49results about How to "Realize multi-angle shooting" patented technology

The invention provides a terminal device and a control method of a terminal device. The terminal device comprises a shell, a lighting part, a camera and a first driving mechanism. The first driving mechanism and the camera are arranged in the shell and the first driving mechanism is connected with the lighting part; the frame of the shell is further provided with an opening for a lighting surfaceof the lighting part to retract or stretch out; in the case that the lighting surface of the lighting part stretches out of the shell, the camera can receive light rays collected by the lighting part,wherein the lighting part can also rotate around the axis perpendicular to the frame, thus greatly reducing layout space occupied by the camera of the terminal device and also improving screen-to-body ratio of the terminal device.

The invention discloses a bridge bottom surface crack detecting method. The real size of cracks is reduced by binocular vision; the errors are greatly avoided; the condition that in the monocular vision, the shooting plane of a camera in the monocular vision is not parallel to the bridge bottom surface, so that a shot crack image in only the projection of the crack on the shooting plane of a monocular camera is avoided; in the monocular vision, the crack picture is subjected to simple image processing, so that the calculation error is great; only the projection size of the crack on the shooting plane of the monocular camera is obtained; the size is not the real size of the crack; in the image processing aspect, improved median filter is used. Compared with the traditional median filter, the method has the advantages that the condition that all pixel points in the image need to perform median replacement is avoided; only detected noise points need to perform median replacement; by the method, the detail information of the crack in the image is greatly preserved; the excessive smoothing of the crack image after wave filtering is avoided.

The invention discloses an on-line fabric defect detection device for warp knitting machines, which comprises a support assembly, a camera assembly, light sources, and a host control system. The on-line fabric defect detection device for warp knitting machines is characterized in that the light sources are a first light source and a second light source, the first light source is located over a fabric on a warp knitting machine, the supporting assembly comprises a guide way and a drive device, the drive device can drive the second light source and the camera assembly to synchronously slide to and fro along the guide way, the second light source and the camera assembly are located under the fabric on the warp knitting machine, and while sliding to and fro along the guide way, the camera assembly can acquire the image of the fabric; because the adopted moving shooting technique can shorten object distance, imaging quality can be ensured, and a good detection effect can be achieved. Sincethe moving shooting technique is adopted, the number of cameras is reduced, the on-line fabric defect detection device for warp knitting machines is convenient and flexible to mount, the structure ofthe device is simplified, the failure rate is low, multi-angle shooting can be carried out, the detection rate is greatly increased in comparison with the detection rate of the prior art, the false detection rate is greatly decreased, the labor intensity of workers is decreased, and the quality of products is greatly increased.

The invention provides a cradle head. Each of a navigation direction shaft arm, a transverse rolling shaft arm and a pitching shaft arm is driven by a motor, so that the three shaft arms rotate independently. A stator or a rotor of each motor is directly connected with the shaft arm driven by the corresponding motor. The manner that motors on an existing cradle head are connected with shaft arms through output shafts is avoided. Due to the fact that the output shafts of a thick and large cantilever structure are prevented from being used, the weight and size of the motors can be reduced, the weight and size of the cradle head are reduced, the burdens of an unmanned aerial vehicle are reduced, and an aerial photographing effect is guaranteed.

The invention discloses a rotating device for a mobile phone and the mobile phone. The rotating device comprises a rotating body and a rotating assembly, wherein a cavity is formed in the rotating body, and the rotating assembly is arranged in the cavity and rotates synchronously along with the rotating body. The rotating assembly comprises a receiver, a mobile phone camera, a drive device and a controller, wherein the drive device is used for driving the rotating body to rotate, and the controller is used for controlling the shooting state of the mobile phone camera according to the angle position of the rotating body. The mobile phone comprises the rotating device and a mobile phone body. The rotating body can rotate relative to the mobile phone body. The receiver, the mobile phone camera, the drive device and the controller are in electric connection and are in electric connection with a mainboard circuit of the mobile phone. According to the technical scheme, the mobile phone camera can automatically rotate, and therefore a user can conveniently carry out multi-angle shooting.

The invention discloses an aerial photography imaging and controlling device which comprises an unmanned aerial vehicle and video glasses. A camera is arranged on a holder of the unmanned aerial vehicle. A controller for controlling the flight direction of the unmanned aerial vehicle is arranged on the unmanned aerial vehicle. The video glasses are provided with an attitude transducer, a video processor and a display. The output end of the attitude transducer is connected with the input end of the controller, the output end of the camera is connected with the input end of the video processor, and the output end of the video processor is connected with the input end of the display. According to the aerial photography imaging and controlling device, the unmanned aerial vehicle can be flexibly controlled, and multi-angle shooting is achieved.

The invention relates to a portable clock with camera function, comprising a body; the body comprises a first display part, a second display part and a camera module, the first display part and the second display part are overlapped and pivoted, so as to lead the first display part to rotate relative to the second display part; the camera module is pivoted with the first display part, so as to lead the camera module to rotate relative to the first display part. The position of the camera module of the portable clock is changeable, so as to realize large-scale shooting.

The invention relates to a portable electronic device comprising a body and a rotatable recyclable camera component, the body being provided with an accommodating groove. The camera component comprises a camera module and a rotating shaft connected with the camera module. The rotating shaft is accommodated in the accommodating groove and capable of moving relative to the accommodating groove to go close to or away from the body. The sidewall of a surrounding part of the accommodating groove is a pushing wall inclined relative to a central shaft of the rotating shaft. A wedged space is formed between the pushing wall and the rotating shaft. Furthermore, the body comprises a sliding piece including an elastic part arranged in the wedged space between the pushing wall and the rotating shaft. The elastic part slides between a wider end and a narrower end of the wedged space so as to be separated from the rotating shaft or tightly clamped between the rotating shaft and the pushing wall.

The invention discloses a mobile phone camera capable of shooting by rotating in all directions and an achievement method thereof. The mobile phone camera comprises a mobile phone and a camera arranged on the mobile phone, wherein a camera installation body for the camera to be installed on is arranged on the mobile phone, the camera installation body and a mobile phone body are split and are mutually connected through a central rotating shaft, and a camera data line is located in the rotating shaft and connected with a data processing system of the mobile phone body through the rotating shaft. The achievement method of the mobile phone camera includes: step 1 setting a starting shooting position and a rotating angle; step 2 arranging the camera on the mobile phone according to the starting shooting position; step 3 shooting; step 4 turning the camera according to the rotating angle; and step 5 returning to the step 3 until the total turning angle reaches 360 degrees. According to the mobile phone camera capable of shooting by rotating in all directions and the achievement method thereof, the double effects of leading the front shooting pixel and the back shooting pixel to be identical and saving cost can be achieved by turning the camera.

The invention relates to a three-dimensional modeling device which comprises a number of automatic supporting frames, a placement platform and a graphic working station. A number of automatic supporting frames in an annular structure are placed in the periphery of the placement platform. A number of automatic supporting frames are connected with the graphic working station through lines. The graphic work station controls the automatic adjustment of a number of automatic supporting frames. An illuminator is arranged between each two adjacent automatic supporting frames. A number of illuminators in an annular structure are arranged in the periphery of the placement platform. A number of cameras are arranged on one end part, which is close to the placement platform, of each automatic supporting frame. A number of cameras photograph the objects of the placement platform and transmit the generated image information to the graphic working station. The graphic working station carries out three-dimensional mapping according to the image information. Compared with the prior art, the three-dimensional modeling device provided by the invention has the advantages of convenient operation, fast three-dimensional modeling, multiple-angle object shooting, low overlapping degree of adjacent images, short photographing time and automatic modeling and drawing.

Embodiments of the application disclose a camera module, a terminal, a terminal control method, and a computer readable storage medium. The camera module comprises a stepping motor, a worm, a turbine,and a camera unit; the output shaft of the stepping motor is coupled to the worm, the worm is meshed with the turbine, and the turbine is fixedly connected to the camera unit; the stepping motor obtains a pulse current signal, and controls the rotation of the stepping motor according to the pulse current signal; and the rotation of the stepping motor drives the worm and the turbine to move to control the rotation of the camera unit. By integrating the camera unit into the camera module, the embodiments of the application control the rotation of the stepping motor in the camera module, and drive the worm and the turbine to move so as to control the rotation of the camera unit, which can realize multi-angle shooting, and improve the user experience.

The invention provides a shakeproof camera with high reliability. The shakeproof camera comprises a fixed base and a camera connected with the fixed base, wherein a threaded hole is formed in the surface of the fixed base, a shakeproof cushion is connected with the upper end of the fixed based, a rotary seat is connected with the lower end of the fixed base, a connection rod is connected with the lower end of the rotary seat, the connection rod is connected with a reinforcement connection rod via an externally embedded lantern ring, and the reinforcement connection rod is connected with the camera via a rotating shaft. The camera provided by the invention is highly shakeproof and less influenced by the outside, ensures shooting effectiveness, and the camera is firm in structural connection, high in strength, capable of effectively improving security, high in selectivity of installation mode, convenient to install, novel in appearance, and less influenced by extreme weather, so that work efficiency is ensured, the application range of the camera is improved, each component is high in structural stability, the final-period maintenance cost is low, and the reliability is high.

The invention discloses a three-dimensional reconstruction system and method. The system comprises a bottom plate, a support bar, a turntable, a U-shaped frame, a protective shell, a first knob, a flat plate, a guide slider, a fixing frame, a camera, an angle scale, a length scale, a guide groove, a screw, a square hole, a servo motor, a servo motor driver, a nut seat, a rotating shaft, a first bevel gear, a second bevel gear, a square rod, a rectangular shell, a worm, a mounting shaft, a worm gear and a second knob. Through the arrangement of the high-precision linear driving mechanism, the height adjustment of the angle-adjustable binocular image acquisition mechanism can be realized, so that the height-adjustable binocular image acquisition mechanism is suitable for the requirements ofmeasured objects with different heights, the convenience is provided for the overall use, meanwhile, the adjustment can be operated through manual driving without electric driving, and the use of a control structure is reduced. Image acquisition is performed through the angle-adjustable binocular image acquisition mechanism, and angle adjustment can be realized through the angle adjustment function of the angle-adjustable binocular image acquisition mechanism.

The invention discloses an external pick-up head and an external pick-up head interface. The external pick-up head is formed in such a way that the first end of a cylinder plug is fixedly connected with a pick-up head body; multiple conductive structures are arranged on the cylinder plug at intervals; the quantity of the conductive structures, the quantity of lead wires of the pick-up head body and the quantity of pins in an external pick-up head interface are the same; each conductive structure is connected with a lead wire inside the cylinder plug; and when the cylinder plug is inserted into the external pick-up head interface, each conductive structure is in contact with one pin in the external pick-up head interface. The external pick-up head interface comprises a socket; the socket is internally provided with multiple pins arranged at intervals; and when the cylinder plug is inserted into the socket, one end of each pin is in contact with one metal ring of the cylinder plug. According to the invention, multi-angle shooting can be realized without adding a conversion circuit and a chip in the external pick-up head.

The invention relates to the field of thermal power generation and discloses a hearth observation device. The hearth observation device comprises a camera body and a camera electrically connected to the camera body. The camera body is connected to a hose capable of being bent and shaped, and the camera is fixed to the hose. The hearth observation device can observe flames in a hearth in multiple angles and multiple directions and record observation results, is convenient to carry and can be used for observing the flames in the hearth and observing positions where the shooting environment is poor and the human hand cannot directly arrive.

The invention discloses an annular unmanned aerial vehicle and an aerial photography device thereof. The annular unmanned aerial vehicle comprises a vehicle body; a cavity penetrating through the vehicle body in the vertical direction is formed in the center of the vehicle body; the aerial photography device is arranged in the cavity; the aerial photography device comprises a vertical tripod head fixed on the inner wall of the cavity; a rotating driving mechanism which vertically rises and falls along the vertical tripod head is arranged on the vertical tripod head; and the rotating driving mechanism is driven by a lifting mechanism to rise and fall and is connected with a camera connected with a position indicator. According to the annular unmanned aerial vehicle and the aerial photography device thereof, the cavity penetrating through the vehicle body in the vertical direction is formed, and the aerial photography device is arranged in the cavity, so that high angle shot and low angle shot can be conveniently conducted; the camera is driven by the lifting mechanism to move to the bottom end and the top end of the vertical tripod head, and thus high angle shot and low angle shot are achieved; and the camera is driven by the rotating driving mechanism to rotate, so that multi-angle shooting is achieved.

The invention discloses a device for detecting seal of a plastic bottle; the device comprises a skirt support portion at the lower end, a middle connection portion and a detection portion at the upper end; the detection portion comprises a circular top plate fixed to the upper end of a connection plate; a circular receiving groove is formed in the inner circular sidewall of the circular top plate, an L-shaped camera support is inserted into the circular receiving groove, the camera support includes a horizontal portion and a vertical portion, the horizontal portion is inserted into the circular receiving groove, the inner wall of the circular receiving groove is provided with a circular toothed ring, a driving motor is fixed to the horizontal portion, a spindle of the driving motor is sleeved with a gear, the gear meshes with the toothed ring, and an industrial camera and a lamp are fixed to the vertical portion; the camera support is abutted to a vertical limiting retainer, another limiting retainer is fixed to a piston rod of a limiting cylinder, and a sensor is arranged on the circular top plate above the camera support. The device herein is capable of taking multi-angle photos around a drink bottle, so that missing of inferior sealing of drink bottles is avoided.

Embodiments of the present invention disclose a shooting rod and a shooting device using the shooting rod. The shooting rod comprises a handheld rod, a drive device arranged on the handheld rod, a rotary device connected to the drive device, and a first clamping part and a second clamping part which are arranged on the rotary device, wherein the first clamping part and the second clamping part are spaced and used for fixing a first terminal and a second terminal respectively, the first terminal and the second terminal are provided lenses used for imaging, and the rotary device is driven by the drive device to drive the first clamping part and the second clamping part to rotate synchronously. The shooting rod disclosed by embodiments of the present invention can simultaneously carry two terminals used for shooting panoramic pictures, to enable the two terminals to shoot pictures from various angles, is simple in operation, and is convenient to carry.

The invention relates to a rotary camera for a mobile phone, and relates to the technical field of mobile phones. A gear, a fixed rod, mark layers and a support screw are also included; rotary teeth are arranged on the peripheral wall of the outer end of a rotating shaft at one end; the gear is meshed with the rotary teeth; furthermore, the gear is rotatably connected at one end of the fixed rod through a bearing; the other end of the fixed rod is fixed on the side wall of a mobile phone body shell; a plurality of mark layers in different colours are sequentially arranged at one side of the surface of external wall teeth of the gear; threaded through holes are arranged at two sides of the bottom of a shooting module; the support screw is rotatably connected in the threaded through hole; an observation hole is arranged on the top of the mobile phone body; and the observation hole is arranged over the mark layers. Multi-angle shooting can be realized only needing a camera; furthermore, the shooting effect is good; the production cost is greatly reduced; simultaneously, a role of supporting the mobile phone can also be played; and thus, the practicability is relatively high.

The invention discloses an X-ray shooting support device capable of creeping. The device comprises a base, a rotary platform, a lifting mechanism and a supporting platform. Magnetic rolling wheels arefixedly installed at the bottom of the base, the rotary platform is fixedly installed on the base, the lifting mechanism is installed between the base and the supporting platform, and an X-ray machine is fixedly installed on the supporting platform and provided with a centering rod. The structural principle is simple, multi-angle shooting for spherical tanks or storage tanks or wall faces of high-layer buildings can be achieved, and working efficiency is improved.

The embodiment of the invention discloses an unmanned aerial vehicle shooting device, and applies to the technical field of unmanned aerial vehicles. The unmanned aerial vehicle shooting device comprises a double-layer damping device, a rotating device, a camera main body and a quick release device connected with a unmanned aerial vehicle, wherein the upper end of the double-layer vibration reduction device is connected with the quick release device, the lower end of the double-layer vibration reduction device is connected with the rotating device, the double-layer vibration reduction device comprises three layers of vibration reduction plates which are arranged up and down, and a first vibration reduction layer and a second vibration reduction layer are arranged between every two adjacentvibration reduction plates; and the upper end of the rotating device is connected with the double-layer damping device, the lower end of the rotating device is connected with the camera body, the rotating device comprises a guide sliding rail, and the camera body slides along the guide sliding rail to change the lens shooting angle of the camera body. The invention further discloses the unmannedaerial vehicle. According to the unmanned aerial vehicle shooting device and the unmanned aerial vehicle, multi-angle shooting of the camera can be achieved, the structure is simple, and the cost is low.

The invention discloses a workpiece shooting device provided with a background screen. The workpiece shooting device comprises a base, a support, a lower support seat and an upper support seat, wherein the lower support seat is connected with the base through the support; the upper support seat and the lower support seat are connected through support rods; a camera fixing bracket is arranged on one support rod; a motor is arranged on the lower support seat and connected with a tray through a rotating shaft; a background screen storage box is arranged on the upper support seat; the background screen capable of being pulled out is arranged in the background screen storage box; the background screen storage box is arranged in the position bilaterally symmetrical with the camera fixing bracket. According to the workpiece shooting device provided with the background screen, artware is placed on the tray and fixed by an ejector pin on a rotating disc, a camera can be mounted by the camera fixing bracket arranged on the support rod and is kept in a fixed position, the shooting effect is guaranteed, and by means of the telescopically detachable background screen, contrast of photos can beenhanced and the difficulty in follow-up picture processing is reduced.

The invention discloses a picture display control method and system based on a folding screen and an intelligent terminal, and the method comprises the steps: obtaining a camera starting instruction,and selecting and starting at least two cameras according to the starting instruction; acquiring a photographing instruction, and photographing at least two pictures obtained in different imaging modes by using the started cameras; simultaneously displaying the pictures obtained in each imaging mode on a screen; and clicking the image obtained in the at least one imaging mode and storing the image. A plurality of pictures are shot by a user for different modes under different situations and can be compared and screened in an intuitive mode, so that the pictures obtained by the imaging mode suitable for the current scene are selected, real-time screening and selection of the pictures are realized, and the obtained picture effect is better; moreover, different cameras can be started at the same time to achieve multi-angle shooting, pictures at all angles can be stored at the same time, and multi-angle simultaneous shooting of the same shot object is achieved.

The invention discloses a support used for collecting car collision test information. A base of the support is provided with an installing face used for fixedly installing a vehicle to be tested. A first frame body of the support is detachably connected with the base and is arranged in the manner that the first frame body can rotate around a first rotation center line relative to the base. The first rotation center line is perpendicular to the installing face. A second frame body is detachably connected with the first frame body and is arranged in the manner that the second frame body can rotate around a second rotation center line relative to the first frame body. The second rotation center line is perpendicular to the first rotation center line. The second frame body of the support is provided with a light supplementing lamp and a camera installing connector. The light beam direction of the light supplementing lamp and the framing direction of a camera are roughly homonymous with thethird rotation center line. The third rotation center line is perpendicular to the first rotation center line and the second rotation center line. According to the scheme, by means of structural optimization, the camera and the light supplementing lamp are installed synchronously, and on the basis of meeting the requirement for the frame definition, the requirement for shooting of multiple portions of safety tests can be met.

The invention discloses a panoramic shooting track device for film and television production, the device comprises a camera and a track, and further comprises a base, a plurality of damping mechanisms, a top plate, an equipment fixing mechanism and a seat, the bottom of the base is fixedly provided with two guide wheel fixing seats which are symmetrically arranged, one side of each guide wheel fixing seat is pivoted with a guide wheel, and the other side of each guide wheel fixing seat is pivoted with a base; the guide wheels are matched with the rails, the damping mechanisms are fixedly mounted at the top of the base, the top plate is fixedly mounted at the tops of the damping mechanisms, the equipment fixing mechanism is fixedly mounted at one end of the top of the top plate, and the seat is fixedly mounted at one end of the top of the top plate and opposite to the equipment fixing mechanism. When the device is used, a person sits on the seat, the camera is adjusted to a proper position, the guide wheel starts to slide on the track to shoot a panorama, the damping mechanism can play a role in stabilizing the camera, and the counterweight mechanism slides on the sliding groove of the base through the counterweight block to stabilize the balance of the device and ensure the safety of the person.

The invention discloses a portable support for DR detection of GIS equipment, the portable support comprises a DR flat plate placing rack, a height adjusting rod and a mounting mechanism, the DR flat plate placing rack is movably connected with the height adjusting rod through a connecting shaft, and the height adjusting rod and the mounting mechanism are matched through a through hole and a pin to form a height adjusting mechanism. The DR flat plate placing rack and the mounting mechanism are respectively provided with grooves which are matched with each other to form an angle adjusting mechanism. According to the portable support for DR detection of the GIS equipment, the working height of the DR detection digital panel can be changed to adapt to the GIS equipment, and the placement angle of the DR detection digital panel can be adjusted, so that the DR panel can be prevented from accidentally slipping off when being placed on the GIS equipment; and the shooting scale can be adjusted to obtain an X-ray transillumination picture with higher quality, so that the internal defects of the GIS equipment can be safely, reliably, clearly and accurately detected.