a mobile communication network. A mobile control terminal is in wireless connection with a vehicle camera terminal through the mobile communication network or a WiFi wireless network; and the vehicle camera terminal includes a main control module and an image acquisition module, a lens driving module, an image storage module, a sensing triggering module, a module communication module, a wireless WiFi module and a power supply module which are connected with the main control module. The wireless remote control single-lens vehicle pan-shot system based on the mobile communication network is driven by a single lens and a stepping motor to realize the panorama shot and monitoring of the environment in a vehicle and the environment around the vehicle body; the installation is easier, the cost is lower, and because the mobile control terminal is provided with a 3G/4G mobile communication network and the WiFi wireless network, users are convenient to realize wireless and remote operation of a vehicle camera terminal through a mobile control terminal such as a smart phone, a tablet personal computer and the like so as to ensure the vehicle safety.

The invention discloses an unmanned plane and a control method, wherein the unmanned plane comprises a body; the body has at least two fisheye lens; and the cover scope of the shooting visual angle formed by the two fisheye lens is 90 DEG-180 DEG. According to the invention, the problems of real time detection in flight and obstacle avoidance are solved; the obstacle avoidance method has the characteristics of low production cost, high real-time operating capability and long visual detection distance, and the method is combined with software analysis, therefore, the unmanned plane can avoid obstacle at real time better.

Provided is a virtual reality live broadcast method, which comprises the following steps: a wearable recording device carries out on-site panoramic video recording and transmits image frames of a recorded video and related parameters in the recording process to a cloud server in real time; the cloud server carries out panoramic stitching processing on the image frames of the video, carries out three-dimensional modeling according to the related parameters in the recording process to generate a three-dimensional panoramic video and transmits the three-dimensional panoramic video to a visual device; and the visual device obtains the real-time or delayed three-dimensional panoramic video from the cloud server to allow a user to carry out on-site video live broadcast or rebroadcast. The invention also provides a virtual reality live broadcast system and the cloud server. The virtual reality live broadcast method and system and the cloud server can bring better user experience to the users.

The invention discloses a camera component. The camera component comprises at least three cameras, each camera has a sub-light incident surface, all sub-light incident surfaces are spliced to form a main light incident surface, and the main light incident surface takes the shape of a cambered surface. According to the camera component disclosed by the invention, the sub-light incident surfaces ofthe at least three cameras are spliced to form the main light incident surface, and an object is shot via the main light incident surface, therefore supplementary shooting is performed on mutual shooting dead zones of the at least three cameras to increase the shooting angle of the camera component, in this way, the panoramic shooting of the camera component is achieved, and the shooting effect ofthe camera component is improved. When the above camera component is applied to an electronic device, the electronic device has a better shooting effect.

The camera includes following parts: lens, body for fixing the lens; there are first cavity for storing unexposed film and second cavity for storing exposed film inside body; backrolling shaft is on top end of the first cavity for storing unexposed film; slot type exposal aperture is on imaging plane in middle part of the body; film transport shaft is on top part of the imaging plane; first gearing inside lower body is capable of driving body to rotate 360 degrees horizontally around rear nodal point; first gearing can be inserted into second gearing to transfer torsional moment, the said second gearing makes backrolling shaft or transport shaft rotate in reverse orientation. Features are high resolution, not easy of wobble.

The invention discloses a mobile phone panoramic lens. The mobile phone panoramic lens comprises a first reflecting mirror, a first correcting lens, a second reflecting mirror and a second correcting lens in sequence along a light incidence direction, wherein the first reflecting mirror is suitable for reflecting exterior incident light within a range of 360 degrees into the first correcting lens; the first correcting lens is suitable for correcting the direction of the light reflected by the first reflecting mirror, and emitting the corrected light onto the second reflecting mirror; the second reflecting mirror is suitable for reflecting the light which is emitted onto the second reflecting mirror into the second correcting lens; the second correcting lens is suitable for correcting the direction of the light reflected by the second reflecting mirror in order that the emitted light enters the mobile phone lens in a way of being approximate to parallel light. By adopting the technical scheme provided by the invention, convenient, reliable and effective panorama shot experience is provided for a user, a more perfect shooting effect can be achieved, and the user requirements can be met.

The invention belongs to the field of teaching systems and discloses a tracking control system applied to classroom teaching use. The tracking control system comprises a first tracking video camera, afirst holder, a second tracking video camera, a third tracking video camera, a third holder, a student panoramic video camera, a blackboard writing panoramic video camera, a controller, a switcher and a switching host; the first tracking video camera is arranged on the first holder, the second tracking video camera is arranged on the second holder, and the third tracking video camera is arrangedon the third holder; moreover, the first holder, the second holder and the third holder all comprise a communication module, a holder movement module and a tracking module; and the communication module is connected with the controller, the holder movement module and the tracking module. The system provided by the invention automatically takes a candid photograph, performs close-up photography andperforms panoramic photography and automatically performs picture switching according to actual conditions, and thus, an effect of wireless photographing and recording of classroom teaching and quality of classroom teaching are improved effectively.

The invention is suitable for the field of the panoramic shooting, and provides a method for realizing panoramic shooting through coordination of a mobile terminal and a lens component, and the lens component. The lens component comprises a mounting bracket, a front lens and a rear lens, wherein through holes are formed on the front and the back of the mounting bracket; the front lens is embeddedin the through hole in the front of the mounting bracket, the rear lens is embedded in the through hole in the back of the mounting bracket; the mounting bracket is detachably sleeved out of a cameraregion of the mobile terminal; when the lens component is mounted to the mobile terminal, the front lens covers on a front camera of the mobile terminal, and the rear lens covers a rear camera of themobile terminal, and each of the front lens and the rear lens is a wide angle lens or a fish-eye lens; the front camera and the rear camera of the mobile terminal are simultaneously controlled to shoot through a panoramic shooting application program installed in the mobile terminal, thereby realizing the panoramic shooting in coordination with the front lens and the rear lens, the cost is low, and the dedicated panoramic camera is unnecessary.

The invention provides a panoramic shooting camera which comprises a first lens, a reflector, an image sensor chip, a circuit board, a cover plate and a supporting part, wherein the first lens is a hollowed cylindrical lens, the upper surface of the first lens is provided with the cover plate, the lower surface of the first lens is fixed to the upper end of the support part, the bottom side of the reflector is fixed to the lower surface of the cover plate, the side surface of the reflector reflects light input via the side surface of the first lens to a photosensitive area of the image sensor chip, the image sensor chip is positioned on the circuit board and electrically connected with the circuit board, and the circuit board is fixed in the lower end of the supporting part. The panoramic shooting camera can realize panoramic shooting of 360 degrees.

The invention discloses a high scene visual field recorder. The high scene visual field recorder includes a base arranged on a vehicle roof; a telescopic rod is fixed on the base; four cameras are arranged on the top end of the telescopic rod; the four cameras are fixed on the top end of the telescopic rod at a 90-degree visual angle respectively; the cameras and a display screen in a vehicle are connected through a data communication module; the cameras are connected to the display screen; and a controller arranged in the vehicle is connected to and controls the cameras and the display screen. The four cameras are fixed on the top end of the telescopic rod at a 90-degree visual angle respectively, and then a visual aerial view can be provided, dead angles can be avoided, the cameras can shoot a surrounding environment at 360 degrees without dead angles, the situation that sight of a driver is blocked by a front vehicle can be avoided, the driver can conveniently slow down in advance, or change a lane in advance, or select a rapid and smooth lane in advance so as to rapidly pass through the lane, and safe driving of the driver is facilitated.

The invention discloses an oral cavity CBCT equipment, a cantilever is arranged at the top of a supporting frame, and a supporting table is connected to the supporting frame and used for supporting the head of a patient. An X-ray assembly is arranged at one end of a C-shaped arm and the X-ray assembly is provided with an X-ray source. A CT detection assembly is arranged at the other end of the C-shaped arm, and the CT detection assembly and the X-ray assembly are located on the two opposite sides of the head of the patient. A movement driving assembly is used for driving the CT detection assembly to move between a first position and a second position. A head side position device comprises a secondary beam limiting device and a head side position detector, and the head side position detector is connected to the cantilever and used for receiving X-rays which come from the X-ray source and pass through the secondary beam limiting device. Wherein the CT detection assembly is used for receiving X-rays when being located at the first position, and the CT detection assembly is used for avoiding the X-rays from the X-ray source to the secondary beam limiting device when being located at the second position. According to the oral cavity CBCT equipment, the structure is simple, the production cost is low, the imaging view can be adjusted in a stepless mode, and the requirements of different doctors are met.

The invention discloses a panoramic shooting device and a shooting method. The panoramic shooting device comprises a base, a first supporting frame, a second supporting frame, an objective table and a rotary installation support; the first supporting frame and the second supporting frame are installed at the two opposite ends of the base respectively, and the objective table is installed between the first supporting frame and the second supporting frame; the objective table can rotate in the horizontal direction, the rotary installation support is rotationally connected with at least one of the first supporting frame and the second supporting frame, the rotary installation support is used for installing a shooting device, and the rotary installation support can rotate by at least 180 degrees in the vertical direction around the objective table. By arranging the objective table capable of rotating horizontally and the rotary mounting bracket capable of rotating vertically, the shooting device can shoot images of an object in all directions, and 720-degree panoramic shooting is realized.

The invention relates to a panoramic photographing apparatus. The panoramic photographing apparatus includes a control assembly and a flight section. The control assembly includes a wireless remote control and a wireless image reception display. A generator of a power component of the flight section is mounted on an engine. A power distributor is electrically connected with the generator. A circuit control board, a wireless signal receiver, a rotor assembly, a photographing device and a wireless image transmission device are all electrically connected with the power distributor. The circuit control board can control the operation of the photographing device according to a control signal. The photographing device comprises at least two lenses with different orientations and for photographing images in different directions. The photographing device may transmit collected images to the wireless image transmission device. The wireless image transmission device may transmit the images to the wireless image reception display. The wireless image reception display may splice the images photographed by the lenses into a panoramic image. The above panoramic photographing apparatus can ensure a more durable and stable power supply for the flight section and realize panoramic photography.

The invention discloses an intelligent panoramic illuminating apparatus. The illuminating apparatus comprises a first illuminating component and a second illuminating component, wherein the first illuminating component comprises screen boards and a support frame; the screen board is arranged on the support frame; a sliding device is arranged on the screen board; the second illuminating component comprises a plurality of connecting racks; camera shooting devices are respectively arranged at the bottom end of the connecting rack; the screen boards comprise a first screen board and a second screen board; the first screen board and the second screen board are respectively arranged between the support frame and the sliding device; the camera shooting devices comprise a shell and a plurality ofcameras; and the shell is arc-shaped. The intelligent panoramic illuminating apparatus disclosed by the invention is reasonable in structural design and simple in operation, illumination of the wholeroom is realized, further innovation is performed on the basis of illumination, and by matching the first illuminating component, the second illuminating component and other components, a panoramic effect and the like can be achieved. The intelligent panoramic illuminating apparatus has high practicality.