Abstract:
PURPOSE:To miniaturize a device, to evade the influence of external noise and to surely enable a high speed signal transmission by having a constitution that a signal processing unit performs an information transmission via each optical coupler and an optical fiber. CONSTITUTION:The one optical coupler 5 of a first external recording device 1 is connected with the one optical coupler 5 of a second external storage device 2 via an optical fiber 4. The other optical coupler 5 of a second external recording device 2 is connected with the one optical coupler 5 of a third external recording device 3 via the optical fiber 4. Further, a signal processing unit 6 is connected with a memory 7 to be a storage element. This memory 7 performs the delivery and reception of an information signal with the signal processing unit 6 via an external memory interface. The power supply required for the holding of storage is always supplied to this memory 7 by a battery 11 to be the power source part of the external recording devices 1 to 3. Each signal processing unit 6 performs an information transmission via the optical coupler 5 and the optical fiber 4.
Abstract:
PURPOSE:To automatically executing quick adjustment with high accuracy without a malfunction by simplifying adjustment operation. CONSTITUTION:This device is provided with pulse motors 8 and 9 rotaing and operating drivers 10 and 11 adjusting the height of tape guiding pins 104 and 105 and automatic fine adjustment is executed by using electric micro-scales 15 and 20. Thereafter, automatic coarse adjustment is executed based on the wave form of an output signal from a rotary head 103.
Abstract:
PROBLEM TO BE SOLVED: To shorten the total imaging time and a reconstructing and calculating time, by reducing the number of imaging sheets, while suppressing the reduction of the detailed degree of internal structure data corresponding to the feature of a subject, when the subject, markedly changed in a projection image with respect to angular displacement especially by an angle phase, is imaged. SOLUTION: When the subject 30, markedly changed in the projection is imaged with respect to the angular displacement by the angle phase, the angular displacement of rotary means is set small only in the angle phase, wherein the change of the projection image with respect to the angular displacement is large and the angular displacement of the rotary means is largely set in the angle phase, wherein the change of the projection image with respect to the angular displacement is small for photographing the subject. With this constitution, the subject can be photographed, by reducing the angular displacement only with respect to the really required angle, range and an increase in the number of imaging sheets can be suppressed. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To easily adjust the position of the rotary shaft of a specimen where magnification is changed. SOLUTION: With the operation of an XY table 6 where an X-ray source 1 is mounted, by using only a direction where the projection of a metal wire near the rotary shaft of a specimen 5 moves and the measurement value of a travel amount, approach to ideal X-ray focus coordinates is made gradually by calculation and at the same time an optimum value is obtained. COPYRIGHT: (C)2003,JPO
Abstract:
PROBLEM TO BE SOLVED: To quickly and accurately sort a specified object by photographing various kinds of coexisting objects, displaying the objects on a display means provided with a touch panel, inputting positional information on the specified object by touching the object on a screen and sorting objects based on individual object information obtained by an image processing. SOLUTION: Bottles of various kinds of colors which coexist in garbage are successively photographed while the bottles are placed and moved by a transfer means 11. The image of the bottle photographed is processed and displayed by an image processing part 7 of a recognition means 3. When an operator touches a bottle to be sorted on a screen and specifies the bottle, the location is stored. After this positional information is delivered to the image processing part 7 and the information is converted into positional information on an image processing coordinate, the color of a specified object is determined by the picture element information extraction of the location. Further, the color is converted into actual positional information on the transfer means 11, batch object information is delivered to a system control part 9, and the operation of a pickup means 12A or 12B is controlled via a driving control part 10.
Abstract:
PROBLEM TO BE SOLVED: To make it possible to surely count up the number of objects to be processed by the array state of plural objects to be processed by counting up the number of objects to be processed based on correlation values between a master image and respective images to be processed in a block image. SOLUTION: A camera 12 picks up the images of a case group CG and a box B and sends an image signal GS to a counting means 14. The means 14 counts up the number of cases C constituting the case group CG based on the signal GS. Namely these plural images to be processed are branched to a 2nd direction intersecting with a 1st direction in which these images are arrayed to prepare plural block pictures, a master image is obtained from prescribed images to be processed in each block image, plural images to be processed in each block image are successively compared with the master image to fine out correlation values between the master image and respective images to be processed in the block image and the number of images to be processed is counted based on these obtained correlation values.
Abstract:
PROBLEM TO BE SOLVED: To make it possible to perform the pattern matching even for a complicated image by removing positional deviation caused by difference between a reference image and an image to be inspected. SOLUTION: An image is fetched from a camera 3 and supplied to an image memory 5 through an A/D converter 4 as a digital image signal. An image processor 6 processes and measures the signal recorded in the image memory 5 and then records it in the image memory 5. An image CPU 8 operates the processed signal from the image memory 5. A D/A converter 7 is supplied with a digital signal from the image memory 5, and the converted analog signal is outputted to an image processing monitor. A host CPU 11 operates a program monitor 12, a mouse 13 and a keyboard 14 to store the prepared user program in a program memory 10 and to transmit a user's instruction to the image CPU 8.
Abstract:
PROBLEM TO BE SOLVED: To effectively avoid matching deviation by avoiding the change of logical levels in an edge part based on first and second matching results. SOLUTION: A picture processor 1 detects first and second difference screens between a binarized reference picture and respective first and second binarized processing pictures. A system control circuit 13 starts the operation of a picture processor 11, inputs picture data of the difference picture stored in a frame memory 9 to the picture processor 11, detects AND data among picture data in a picture element unit and outputs it to a digital analog conversion circuit 12 as to the 1st and 2nd difference pictures. The picture processor 1 generates two kinds of pattern matching results by switching a threshold and selectively detects a common component from the two kinds of pattern matching results and outputs a final pattern matching result.
Abstract:
PURPOSE: To obtain a detecting method of a foreign substance on the surface of metal which enables reliable detection of the presence or absence of the foreign substance in a groove of a metal object, at edge parts of the metal object demarcating the groove thereof and on the surface of the metal object. CONSTITUTION: An illuminating light is cast obliquely on a metal object OB so that edge parts 1O of the metal object OB demarcating a groove 50 of the metal object OB be made brighter than the surface of the metal object OB and the inner bottom surface of the groove thereof, and the brightness of the edge parts of the metal object OB demarcating the groove 50, the brightness of a foreign substance, the brightness of the surface of the metal object and that of the inner bottom surface of the groove thereof are compared with one another. Thereby the presence or absence of the foreign substance in the groove 50 of the metal object OB, at the edge parts 70 of the metal object OB demarcating the groove 50 thereof and on the surface of the metal object OB is detected.
Abstract:
PURPOSE: To provide a method for detecting the rotational angle of a target from a reference object by using a picture processor. CONSTITUTION: A 1st circle superposed on the outline of a reference object is plotted with the centroid of the object as center, luminance on the circle is used as data and a change in the luminance data is patterned 17. On the other hand, a 2nd circle is plotted with the centroid of a target as center and a change in luminance on the 2nd circle is patterned 22. While relatively moving both the patterns, a correlation function is calculated and the moving angle of the target at the time of maximizing the correlation function is outputted. Consequently the rotational angle of the object can be detected regardless of the shape of the target.