Abstract: Provided is an imaging apparatus that obtains a video with a resolution of satisfactory quality and a small angle of view from a video with a large angle of view through real-time image processing. An imaging apparatus has an imaging element that captures an optical image of a standard video with a first angle of view, and a control unit that includes a first mode and a second mode as a video imaging mode and records video data of a video based on the optical image. The control unit executes first recording processing of recording video data of the standard video using the imaging element in the first mode. The control unit executes setting processing of setting a recording region with a second angle of view smaller than the first angle of view in the standard video and second recording processing of recording a video data of a recorded video of the recording region in the second mode.

Abstract: In order to enable a precedent base station to perform appropriate processing on interference by a subsequent base station in a mobile communication system, a base station 201 includes: an interference detecting unit 350 configured to detect, based on a content of a received signal received from a second base station installed after installation of the base station 201, interference affecting the base station 201 by the second base station; and an output unit 390 configured to output information related to the interference.

Abstract: In order to enable a precedent base station to perform appropriate processing on interference by a subsequent base station in a mobile communication system, a base station 201 includes an interference detecting unit 350 configured to obtain history information related to a received signal received by the base station 201 from a second base station installed after installation of the base station 201 and to detect interference affecting the base station 201 by the second base station, based on the history information.

Abstract: In order to enable a precedent base station to perform appropriate processing on interference by a subsequent base station in a mobile communication system, a base station 201 includes an interference source specifying unit 360 configured to obtain first history information related to a received signal received by the base station 201 from a transmission source before installation of a second radio base station, and second history information related to a received signal received by the base station 201 from the transmission source after installation of the second radio base station and to specify a second radio base station which has caused interference affecting the base station 201, based on a result of comparing the first history information and the second history information.

Abstract: In order to enable a precedent base station to perform appropriate processing on interference by a subsequent base station in a mobile communication system, a base station 201 includes an interference source specifying unit 360 configured to obtain information related to a received signal received by the base station 201 from a plurality of transmission sources and to specify a second radio base station which has caused interference affecting the base station 201, based on the information.

Abstract: In order to enable a precedent base station to perform appropriate processing on interference by a subsequent base station in a mobile communication system, a base station 201 includes an interference source specifying unit 360 configured to obtain information related to a received signal received by the base station 201 from each of a plurality of directions and to specify, based on the information related to the received signal, a direction from the base station 201 to a transmission source which has caused interference affecting the base station 201.

Abstract: An omnidirectional cart transport mechanism includes an automatic guided vehicle that includes a drive wheel and a drive mechanism that drives the drive wheel, and travels on a road surface by driving the drive wheel using the drive mechanism, a side guide mechanism that includes a pair of side plates movable in a first direction of approaching or separating from each other, and guides a cart to be coupled to the automatic guided vehicle to a coupled position by bringing the pair of side plates closer to each other with the cart positioned between the pair of side plates, and a cart lift mechanism that lifts a coupled portion of the cart guided to the coupled position.

Abstract: A finger mechanism includes a base portion and a plurality of finger portions supported by the base portion, wherein each of the finger portions includes a first bone member, a second bone member rotatably coupled to one end portion of the first bone member, and a pair of third bone members each being rotatably coupled to another end portion of the first bone member and the base portion, and forming a parallel link mechanism between the first bone member and the base portion.

Abstract: A transfer apparatus includes a finger mechanism configured to grasp an outer circumferential face of an object, wherein the finger mechanism is equipped with a plurality of finger portions supported by a base portion, each of the finger portions includes a first bone member, a second bone member rotatably coupled to one end portion of the first bone member, and a pair of third bone members, each of which is rotatably coupled to the other end portion of the first bone member and the base portion, whereby a parallel link mechanism is formed between the first bone member and the base portion, and the finger mechanism transfers the grasped object to a containing box.

Abstract: A finger mechanism includes a base portion and a plurality of finger portions supported by the base portion, wherein each of the finger portions includes a first bone member, a second bone member rotatably coupled to one end portion of the first bone member, and a pair of third bone members each being rotatably coupled to another end portion of the first bone member and the base portion, and forming a parallel link mechanism between the first bone member and the base portion.

Abstract: A cell membrane observation and analysis device includes at least: a microscope; and a substrate which has a plurality of holes, in which a cell membrane is placed on each hole of the substrate to be placed on the substrate, the cell membrane is immersed into a buffer solution while the cell membrane is suctioned through the hole, and the buffer solution is sealed, thereby observing and analyzing the cell membrane. Using the above-mentioned device, a substrate is prepared; a cell membrane is dispersed in a buffer solution, thereby preparing a suspension; the suspension is dripped onto a face of the substrate; the cell membrane is sucked through each hole to be placed on each hole; the cell membrane is immersed into a second buffer solution while the cell membrane is sucked; the second buffer solution is sealed; and the cell membrane is observed and analyzed with a microscope.