Abstract: An image processing device, an image processing system, an imaging device, an image processing method, and a recording medium storing program code. The image processing device includes a receiver configured to receive a first image and a second image, a memory configured to store a joining position at each one of a plurality of portions between the first image and the second image received by the receiver, and circuitry configured to evaluate, for each of the plurality of portions, validity of the joining position in a past stored in the memory, and generate a composite image based on the first image and the second image received by the receiver and the joining position in the past stored in the memory on a site where the validity meets a criterion. The method includes reading a past joining position at each one of a plurality of portions between a pair of images.

Abstract: An image processing device, an image processing system, an imaging device, an image processing method, and a recording medium storing program code. The image processing device includes a receiver configured to receive a first image and a second image, a memory configured to store a joining position at each one of a plurality of portions between the first image and the second image received by the receiver, and circuitry configured to evaluate, for each of the plurality of portions, validity of the joining position in a past stored in the memory, and generate a composite image based on the first image and the second image received by the receiver and the joining position in the past stored in the memory on a site where the validity meets a criterion. The method includes reading a past joining position at each one of a plurality of portions between a pair of images.

Abstract: A monitoring camera includes an image capturing unit configured to capture an image of a subject, the image capturing unit having an image capturing field angle adjustable by a zooming optical system, and a light source having a light emitting diode configured to emit an illuminating radiation. The camera further includes a lens unit configured to apply the illuminating radiation in a direction which is substantially identical to a direction in which the image capturing unit captures the image, and an irradiation moving unit configured to variably set an irradiation range of the illuminating radiation to irradiate an area which is substantially the same as the image capturing field angle of the image capturing unit.

Abstract: A transport device simultaneously transports a plurality of articles with a simple device configuration. The transport device includes a chucking device that holds a magazine. An overhead carriage that transports the magazine held by the chucking device includes article storage parts that each accommodate the magazine held by the chucking device. The article storage parts include rotary tables that receive, from the chucking device, the magazine held by the chucking device. The rotary tables having received the magazines from the chucking device move from the chucking device to the article storage parts.

Abstract: A transport device that allows transport containers varying in shape or size to be transported without changing a device configuration, and can prevent works in a transport container from popping out of the transport container with a simple device configuration. An overhead carriage includes a chucking device that holds a magazine accommodating works. The overhead carriage transports the magazine held by the chucking device. The chucking device includes a holding unit that holds the magazine and a sensor that detects the magazine held by the holding unit. The holding unit is controlled based on the detection of the sensor to hold the magazine so that the holding unit prevents works stored in the magazine from popping out.

Abstract: A transport device that can transport stacked articles to be transported without changing a device configuration and can correct and prevent a displacement of the stacked articles to be transported with a simple device configuration. A chucking device is provided to hold trays in a stacked state. The chucking device is provided with an overhead carriage for transporting the trays held by the chucking device. The chucking device includes a holding unit that holds the trays and sensors that detect the trays held by the holding unit. The holding unit is configured such that the holding operation of the holding unit on the trays is controlled based on detection of the sensors, and correct and prevent a displacement of the stacked trays.

Abstract: Provided is a transport device that can simultaneously transport a plurality of articles with a simple device configuration. The transport device includes a chucking device that holds a magazine. An overhead carriage that transports the magazine held by the chucking device includes article storage parts that each accommodate the magazine held by the chucking device. The article storage parts include rotary tables that receive, from the chucking device, the magazine held by the chucking device. The rotary tables having received the magazines from the chucking device move from the chucking device to the article storage parts.

Abstract: A transport device that allows transport containers varying in shape or size to be transported without changing a device configuration, and can prevent works in a transport container from popping out of the transport container with a simple device configuration. An overhead carriage includes a chucking device that holds a magazine accommodating works. The overhead carriage transports the magazine held by the chucking device. The chucking device includes a holding unit that holds the magazine and a sensor that detects the magazine held by the holding unit. The holding unit is controlled based on the detection of the sensor to hold the magazine so that the holding unit prevents works stored in the magazine from popping out.

Abstract: A transport device that can transport stacked articles to be transported without changing a device configuration and can correct and prevent a displacement of the stacked articles to be transported with a simple device configuration. A chucking device is provided to hold trays in a stacked state. The chucking device is provided with an overhead carriage for transporting the trays held by the chucking device. The chucking device includes a holding unit that holds the trays and sensors that detect the trays held by the holding unit. The holding unit is configured such that the holding operation of the holding unit on the trays is controlled based on detection of the sensors, and correct and prevent a displacement of the stacked trays.

Abstract: The present invention is a laser system including a DFB laser 10 emitting a laser light 50, a semiconductor optical amplifier 20 that modulates an intensity of the laser light, and a harmonic generation element 30 that converts the laser light modulated to a visible light 54 that is a harmonic of the laser light. According to the present invention, it is possible to employ the highly efficient harmonic generation element capable of modulating the intensity of the laser light and to reduce power consumption.

Abstract: A monitoring camera is provided. The monitoring camera includes an image capturing unit configured to capture an image of a subject therein, the image capturing unit having an image capturing field angle adjustable by a zooming optical system; and a light source having a light emitting diode configured to emit an illuminating radiation. The camera further includes a lens unit configured to apply the illuminating radiation in a direction which is substantially identical to a direction in which the image capturing unit captures the image; and an irradiation moving unit configured to variably set an irradiation range of the illuminating radiation to irradiate an area which is substantially the same as the image capturing field angle of the image capturing unit.

Abstract: In a monitoring system for monitoring parking of a vehicle in a specific area by a monitoring image pick-up device, and a monitoring apparatus, the monitoring image pick-up device includes an image pick-up portion. And the monitoring apparatus includes: a parking area enter/exit determining portion for determining whether or not a vehicle enters or exits from the specific area; an imaging setting change instructing portion for instructing the image pick-up portion to change an imaging setting to another one suitable for capturing a vehicle image containing specific information on the vehicle when it is determined that the vehicle enters or exits from the area; and a parking determining portion for calculating a time for which the vehicle is parked in the area from image capturing time when the vehicle enters the area, and image capturing time when the vehicle exits from the area.

Abstract: There is provided a camera unit used in a communications system having a display section and arranged to exchange sound and images via communication between at least two locations. The camera unit includes a camera section having an image sensor for photoelectrically converting a visual image to an electric signal; a transparent filter section having signal lines for supplying power to the camera section and transferring the image signal supplied thereto from the camera section; a frame section for holding the transparent filter section therein, the frame section having a power input terminal for supplying power to the camera section and a video output terminal for outputting the image signal transferred thereto from the camera section; and attaching members for attaching the frame section holding the transparent filter section therein, to a front surface of a display screen of the display section of the communications system.

Abstract: The present invention is a laser system including a DFB laser 10 emitting a laser light 50, a semiconductor optical amplifier 20 that modulates an intensity of the laser light, and a harmonic generation element 30 that converts the laser light modulated to a visible light 54 that is a harmonic of the laser light. According to the present invention, it is possible to employ the highly efficient harmonic generation element capable of modulating the intensity of the laser light and to reduce power consumption.

Abstract: An embodiment of the invention provides an image pickup apparatus to which a zoom lens having a variable imaging angle of view is mounted, including: a dynamic body detecting portion for detecting a dynamic body from an image signal obtained by capturing an image; a motion vector detecting portion for detecting a motion vector representing an amount of motion per unit time of the dynamic body detected by the dynamic body detecting portion; a comparing portion for comparing the motion vector detected by the motion vector detecting portion with a reference value; and a control portion for adjusting a set value for an angle of view of the zoom lens based on a comparison result obtained in the comparing portion.

Abstract: There is provided a camera unit used in a communications system having a display section and arranged to exchange sound and images via communication between at least two locations. The camera unit includes a camera section having an image sensor for photoelectrically converting a visual image to an electric signal; a transparent filter section having signal lines for supplying power to the camera section and transferring the image signal supplied thereto from the camera section; a frame section for holding the transparent filter section therein, the frame section having a power input terminal for supplying power to the camera section and a video output terminal for outputting the image signal transferred thereto from the camera section; and attaching members for attaching the frame section holding the transparent filter section therein, to a front surface of a display screen of the display section of the communications system.

Abstract: In a monitoring system for monitoring parking of a vehicle in a specific area by a monitoring image pick-up device, and a monitoring apparatus, the monitoring image pick-up device includes an image pick-up portion. And the monitoring apparatus includes: a parking area enter/exit determining portion for determining whether or not a vehicle enters or exits from the specific area; an imaging setting change instructing portion for instructing the image pick-up portion to change an imaging setting to another one suitable for capturing a vehicle image containing specific information on the vehicle when it is determined that the vehicle enters or exits from the area; and a parking determining portion for calculating a time for which the vehicle is parked in the area from image capturing time when the vehicle enters the area, and image capturing time when the vehicle exits from the area.

Abstract: An embodiment of the invention provides an image pickup apparatus to which a zoom lens having a variable imaging angle of view is mounted, including: a dynamic body detecting portion for detecting a dynamic body from an image signal obtained by capturing an image; a motion vector detecting portion for detecting a motion vector representing an amount of motion per unit time of the dynamic body detected by the dynamic body detecting portion; a comparing portion for comparing the motion vector detected by the motion vector detecting portion with a reference value; and a control portion for adjusting a set value for an angle of view of the zoom lens based on a comparison result obtained in the comparing portion.

Abstract: A monitoring camera is provided. The monitoring camera includes an image capturing unit configured to capture an image of a subject therein, the image capturing unit having an image capturing field angle adjustable by a zooming optical system; and a light source having a light emitting diode configured to emit an illuminating radiation. The camera further includes a lens unit configured to apply the illuminating radiation in a direction which is substantially identical to a direction in which the image capturing unit captures the image; and an irradiation moving unit configured to variably set an irradiation range of the illuminating radiation to irradiate an area which is substantially the same as the image capturing field angle of the image capturing unit.

Abstract: It is difficult to simplify the structure of a video camera system having various adjusting functions. Therefore, the video camera system has an information-obtaining-region setting function for setting an information-obtaining region in a screen according to the output of an image pickup device, an information-obtaining-region moving function for moving an information-obtaining region in the screen every predetermined cycle of the output of the image pickup device, an information-obtaining function for obtaining predetermined information-obtaining-region information based on the output of the image pickup device in the information-obtaining region every predetermined cycle, and control information generating function for generating control information in accordance with the obtained-region information obtained by an information-obtaining means.