1745results about "Photography" patented technology

The invention relates to the technical field of optical precision measurement, in particular to an ultra-high time resolution camera time characteristic detection device and method, and the device comprises a laser source which is used for generating pulse laser; the polarization modulation element is arranged on an emergent light path of the laser source and is used for modulating the pulse laser into circularly polarized light; the spectroscope is arranged on an emergent light path of the polarization modulation element and is used for decomposing the circularly polarized light into a first linearly polarized light beam and a second linearly polarized light beam; the first optical path unit is used for guiding the first linearly polarized light beam to the cylindrical optical element along a fixed optical path; the second optical path unit is used for adjusting the optical path of the second linearly polarized light beam and guiding the second linearly polarized light beam to the cylindrical optical element; and the cylindrical optical element is used for receiving the first linearly polarized light beam and the second linearly polarized light beam and respectively projecting the first linearly polarized light beam and the second linearly polarized light beam to an imaging surface of a camera to be detected to form two spatially separated light spots. The objective of the invention is to improve camera time characteristic calibration precision and efficiency.

A low vision aid system including a camera module to be used with a mobile device, including a macro camera configured to focus on near-field objects that is integrated within the low vision aid camera module and an illumination source structured to illuminate a field of view associated with the macro camera, a battery power supply and a wireless communication module. The wireless communication module establishes an isolated Wi-Fi connection to the mobile device. The isolated Wi-Fi connection prevents the mobile device from communicating over other Wi-Fi networks while the isolated Wi-Fi connection is maintained. The wireless communication module receives, via the isolated Wi-Fi connection, instructions from the mobile device, that are associated with operation of the macro camera, and sends via the isolated Wi-Fi connection, a video bitstream to the mobile device based on the instructions.

There is provided an imaging support apparatus including a processor and a memory connected to or built into the processor. The processor is configured to acquire a type of a subject based on an image obtained by capturing an imaging range, which includes the subject, with an image sensor, and output information indicating a division method for dividing a divided region, where the subject is divided to be identifiable from other regions in the imaging range, according to the acquired type.

This disclosure relates to the monitoring of arthropods based on image recordings. The subject matter of this disclosure is a computer-implemented method, a device, and a computer program.

An imaging apparatus comprising a substrate including a first connector and mounting an electronic component serving as a heat source; a first metal plate covering a side surface of the substrate; a heat dissipation sheet in contact with the substrate; and a flat portion in contact with the heat dissipation sheet. The first metal plate abuts the substrate via the heat dissipation sheet and the flat portion.

The invention discloses a workpiece surface all-dimensional intelligent defect detection system and method in the technical field of workpiece detection, and aims to solve the technical problems of single illumination direction, limited shooting visual angle, unstable image quality, detection result feedback lagging and data management dispersion of existing detection equipment. The system comprises a detection table module, a synchronous belt sliding table vision module, a workpiece side face detection module, a side face light source, a six-axis mechanical arm, an annular light source, a control computer, a three-color lamp, a main rack, a baffle and a control button. Automatic workpiece positioning, uniform illumination, full-surface imaging, real-time defect recognition and standardized data archiving are achieved through cooperation of the multiple modules. The detection coverage rate is larger than or equal to 99%, the defect recognition accuracy rate is larger than or equal to 98%, the single-workpiece detection period is smaller than or equal to 30 seconds, the method is suitable for surface defect detection of workpieces such as metal and castings, and the high-beat and high-precision detection requirements of the modern manufacturing industry are met.

The invention provides intelligent wearable equipment and a voice lamp control dimming method and system thereof, and belongs to the technical field of light control. Through networking configuration of the intelligent wearable device and the plurality of photoflood lamps, the photoflood lamps can accurately subscribe device message publishing, the stability and pertinence of lamp control instruction transmission are guaranteed, and the problem of signal interference or instruction mistransmission in a traditional lamp control mode is avoided. The target photography lamp to be dimmed can be accurately positioned by collecting the visual information of the lighting scene, generating the scene distribution information of the photography lamp and combining the recognition of the user voice signal and the semantic analysis extraction instruction, so that the problem of tedious screening of the target lamp in a multi-lamp scene is effectively solved, and the dimming accuracy is improved. The method is especially suitable for shooting scenes with complex lighting and a large number of lamps. Voice is used as a core control mode, visual positioning assistance is matched, operation does not need to be dependent on a traditional key console or a touch screen APP, and the lamp control process can be greatly simplified.

The invention provides an image processing method, an image processing device and projection equipment, and the image processing method comprises the steps: obtaining a first image, the first image being shot towards a projection medium after an infrared light supplement lamp is turned on, and the projection medium displays a projection image; judging whether the projection image is shielded by the target object based on the first image; when it is determined that the projection image is shielded by the target object, a shielded first area of the projection image and a second area in the shielded source image are determined, and the second area is an area, corresponding to the first area in the source image, in the projection image. Because a user usually uses the projection equipment to watch a film in a dark environment, after the infrared light supplement lamp is turned on, the imaging quality of the CMOS module on the target object can be improved, and an intelligent eye protection function can be realized based on the CMOS component. And compared with projection equipment only carrying a CMOS module, only a small amount of cost is increased.

The invention provides a light control method for lamps, a storage medium and a lamp control system applied to a live video scene, and the lamp control system is connected with at least one camera device and at least two lamps. Obtaining current display parameters sent by the camera equipment in the connected state, model information of the lamp and a face preference instruction and a skin color selection instruction input by a user; based on the model information, screening a target lamp meeting a first preset condition from the at least two lamps; performing matching in a plurality of target combination modes corresponding to the face preference instruction to obtain a target combination result corresponding to a target lamp meeting a second preset condition; matching the skin color selection instruction with a preset mapping relation to obtain a target display parameter of a target lamp in a target combination result; matching the target display parameter with the current display parameter to obtain a control instruction; and adjusting the target lamp based on the control instruction.

An image capturing apparatus capable of reducing exposure variation in opposite end areas of an image when photographing is performed with flash light emission while shortening a flash synchronization time. A system controller determines a shutter speed for flash light emission photographing. The system controller selectively executes first control for controlling a traveling speed of a front curtain of a shutter and a traveling speed of a rear curtain of the shutter to the same speed, and second control for controlling the traveling speed of the front curtain to be higher than the traveling speed of the rear curtain. Before flash light emission photographing is performed, the system controller determines which of the first control and the second control is to be adopted according to the shutter speed.

An imaging device is provided with: an imaging unit having a first pixel that photoelectrically converts light that has passed through an optical system and outputs a signal for focus detection, and a second pixel that photoelectrically converts light that has passed through the optical system and outputs a signal for image generation; a focus detection unit that performs focus detection of the optical system on the basis of a signal output from the first pixel; an evaluation unit that evaluates the contrast of the image on the basis of the signal output from the second pixel in a region including a subject in the image on the basis of the signal output from the second pixel; and a control unit that controls the focus detection by the focus detection unit on the basis of the evaluation by the evaluation unit.

The utility model relates to a rail transit locomotive machinery room camera, which comprises an outer shell, a plugging cover, a circuit assembly, a camera and a light supplementing assembly, the outer shell is a container with an opening on one side, the opening is a first opening, the inner part of the outer shell is provided with a first accommodating space, and the circuit assembly is arranged in the first accommodating space; the plugging cover is fixedly installed at the first opening to plug the first containing space, the camera is fixedly installed based on the circuit assembly, the light supplementing assembly comprises a first circuit board and a plurality of light supplementing lamps, the first circuit board and the plugging cover are fixedly installed, the light supplementing lamps are fixedly installed on the first circuit board, and the light supplementing lamps are evenly distributed around the camera. The problem that a traditional monitoring camera is generally provided with a single light source for supplementing light to a camera, the light supplementing effect is poor, and then the shooting effect of the monitoring camera in a dark environment is poor is solved.

In one embodiment, the system includes a first camera including a first filter having a spectral response, a first meta-optical lens, and a first sensor. The system includes a second camera including a second filter having a spectral response different from the spectral response of the first filter, a second meta-optical lens, and a second sensor. The system also includes a processor configured to receive a first image representation of the scene captured by the first camera, receive a second image representation of the scene captured by the second camera, and generate a superimposed image representation of the scene based on the first image representation and the second image representation, where the superimposed image representation has less aberration than the aberration of the first image representation and the aberration of the second image representation.

The utility model relates to a camera lighting system, including camera subassembly and lighting subassembly, camera subassembly includes first power supply, control piece and camera, the first power supply is connected with the control piece and camera, lighting subassembly includes second power supply and lighting piece, the second power supply is connected with the lighting piece, and the lighting piece is connected with the camera. And the control element is used for controlling the on-off of the second power supply. The lighting assembly and the camera assembly are independently powered, so that the cost is effectively saved, and the use flexibility is improved.

To allow users to easily understand the direction of the imaging device that is taking their picture. [Solution] The imaging system of the present invention is an imaging system having an imaging device and a wearable device, characterized in that it has a determination means for determining the camera direction which is the direction from the wearable device toward the imaging device, and a notification means for notifying the user wearing the wearable device of the camera direction by vibration of the wearable device when the wearable device is within the imaging range of the imaging device.

This invention relates to the field of ancient book photography and recording devices, and discloses a multi-angle supplementary lighting device for digital photography and recording of ancient books. It includes a mounting plate, a support frame fixedly mounted on the outer surface of the mounting plate, and a threaded handle threadedly mounted on the side of the outer rotating shell away from the mounting plate. In this multi-angle supplementary lighting device, the ancient book is placed on the support plate, and then the position of the sliding frame on the support frame is adjusted according to the size of the ancient book. The sliding frame is fixed by a strong magnet. Then, the threaded handle is loosened and the outer rotating shell is rotated to adjust the soft light supplementary light to the most suitable position. The threaded handle is then used to lock the soft light supplementary light, and the position and orientation of the soft light supplementary light can be flexibly adjusted so that multiple soft light supplementary lights on both sides of the support frame can illuminate the ancient book from multiple directions, reducing shadows on the pages caused by lighting, and allowing the high-definition shooting lens to obtain better imaging results.

To provide an image blur correction device with which it is possible to obtain an excellent video image by switching blurs to be preferentially corrected.SOLUTION: The image blur correction device comprises: an imaging object detection unit 105 for detecting an imaging object from an inputted image; an imaging object motion information acquisition unit 106 for acquiring motion information indicating motion of the imaging object in the image; an imaging device motion information acquisition unit 108 for acquiring motion information indicating motion of an imaging device; a blur correction control unit 109 capable of controlling imaging object blur correction for correcting the motion of the imaging object in the image and imaging device blur correction for correcting an image blur due to the motion of the imaging device; and a determination unit 107 for determining, on the basis of the imaging object motion information, which of the imaging object blur correction and the imaging device blur correction should be prioritized. The blur correction control unit 109 controls the imaging object blur correction and the imaging device blur correction on the basis of a result of the determination of the determination unit 107.SELECTED DRAWING: Figure 1

The invention provides a foldable soft box chuck. The foldable soft box chuck comprises a first umbrella disc base of an annular structure, a second umbrella disc base of an arc-shaped or semi-annular structure and a first locking mechanism. A first supporting piece is arranged on the periphery of the first umbrella disc base, and a second supporting piece is arranged on the periphery of the second umbrella disc base. And the second umbrella disc seat is rotationally connected to the first umbrella disc seat. The second umbrella disc seat rotates relative to the first umbrella disc seat and can be overlapped up and down during storage, so that the first supporting piece and the second supporting piece are concentrated on the same side, the soft box chuck box is stored in a flat shape, the occupied space is greatly reduced, and transportation and carrying are convenient; in the unfolded state, the first umbrella disc base and the second umbrella disc base are coplanar to form a supporting disc face, the second umbrella disc base is embedded in the periphery of the first umbrella disc base and matched with the first locking mechanism to achieve stable locking, the unfolding use stability is improved, and it is guaranteed that the soft light effect is uniform. According to the technical scheme, the overall structure is simple, folding and unfolding operation is convenient, the locking mechanism ensures the stable state, and use is safe and reliable.

This utility model discloses a mounting bracket for a combined infrared supplementary light and a camera, including a mounting bracket comprising a first support rod and a U-shaped connecting frame, one end of which is fixed to the upper end of the first support rod; and a reinforcing component comprising a second waist hole, a second support rod, a connector, and mounting holes. The second waist hole is located on both sides of the first support rod, one end of the second support rod is fixed to the inner side of the first support rod by bolts, the connector is fixed to the other end of the second support rod by bolts, and mounting holes are located at both ends of the connector; the reinforcing component also includes a first through hole and a second through hole, which are respectively located at both ends of the second support rod, and the first through hole is fixed to the second waist hole by bolts. This utility model, through its reinforcing component, can improve the stability of a single support rod while reducing the overall size, facilitating transportation, storage, and carrying.

To provide a light emission control device, an imaging system, a control method for a light emitting device, and a program that can reduce the glare felt by a subject during focus detection even at the time of photographing in a relatively dark environment.SOLUTION: A sender strobe 200a, which is a light emission control device, can communicate with receiver strobes 200b to 200e, which emit light, and has a strobe MPU 201 that controls the receiver strobes 200b to 200e. The strobe MPU 201 has functions as identification means for identifying the presence or absence of a stationary light emitting unit 204 that emits stationary light for the receiver strobes 200b to 200e, determination means for determining an amount of light at the stationary light emitting unit 204 when used as auxiliary light for focus detection by an imaging device, based on an identification result by the identification means, and light emission control means for causing the stationary light emitting unit 204 to emit light with the amount of light determined by the determination means.SELECTED DRAWING: Figure 8

A vibration device and an imaging apparatus is provided that is configured to prevent foreign matter from adhering to a portion thereof that may cause a decrease in the vibration performance. The vibration device includes an outermost lens that transmits light of a predetermined wavelength; a vibrator that contacts the outermost lens and vibrates the outermost lens; a piezoelectric element on the vibrator; a leaf spring and a retainer that extend outward from a side wall of the vibrator that is formed as a tubular body; and a cover that covers the vibrator and at least part of the leaf spring.

According to one embodiment, a radiation imaging apparatus includes a sensor panel, a control unit, and a housing that houses the sensor panel and the control unit. The control unit includes: a control substrate that controls readout of a signal from the sensor panel; a mounting member on which the control substrate is mounted; a side plate fixed to the mounting member and having a side wall portion provided with an opening portion; and a connector which is provided on the control board in order to connect the control board and the outside, and which passes through the opening part of the side wall part. The housing is provided with an opening for inserting the control unit into the housing along the second direction.

A method for re-configuring a camera system from capturing images of objects in air to capturing images of objects in water involves moving the image sensor to a second position, which is farther from the lens system, and switching from a first focus to zoom data set to a second focus to zoom data set.

The application relates to a transmission structure and an electric turnover movie projector lamp and belongs to the technical field of lighting equipment. The transmission structure comprises a shell, a driving motor, a worm, a worm wheel, a gear, a first rotating shaft, a second rotating shaft and an angle detection assembly are arranged in the shell; the output shaft of the driving motor is connected with the worm, the worm wheel and the gear are coaxially connected through the first rotating shaft, the worm is engaged with the worm wheel, and a sector gear engaged with the gear is arranged on the second rotating shaft; the angle detection assembly comprises a first magnet arranged on the sector gear and a first magnetic field sensor arranged in the shell, and the first magnet and the first magnetic field sensor are matched to detect the rotating angle of the sector gear. According to the scheme, the rotating angle of the sector gear is detected in real time through the cooperation of the magnet and the magnetic field sensor, and the problems of wear error of a traditional mechanical limiting switch and complexity of sensor integration are solved.

The present invention aims to construct a system that can estimate and grasp the moisture content of feed such as silage for ruminant livestock with high frequency, accuracy, ease, and low cost, and in particular to standardize the shooting environment in order to achieve high accuracy in application-based systems. [Solution] This system utilizes a component for housing imaging equipment with a specific structure, and an imaging equipment cover that can be connected to this component. This makes it easier to collect data that can be accurately compared by suppressing variations due to differences in photographers and shooting conditions, and enables the acquisition of high-precision images, resulting in better data.

A processor captures a first image of a platform using a first camera of a plurality of cameras and determines a color metric based on the first image, wherein the color metric indicates a color of the first image. The processor compares the color metric to the color metric. In response to determining that the color metric associated with the first image does not match with the color setpoint, the processor adjusts brightness of at least one of a first set of warm LEDs or a second set of cool LEDs to cause the color of the light incident on the platform to match the color setpoint.

The present invention provides an imaging device that can be rotated 90 degrees around an axis parallel to the optical axis without increasing the overall size of the camera system. [Solution] An imaging device that can be fixed in a first position and a second position obtained by rotating the first position by 90 degrees around an axis parallel to the optical axis, with respect to a pan-tilt device that can rotate in the pan and tilt directions, wherein when the imaging device is in the first position, the cable passes through a first plane which is a plane perpendicular to the first direction that passes through the position of the imaging device furthest from the center of the optical axis in a first direction parallel to the long side of the imaging surface of the image sensor when viewed from a direction parallel to the optical axis, and when the imaging device is in the second position, the cable passes through a second plane which is a plane perpendicular to the second direction that passes through the position of the imaging device furthest from the center of the optical axis in a second direction parallel to the short side of the imaging surface when viewed from a direction parallel to the optical axis.

We provide an imaging lens system, camera module, in-vehicle system, and mobile device with sufficient brightness for imaging inside a vehicle. [Solution] The imaging lens system 11 consists of, in order from the object side toward the image side, a first lens L1 having a meniscus shape with the object side surface facing the object side with a concave surface; an aperture diaphragm STOP; a second lens L2 having positive power with the object side surface facing the object side with a convex surface; a third lens L3 having positive power; a fourth lens L4 having a meniscus shape with the object side surface facing the object side with a concave surface and positive power; and a fifth lens L5 having negative power.