Abstract: A wide-field image input device that joins a series of partial images obtained by continuously imaging an imaging object by an imaging device while the imaging device is manually scanned by a user, thereby generating a wide-field image, includes: a camera position/posture estimation unit for receiving a partial image series and calculating a change state of three-dimensional position and posture of the imaging device as time-series camera position/posture information; a deformation parameter estimation unit for calculating a geometrical deformation parameter between adjacent partial images from the camera position/posture information; an image joining unit for joining the partial images by using the geometrical deformation parameter so as to generate a wide-field image; and a camera scan error detection unit for detecting motion of the imaging device according to the camera position/posture information and outputting a camera scan error detection signal when an error is detected.

Abstract: A video structuring device includes: character string extraction means for determining whether or not a character string is present in a frame image, and if it determines that a character string is present, generating character string position information for the character string present in a character string present frame image in which the character string is present, and outputting the character string position information, frame identifying information for identifying the character string present frame image, and the character string present frame image; video information storage means for storing frame identifying information, character string present frame image and character string position information in an index file all associated with one another; and structure information presentation means for associating character string display in the form of an image which is produced by cutting an area where the character string is present based on the character string present frame image and character string

Abstract: A marker generating system is characterized in having a special feature extracting element that extracts a portion, as a special feature, including a distinctive pattern in a video image not including a marker; a unique special feature selecting element that, based on the extracted special feature, selects a special feature of an image, as a unique special feature, that does not appear on the video image; and a marker generating element that generates a marker based on the unique special feature.

Abstract: A data processing unit calculates image conversions parameters corresponding to each partial image, geometrically converts photographed partial images on the basis of a current partial image based on the calculated image conversion parameters, and combines them to generate a mosaic image. Also, a display device displays each current partial image, and at least part of the generated mosaic image.

Abstract: [Problem] To reduce omission of searched results and improve search efficiency in indexing by means of telop and another text information attached to a video. [Solving Means] A video indexing system has an index generating unit which generate an index, an index accumulating unit which accumulates the index together with attached information such as an index position, an image feature generating unit which generates an image feature, an image feature accumulating unit which accumulates the image feature together with the attached information such as the position, and an image feature checking unit which compares the image feature with past image features, and, when matched, outputs the index at the time of outputting the corresponding past image feature as a current index.

Abstract: A video structuring device includes: character string extraction means for determining whether or not a character string is present in a frame image, and if it determines that a character string is present, generating character string position information for the character string present in a character string present frame image in which the character string is present, and outputting the character string position information, frame identifying information for identifying the character string present frame image, and the character string present frame image; video information storage means for storing frame identifying information, character string present frame image and character string position information in an index file all associated with one another; and structure information presentation means for associating character string display in the form of an image which is produced by cutting an area where the character string is present based on the character string present frame image and character string

Abstract: A wide-field image input device that joins a series of partial images obtained by continuously imaging an imaging object by an imaging device while the imaging device is manually scanned by a user, thereby generating a wide-field image, includes: a camera position/posture estimation unit for receiving a partial image series and calculating a change state of three-dimensional position and posture of the imaging device as time-series camera position/posture information; a deformation parameter estimation unit for calculating a geometrical deformation parameter between adjacent partial images from the camera position/posture information; an image joining unit for joining the partial images by using the geometrical deformation parameter so as to generate a wide-field image; and a camera scan error detection unit for detecting motion of the imaging device according to the camera position/posture information and outputting a camera scan error detection signal when an error is detected.

Abstract: A capture device 3 first captures the whole of a document 2 and thereby obtains a total image of the document 2. A structure analysis section 24 conducts image structure analysis to the total image, and thereby extracts structural elements (text, figure, picture, etc.) of the document 2 and obtains position information of the structural elements. For each of one or more selected structural elements, a sub-image acquisition process is conducted, in which a control information generation section 25 determines one or more partial areas and a resolution to be used for capturing the selected structural element and an image acquisition control section 23 acquires sub-images of the partial areas of the structural element by use of the capture device 3 with the determined resolution. An image connection section 26 connects the sub-images together and thereby obtains a high resolution image (synthesis target image) of the structural element.

Abstract: A data processing device calculates an image conversion parameter corresponding to each partial image. According to the image conversion parameter calculated, a partial image which has been imaged according to the current partial image is geometrically converted. The images are combined to generate a mosaic image. Moreover, the current partial image and at least a part of the mosaic image generated are displayed on a display unit.

Abstract: A water lock tap comprises a pedestal, which is secured to an attachment object such as a washstand, a pipe attachment member for attaching a water supply pipe to the bottom of the pedestal, and a neck, which is secured to the pedestal; the pedestal comprises a mesh structure for securing the neck to the outer periphery of the pedestal, and having a ring-like blade section which clips into an attachment hole, provided in the attachment object, and a cylindrical moving member which is suspended from the ring-like blade section and has a plurality of protruding members, which are pressed toward the outside when a cylindrical member having a screw notch in its outer periphery is screwed into a cylindrical space having a screw notch in its inner periphery. The pipe member comprises a flange section that connects to the screw notch section and is accommodated in the ring-like blade, and a joint section that is connected to the water supply pipe.

Abstract: A water lock tap can be attached to a pedestal from above a washstand or the like.

Abstract: A capture device 3 first captures the whole of a document 2 and thereby obtains a total image of the document 2. A structure analysis section 24 conducts image structure analysis to the total image, and thereby extracts structural elements (text, figure, picture, etc.) of the document 2 and obtains position information of the structural elements. For each of one or more selected structural elements, a sub-image acquisition process is conducted, in which a control information generation section 25 determines one or more partial areas and a resolution to be used for capturing the selected structural element and an image acquisition control section 23 acquires sub-images of the partial areas of the structural element by use of the capture device 3 with the determined resolution. An image connection section 26 connects the sub-images together and thereby obtains a high resolution image (synthesis target image) of the structural element.

Abstract: A water lock tap can be attached to a pedestal from above a washstand or the like.

Abstract: A capture device 3 first captures the whole of a document 2 and thereby obtains a total image of the document 2. A structure analysis section 24 conducts image structure analysis to the total image, and thereby extracts structural elements (text, figure, picture, etc.) of the document 2 and obtains position information of the structural elements. For each of one or more selected structural elements, a sub-image acquisition process is conducted, in which a control information generation section 25 determines one or more partial areas and a resolution to be used for capturing the selected structural element and an image acquisition control section 23 acquires sub-images of the partial areas of the structural element by use of the capture device 3 with the determined resolution. An image connection section 26 connects the sub-images together and thereby obtains a high resolution image (synthesis target image) of the structural element.

Abstract: A capture device 3 first captures the whole of a document 2 and thereby obtains a total image of the document 2. A structure analysis section 24 conducts image structure analysis to the total image, and thereby extracts structural elements (text, figure, picture, etc.) of the document 2 and obtains position information of the structural elements. For each of one or more selected structural elements, a sub-image acquisition process is conducted, in which a control information generation section 25 determines one or more partial areas and a resolution to be used for capturing the selected structural element and an image acquisition control section 23 acquires sub-images of the partial areas of the structural element by use of the capture device 3 with the determined resolution. An image connection section 26 connects the sub-images together and thereby obtains a high resolution image (synthesis target image) of the structural element.

Abstract: A device for winding and storing a used needle of an injector. The device includes a needle-hub assembly, a cylindrical container and a needle winding axle. A hub of the needle-hub assembly is arranged through a bottom wall of the cylindrical container at an eccentric position relative to a longitudinal axis thereto. After using the injector, the cylindrical container is rotated about the needle winding axle, whereby the used needle is wound and finally stored within the cylindrical container.

Abstract: An automatic water faucet in which the neck portion can be easily attached to the sink, after a common base for receiving the faucet has been attached. To achieve such a purpose, the automatic water faucet comprises a water faucet seat and a neck portion. The water faucet seat is constructed to engage with the neck portion by inserting the neck portion into the water faucet seat and rotating the former repeatedly to the latter so as to assemble them together.

Abstract: An image sensor includes a light receiving insulating substrate which has a plurality of light receiving elements with one row disposed on one major surface and has a first wiring portion on one side of the major surface for connecting the light receiving elements to a plurality of external driving elements; a driving insulating substrate which has the driving elements mounted on one major surface and has a second wiring portion on one side of the major surface for connecting the driving elements to the light receiving elements; a press-contact connector for electrically connecting the wiring portions, keeping the light receiving insulating substrate and the driving insulating substrate in contact with each other with their respective wiring portions positioned back to back; and engaging means provided close to at least one of the wiring portions in the light receiving insulating substrate and the driving insulating substrate and also provided in the press-contact connector, for enhancing a mechanical holding

Abstract: There is disclosed a magnetic recording medium having excellent dispersability of ferromagnetic powder and ensuring stable production as well as excellent durability and electromagnetic conversion properties. The recording medium comprises a non-magnetic support and provided thereon at least one magnetic layer containing a ferromagnetic compound, wherein at least one of the magnetic layers contains:a fatty ester of 0.05 to 2 parts by weight per 100 parts by weight of the magnetic powder and,a binder composed of a urethane resin prepared from isocyanate and polyesterpolyol comprising carboxylic acid and diol represented by the following Formula I: ##STR1## wherein R represents a hydrocarbon group having 1 to 6 carbon atoms; and R' represents a hydrogen atom or a hydrocarbon group having 1 to 6 carbon atoms, provided that the total number of carbon atoms included in R and R' is 3 to 10 and that at least one of R and R' is a branched alkyl group having 3 or more carbon atoms.

Abstract: A magnetic recording medium is disclosed, which has excellent electro-magnetic conversion characteristics and is improved in drop-out. The magnetic recording medium comprises a non-magnetic support and a plurality of magnetic layers provided on the support, and the magnetic layer being provided farthest from said support among these magnetic layers comprises a magnetic powder and a carbon black in an amount of not more than 1 part per 100 parts by weight of said magnetic powder; and another magnetic layer comprising a magnetic powder has a thickness of not more than 2.5 .mu.m, and 900 nm light-transmittance of said magnetic medium is not more than 0.1%.