47results about How to "Accurate image capture" patented technology

A system, apparatus, method, and computer-readable media are provided for the capture of stereoscopic three dimensional (3D) images using multiple cameras or a single camera manipulated to deduce stereoscopic data. According to one method, a dongle or cradle is added to a mobile phone or other device to capture stereoscopic images. According to another method, the images are captured from cameras with oblique orientation such that the images may need to be rotated, cropped, or both to determine the appropriate stereoscopic 3D regions of interest. According to another method, a single camera is manipulated such that stereoscopic 3D information is deduced.

A camera lens module-integrated speaker assembly is provided, which includes a speaker housing, a camera lens module mounted through a center of the speaker housing, and a speaker module surrounding the camera lens module along an outer circumference of the camera lens module.

A capsule-type endoscope is disclosed. Information related to position and movement of the capsule-type endoscope inserted into a body are checked and a frame rate is controlled according to a digestive organ in which the capsule-type endoscope is located based upon the information, so as to capture every digestive organ inside the body by using one capsule-type endoscope. Also, the frame rate canbe controlled according to a moving velocity in each digestive organ, thus to reduce unnecessary power consumption, resulting in a decrease of an operation time of the capsule-type endoscope having alimited battery capacity. In addition, an amount of captured images can be reduced by effectively obtaining images according to the moving velocity in each digestive organ and a time taken by a doctor for a medical examination can be shortened.

A capsule-type endoscope is disclosed. Information related to position and movement of the capsule-type endoscope inserted into a body are checked and a frame rate is controlled according to a digestive organ in which the capsule-type endoscope is located based upon the information, so as to capture every digestive organ inside the body by using one capsule-type endoscope. Also, the frame rate can be controlled according to a moving velocity in each digestive organ, thus to reduce unnecessary power consumption, resulting in a decrease of an operation time of the capsule-type endoscope having a limited battery capacity. In addition, an amount of captured images can be reduced by effectively obtaining images according to the moving velocity in each digestive organ and a time taken by a doctor for a medical examination can be shortened.

The invention discloses a visual detection system for a health-care protective article a mask, comprising a control system and a frame, a conveyer, a first detector, a second detector, a third detector and a waste discharger are fixedly mounted sequentially on the frame, the conveyer, the first detector, the second detector, the third detector and the waste discharger are electrically connected respectively with the control system, the conveyer comprises a conveyer belt that is fixed to the frame through a support, the conveyer belt passes through the first detector, the second detector, the third detector and the waste discharger; all the detectors are optical detectors that combine, in a specific optical path, with a first camera, a second camera and a third camera for taking photos, thereby enabling accurate, vivid and comprehensive image acquisition for a product and enabling automatic identification, precise detection and automatic rejection.

A method for inspecting a surface of a printing medium, the method comprising the steps of acquiring an image of the surface or a portion thereof, digitizing the acquired image whereby a digitized real representation of the surface or portion is obtained. The method also include the step of for each of said digitized real representation performing either or both of the steps of comparing said digitized real representation with a digital reference representation, said reference representation being a virtual digital fault-free representation of said surface or portion thereof and determining whether said real digitized representation is in compliance with stipulations of a set of rules which define the characteristics of a fault-free digital representation of said surface or portion, and providing either a correct indication output signal where there is a match between said real digitized representation with said reference digital representation in the case of the step of comparing or compliance with said rules in the case of said step of determining, or fault indication output signal where there is a mismatch in the case of the step of comparing or incompliance in the case of the case of determining.

The device includes: bearing element (55) for the lens (100); element (53) for acquiring a global image (90) of the drill hole (110) of the lens (100) in a lighting direction (D51, A52), or image acquisition direction (A53); element (54) for processing the image when the lens is carried by the carrier element (55). The processing element (54) designed for determining, from the global image of the drill hole (110) the position of center (C1) of the opening of the drill hole (110) that gives onto one of the faces (98) of the lens (100) and / or the transverse dimension of the opening of the drill hole (110) that corresponds to the desired transverse dimension (D).

The invention discloses a real-time detection processing method for defects of a lithium battery pole piece. The method comprises the steps of S1, acquiring motion information of the pole piece transmitted at a high speed by adopting an encoder; S2, triggering a linear array camera to acquire a pole piece image by using the encoder; S3, identifying defects of the pole piece according to the imagefeatures; S4, carrying out NG grade judgment on the defects, and recording position information of the defects; and S5, performing defect processing operation on the serious defects by a defect processing device. The invention further discloses a real-time detection processing system for defects of the lithium battery pole piece, which adopts the method. According to the invention, defects can beautomatically classified and processed, response delay of images and a processing device is eliminated, the detection precision is high, the efficiency is good, and the requirements of high-speed production and real-time detection of battery pole pieces can be met.

The invention discloses an image acquisition device for mechanical design. Specifically, the invention relates to the field of image acquisition, The device comprises a multi-angle adjusting device, the multi-angle adjusting device comprises a collecting box; a supporting rod is arranged at the bottom of the collecting box; universal wheels are fixedly arranged at the bottoms of the supporting rods; A groove is formed in the bottom of the inner side of the collecting box, a sliding groove is formed in the inner wall of the groove, a sliding plate is arranged in the groove and slidably connected with the groove, sliding blocks are arranged on the front face and the back face of the sliding plate and slidably connected with the sliding groove, a rotating shaft is fixedly arranged at the topof the sliding plate, and a rotating disc is fixedly arranged at the top of the rotating shaft. By arranging the multi-angle adjusting device, the spotlight can carry out fixed-point illumination on the mechanical design drawing, then an image is sent to the display screen to be displayed, the influence of external light rays is effectively avoided, accurate image collection is effectively carriedout on the drawing image, multi-directional adjustment can be carried out on the shooting angle and height, and the shooting precision is improved.

A radiographic image capturing apparatus and a radiographic image capturing system are shown. According to one aspect, the radiographic image capturing apparatus includes the following. A scanning driving unit applies voltage to scanning lines. A switching element releases electric charge upon application of the ON-state voltage. A readout circuit converts the electric charge into image data and reads the data. A controller reads the image data. The detecting unit detects start and end of irradiation based on a change in a signal. The controller determines whether a standby time from end of readout to start of readout in next capturing is changed with reference to a first period and a second period. The first period ranges from end of readout to detection of start of irradiation. The second period ranges from detection of end of irradiation to start of readout.

Methods are provided for cardiac gating of multiple-energy projection radiographic imaging utilizing an apparatus that measures the patient's peripheral blood perfusion. The choice of methods is dependant on the patient's heart rate and the delays inherent in the imaging system. A first method allows for imaging during the diastole period of the current cardiac cycle. A second method provides an implemented delay to acquire the image during the diastole period of a subsequent cardiac cycle. The use of the apparatus that measures the patient's peripheral blood perfusion allows for an efficient and convenient means of cardiac gating while avoiding occlusion of diagnostically important anatomy.

In a method and a device for light propagation time measurement, in particular for cameras, a light signal clocked by a clock controller (11) is transmitted from at least one transmitter (12) into a light path (14) via a retroreflective object (O) to a receiver (13) for detecting the alteration of the first light signal on account of the approach, presence and / or distance of the object (O). At the receiver, the received signal is determined from the light path on account of the first light signal and, in order to determine the propagation time, is cyclically compared in a comparator (15) with a second signal which is clocked by the clock controller (11) and which is produced without the light path (14), in order to generate a comparison value at the output of the comparator (15), which value is used for regulating the amplitude values of the transmitted signal and / or of the second signal such that the received signal and the second signal at least at the input of the comparator are substantially identical in magnitude. In parallel, the clock change signal (TW)—occurring during the clock change and corresponding to the light propagation time—between received signal from the light path (14) and second signal, given the magnitude of received signal from the light path (14) and second signal corrected to substantially identical magnitude at the input of the comparator (15), is detected cyclically. A difference value (S16) is determined by comparison of the clock change signals (TW) between received signal and second signal according to their amplitude in a further comparator (16). The difference value (S16) is altered by means of a phase shifter (17) for altering the phase delay of the phase of received signal and second signal until the difference value (S16) becomes minimal, preferably zero. The delay of the phase shifter that occurred given a minimal difference value is used for determining the light propagation time. A method for light propagation time measurement which can also operate with more favourable components and lower-frequency amplifiers is created as a result.

The invention relates to a forest fire monitoring system and method. The system comprises a server, a main unmanned aerial vehicle and auxiliary unmanned aerial vehicles. The server is used for acquiring a first image of a forest calibration area acquired by the main unmanned aerial vehicle, and the main unmanned aerial vehicle flies at a first height; when it is determined that a fire occurs in the calibration area according to the first image, controlling the multiple auxiliary unmanned aerial vehicles to move to the calibration area, arranging the multiple auxiliary unmanned aerial vehiclesaround the main unmanned aerial vehicle to jointly fly at a second height lower than the first height; acquiring a second image acquired by the main unmanned aerial vehicle and a third image acquiredby each auxiliary unmanned aerial vehicle, wherein the second image partially coincides with each third image, and the third images acquired by the adjacent auxiliary unmanned aerial vehicles partially coinciding with each other; and determining change trend information of the fire center according to the second image and the third images. According to the technical scheme, the fire range, the dynamic change of the fire behavior center and other conditions can be accurately determined, and more accurate reference information is provided for fire extinguishing and disaster relief work.

An inspection apparatus capable of preventing a conforming article from being judged as nonconforming when inspecting a molded object for acceptability by performing image processing on an image captured of the inspection object. The apparatus includes a means for positioning a model pattern in a position with a highest degree of agreement by matching the model pattern against the image captured of the inspection object, a model pattern dividing means for dividing the model pattern into a plurality of elements in such a manner as to have mutually overlapping regions, and a shape recognition means for recognizing a shape corresponding to the model pattern by positioning each of the elements divided by the model pattern dividing means in a position with a highest degree of agreement by performing pattern matching within a predetermined range with reference to the position where the model pattern has been positioned on the image.

The invention discloses a system and a method for detecting surface quality of a coin mold. The system comprises a detector, a camera, a digital display dial indicator and a computer. The invention discloses a method for utilizing the system to detect the surface quality of the coin mold. The system and the method are applicable to the automatic detection of the surface quality of a circulation coin mold, a gold-silver coin mold and a gold-silver coin. The method comprises an image detection step and a geometric size detection step, so that the system and the method have advantages that defect characteristics are easy to capture, images are precise to collect and the contrast processing of the image is rapid and accurate. The error rejection rate is effectively reduced, the production efficiency is improved, the manmade error is reduced, and consistent control of the mold quality can be favored.

A radiographic image capturing apparatus and a radiographic image capturing system are shown. According to one aspect, the radiographic image capturing apparatus includes the following. A scanning driving unit applies voltage to scanning lines. A switching element releases electric charge upon application of the ON-state voltage. A readout circuit converts the electric charge into image data and reads the data. A controller reads the image data. The detecting unit detects start and end of irradiation based on a change in a signal. The controller determines whether a standby time from end of readout to start of readout in next capturing is changed with reference to a first period and a second period. The first period ranges from end of readout to detection of start of irradiation. The second period ranges from detection of end of irradiation to start of readout.

Disclosed are a radiation image capturing system and a radiation image capturing apparatus. According to one implementation, the radiation image capturing system includes the radiation image capturing apparatus and a console. The detecting unit of the radiation image capturing apparatus detects start of irradiation using a first detecting method in which power consumption amount is small but a capturing condition with which the start of irradiation can be detected is limited, or a second detecting method in which power consumption amount is large but the start of irradiation can be detected under any capturing condition. The console transmits a capturing condition to the radiation image capturing apparatus. The detecting unit selects the first or second detecting method based on the capturing condition, and performs processing of detecting the start of irradiation using the selected detecting method.

Disclosed is a method and a device for light propagation time measurement, wherein a light signal is transmitted from at least one transmitter into a light path via a retroreflective object to a receiver for detecting the alteration of the first signal, presence, and / or distance of the object, the received signal being determined from the path and compared with a second signal produced without the light path to achieve a comparison value, which regulates amplitude values of the transmitted signal and / or of the second signal, a clock change signal corresponding to the light propagation time between received signal and second signal is detected cyclically, a difference value being determined by comparing change signals between received signal and second signal , the difference value being altered by means of a phase shifter , delay of the phase shifter that occurred given a minimal difference value determining the light propagation time.

A method, system and devices for optimizing and / or maximizing the perceived autostereoscopic effect for any chosen combination of photographic or electronic recording materials, recording methods and parameters, and imaging methods and parameters. The method first determines the parameters characterizing the optimum autostereoscopic effect of the combination materials etc. (the front pixel spread and the back pixel spread), then specifies how to apply these parameters to the arrangement of image acquisition devices, or the production of images by computational means, to produce a final image with optimal autostereoscopic properties. Features of the present invention provide for image acquisition either occurring in the real world (via digital or analog means) or within a computer graphic environment (or a blend of both), by way of specific methods necessary for successfully traveling through a variety of different mathematical spaces to arrive at a common space.

The device includes: bearing element (55) for the lens (100); element (53) for acquiring a global image (90) of the drill hole (110) of the lens (100) in a lighting direction (D51, A52), or image acquisition direction (A53); element (54) for processing the image when the lens is carried by the carrier element (55). The processing element (54) designed for determining, from the global image of the drill hole (110) the position of center (C1) of the opening of the drill hole (110) that gives onto one of the faces (98) of the lens (100) and / or the transverse dimension of the opening of the drill hole (110) that corresponds to the desired transverse dimension (D).

Disclosed are a radiation image capturing system and a radiation image capturing apparatus. According to one implementation, the radiation image capturing system includes the radiation image capturing apparatus and a console. The detecting unit of the radiation image capturing apparatus detects start of irradiation using a first detecting method in which power consumption amount is small but a capturing condition with which the start of irradiation can be detected is limited, or a second detecting method in which power consumption amount is large but the start of irradiation can be detected under any capturing condition. The console transmits a capturing condition to the radiation image capturing apparatus. The detecting unit selects the first or second detecting method based on the capturing condition, and performs processing of detecting the start of irradiation using the selected detecting method.

A scanning apparatus that can operate as both a computed and direct style radiography device. In the computed radiography mode, an internal imaging plate is removed or maintained inwardly within the housing assembly to allow a cassette handling mechanism holding a removable imaging plate to pass adjacent the scanning head. In the direct radiography mode, the cassette handling mechanism is retracted and the internal imaging plate is moved outward from the within the housing such that it is located adjacent the reading slot of the scan head assembly. In both modes of operation, the imaging plate being used is maintained adjacent the scan head while the scan head and imaging plate surface are moved relative to each other allowing the scanning and acquisition of the image data stored on the plate.

The invention discloses a film uncovering self-cleaning explosion-proof camera shooing device for a coal mine robot and a cleaning method, wherein the film uncovering self-cleaning explosion-proof camera shooing device and the cleaning method are suitable for coal mine underground. An explosion-proof box is internally of a sealing structure of through hole plug screw positioning and sealing ring sealing; the explosion-proof box is internally divided into an upper cavity and a lower cavity; an explosion-proof camera is fixed into the upper cavity, and window glass is arranged at the position, at a lens of the explosion-proof camera, of the explosion-proof box; the lower cavity comprises a left cavity and a right cavity, the left cavity is internally provided with a controller and a driver which are mutually connected, and a motor is arranged in the right cavity; and a rotating shaft of the motor extends out of the explosion-proof box to be provided with a three-fork halberd hook claw, and the lengths of three hook rods of the three-fork halberd hook claw are not the same. The film uncovering self-cleaning explosion-proof camera shooing device has the advantages of reasonable design,compact structure, convenient use and maintenance, high automation degree and the like.

The invention discloses a high-precision shaft diameter measuring device and a measuring method. The device comprises a supporting plate, a servo motor, a double-telecentric lens, a CCD camera and a telecentric parallel light source. A mounting plate is arranged on the upper left portion of the supporting plate. The top end of a threaded rod is connected with an adjusting block. A threaded sleeveis mounted on the outer side of the threaded rod. A connecting block is mounted in the connecting rod. A clamping block is arranged on the right side of the connecting block. An upper pressing block is fixed with the tail end of a fixed rod. A mounting block is connected with the outer side of a lower pressing block. A movable block is arranged at the tail end of a connecting belt. A protective block is mounted on the outer side of the movable block. A connecting plate is fixed with the rear portion of an accommodating plate. A lead screw is connected with the output end of the servo motor. The double-telecentric lens is mounted on the right side of the front portion of a fixed plate. According to the high-precision shaft diameter measuring device, shafts of different sizes can be conveniently fixed; the shafts can be conveniently prevented from falling off; and the measuring precision can be conveniently improved.

An image capturing control apparatus includes a control unit and a plurality of image processing units. The control unit is configured to perform a read-out control of an image capturing unit such that image signals are read out in parallel, the image signals generated under different image capturing conditions for every pixel line group of a plurality of pixel lines of the image capturing unit. The plurality of image processing units are configured to process the image signals read out from the image capturing unit.

The invention discloses a seed appearance quality detection device and method. The seed appearance quality detection device comprises a touch display, a drawer objective table, a five-channel camera, a matched light source and a host area which form a case frame, the touch display is obliquely embedded in the top of the case frame, the drawer objective table is arranged in the middle of the case frame, the matched light source is arranged above the drawer objective table, a five-channel camera is arranged in the middle of the upper portion of the matched light source and at the bottom of the touch display, an LED backlight plate is arranged below the drawer objective table, and a host area used for power supply and data processing is arranged behind the case frame. According to the method, accurate and intelligent optimization and quality grading of batch seeds are achieved, detection efficiency is improved, data indexes such as the breakage rate, the lesion rate and the impurity rate of the batch seeds are comprehensively and objectively analyzed and judged, practicability is high, screening accuracy is high, automatic detection analysis is achieved, so production enterprises are helped to greatly save the detection cost and improve the seed source quality.

The invention discloses a real-time cloud voice interaction access control machine based on a 5G network. The machine comprises an access control machine main body, wherein the access control machine main body is in communication connection with a cloud management platform and a user mobile phone terminal, the user mobile phone terminal is in communication connection with the cloud management platform, a display screen is embedded in the front side of the access control machine main body, a binocular camera is arranged above the display screen, a thermodetector is fixed at the top part of the access control machine main body, a card swiping recognition module is arranged below the display screen, a two-dimensional code recognition scanner is arranged on the right side of the card swiping recognition module, and a built-in microphone is arranged on the left side of the bottom part of the access control machine main body. According to the real-time cloud voice interaction access control machine, multiple functions such as face acquisition and recognition, living body detection, temperature detection, identity verification and health two-dimensional code scanning can be realized, the safety and convenience of resident travel during the pandemic situation can be improved, the pressure of primary-level pandemic prevention personnel can be reduced, voice and video calling can be supported, and the functions of voice and video talkback and remote door opening can be realized.

The invention relates to a forest fire monitoring system and method. It includes a server, a main UAV, and an auxiliary UAV; the server is used to: obtain the first image of the forest calibration area collected by the main UAV, and the main UAV flies at the first height; When a fire breaks out in the calibration area, control multiple auxiliary drones to the calibration area so that multiple auxiliary drones are arranged around the main drone and fly together at the second height, which is lower than the first height; The second image collected by the main UAV and the third image collected by each auxiliary UAV, the second image and each third image partially overlap, and the third image collected by the adjacent auxiliary UAV has Partial overlap; determine the change trend information of the fire center according to the second image and the third image. The technical scheme of the invention can accurately determine the fire range and the dynamic change of the fire center, etc., and provide more accurate reference information for fire fighting and disaster relief work.

An image capturing control apparatus includes a control unit and a plurality of image processing units. The control unit is configured to perform a read-out control of an image capturing unit such that image signals are read out in parallel, the image signals generated under different image capturing conditions for every pixel line group of a plurality of pixel lines of the image capturing unit. The plurality of image processing units are configured to process the image signals read out from the image capturing unit.