Abstract: A control apparatus (10) includes an image processing unit (110), a movement route estimation unit (120), and a control unit (140). The image processing unit (110) detects occurrence of a specific event by processing an image. The movement route estimation unit (120) determines an object being a person and/or a vehicle being involved in the specific event, and estimates an estimated movement route of the object. The control unit (140) controls a device in order to guide the object according to the estimated movement route. The device to be controlled herein is, for example, a traffic light included in a traffic system.

Abstract: An information processing apparatus includes: a generation unit that, for at least one of a plurality of sites, generates estimation information indicating estimated ability of the site by using ability information of an employee at the site and equipment information about equipment at the site; and an output processing unit that generates advice information to a manager of the site by using the estimation information and request information indicating ability requested with regard to the site and causes an output apparatus to output the generated advice information.

Abstract: A wind estimation apparatus includes an acquisition unit and an estimation unit. The acquisition unit acquires a target image of a target region. The estimation unit estimates at least one of a direction and strength of wind in the target region by using the target image.

Abstract: An image processing system includes: a determination unit that determines a person included in an image; a mask processing unit that performs mask processing on a face region including at least a part of a face of the determined person; and a deletion unit that deletes an unnecessary portion from the image.

Abstract: A person determination apparatus includes a selection unit and an information generation unit. The selection unit uses biometric information of a search target person, and thereby selects a candidate having a possibility of being the search target person. The information generation unit uses medical information concerning a medical history of the search target person and the medical information of the candidate, and thereby generates possibility information being information concerning a possibility that the candidate is the search target person.

Abstract: A detection system includes an acquisition unit, a map generation unit, a determination unit, and a detection unit. The acquisition unit acquires a first image and a second image. The second image is an image acquired by capturing an image of a narrower area than in the first image. The map generation unit generates, by using the first image, map information. The determination unit determines a target area in the map information. The detection unit analyzes the second image acquired by capturing an image of the target area, and thereby detects a target object.

Abstract: An information processing apparatus includes a biometric information processing unit that determines timing at which the biometric information satisfies a criterion by processing biometric information of a subject, an acquisition unit that acquires information indicating an environment of the subject at a date and time determined by using the timing, and an output unit that performs an output including the environment information.

Abstract: A disposal information generation apparatus (10) includes an article information acquisition unit (110) and a disposal information generation unit (120). The article information acquisition unit (110) acquires article information being information generated by using a sensor (20), and information relating to an article. The disposal information generation unit (120) generates and outputs disposal information being information relating to a site where waste coming out of the article or the article is to be disposed of, by using the article information. Thus, a person who intends to dispose of the waste or the article can recognize the site where the waste or the article is to be disposed of, by viewing the disposal information.

Abstract: An image processing apparatus includes an image processing unit and a determination unit. The image processing unit acquires a plurality of images (e.g., frame images) generated by an image capturing apparatus. Then, the image processing unit processes an image including the same person (a first person) among the plurality of images, and thereby detects a change in an angle of a body of the first person. Moreover, the image processing unit detects, at least when magnitude of the change satisfies a criterion, information relating to a second person or an object (an attention target) existing in a direction in which the body leans. The determination unit outputs predetermined information by use of a processing result of the image processing unit. As one example, the determination unit outputs predetermined information, when a first criterion relating to at least one of the attention target and the first person described above is satisfied.

Abstract: An analysis device includes a main control circuit, a sub-control circuit, a backup execution part, and a restoration execution part. The main control circuit has a calibration information storage area for storing calibration information unique to the analysis device, and is configured to perform operation control unique to the analysis device using the calibration information. The sub-control circuit is communicable with the main control circuit and has a backup information storage area for storing the same information as the calibration information in the calibration information storage area. The backup execution part is configured to execute backup for storing information same as the calibration information stored in the calibration information storage area in the backup information storage area.

Abstract: An analysis device includes a main control circuit, a sub-control circuit, a backup execution part, and a restoration execution part. The main control circuit has a calibration information storage area for storing calibration information unique to the analysis device, and is configured to perform operation control unique to the analysis device using the calibration information. The sub-control circuit is communicable with the main control circuit and has a backup information storage area for storing the same information as the calibration information in the calibration information storage area. The backup execution part is configured to execute backup for storing information same as the calibration information stored in the calibration information storage area in the backup information storage area.

Abstract: A non-aqueous inkjet ink containing at least two kinds of color pigments, a pigment dispersing agent and an organic solvent, wherein the two kinds of color pigments are a watching red pigment and a benzimidazolone pigment.

Abstract: A non-aqueous inkjet ink containing at least two kinds of color pigments, a pigment dispersing agent and an organic solvent, wherein the two kinds of color pigments are a watching red pigment and a benzimidazolone pigment.

Abstract: An oil-based ink contains at least a dye and an organic solvent, wherein the dye is contained by an amount ranging from 0.1 to 20 mass % relative to the total amount of the ink, and the organic solvent contains a five-membered heterocyclic compound having a C?O bond or a phosphoric acid ester by an amount ranging from 50 to 99 mass % relative to the total amount of the ink.

Abstract: An oil-based inkjet ink includes at least a pigment, a dispersant and an organic solvent, wherein a calcium content in the ink is 8 ppm or less, and a magnesium content in the ink is 3 ppm or less.

Abstract: A mobile communication terminal 10A, in a process of acquiring assistance information in advance for using for a GPS position measuring at step S10, makes a judgment of whether or not the assistance information is to be acquired, prior to the GPS position measuring command by a user. When a result of this judgment is affirmative, the terminal 10A transmits an assistance information request to a position measuring assistance server 50. When the assistance information is returned from the position measuring assistance server 50 in response to this the assistance information request, in the cellular phone 10A, the assistance information is received and stored, and then prepared for a command for position measuring by the user, for which possibility of being made is higher in a short period. As a result, it is possible to perform quickly the position measuring of a current location of the mobile communication terminal.

Abstract: A mobile communication terminal 10A, in a process of acquiring assistance information in advance for using for a GPS position measuring at step S10, makes a judgment of whether or not the assistance information is to be acquired, prior to the GPS position measuring command by a user. When a result of this judgment is affirmative, the terminal 10A transmits an assistance information request to a position measuring assistance server 50. When the assistance information is returned from the position measuring assistance server 50 in response to this the assistance information request, in the cellular phone 10A, the assistance information is received and stored, and then prepared for a command for position measuring by the user, for which possibility of being made is higher in a short period. As a result, it is possible to perform quickly the position measuring of a current location of the mobile communication terminal.

Abstract: When a user of a mobile communication terminal makes a request for a position-measuring of a current location, at step S101, a position-measuring method determining section checks a position-measuring method specified. When the method specified is a “cell ID position-measuring”, and it is performed, when the method specified is a “base station radio waves position-measuring”; a base station radio waves position-measuring is performed, when the method specified is a “GPS position-measuring” or a “not specified”, at step S102, a judgment of whether an area in which the mobile communication terminal exist is an area suitable for data communication is made. When the judgment is negative, an autonomous GPS position-measuring is performed. When the judgment is affirmative, an assisted GPS position-measuring is performed.

Abstract: When a user of a mobile communication terminal makes a request for a position-measuring of a current location, at step S101, a position-measuring method determining section checks a position-measuring method specified. When the method specified is a “cell ID position-measuring”, and it is performed, when the method specified is a “base station radio waves position-measuring”; a base station radio waves position-measuring is performed, when the method specified is a “GPS position-measuring” or a “not specified”, at step S102, a judgment of whether an area in which the mobile communication terminal exist is an area suitable for data communication is made. When the judgment is negative, an autonomous GPS position-measuring is performed. When the judgment is affirmative, an assisted GPS position-measuring is performed.

Abstract: Disclosed is a technique capable of suppressing the damage of a semiconductor manufacturing apparatus due to the breakage or the crack to the minimum by surely detecting the breakage or the crack on a part of a wafer in a semiconductor manufacturing apparatus of a multi-chamber system. An entire image of a wafer is photographed by a camera in each time when the wafer is processed, and the photographed image is processed by a discrimination unit, thereby determining the presence of the breakage or the crack on the wafer. When the breakage or the crack is detected, an error signal is transmitted from the discrimination unit to a computer that controls the semiconductor manufacturing apparatus, and the operations of the process chamber and the transport chamber used immediately before the detection of the breakage or the crack on the wafer are stopped.