Abstract: An investigation assist system includes a plurality of servers and an integration server communicatively connected to a terminal and the plurality of servers. In response to reception of a video captured by a plurality of cameras, each of the plurality of servers performs a video analysis of an object with respect to an incident, with the plurality of servers processing different objects, respectively. Based on an input of a plurality of different object feature elements from the terminal, the integration server sends a search request for corresponding objects to the respective servers corresponding to the object feature elements, receives and integrates search results of the corresponding objects from the respective servers, and causes the terminal to display an integrated search result.

Abstract: An investigation assist system includes a plurality of servers and an integration server communicatively connected to a terminal and the plurality of servers. In response to reception of a video captured by a plurality of cameras, each of the plurality of servers performs a video analysis of an object with respect to an incident, with the plurality of servers processing different objects, respectively. Based on an input of a plurality of different object feature elements from the terminal, the integration server sends a search request for corresponding objects to the respective servers corresponding to the object feature elements, receives and integrates search results of the corresponding objects from the respective servers, and causes the terminal to display an integrated search result.

Abstract: An investigation assist system includes a plurality of servers and an integration server communicatively connected to a terminal and the plurality of servers. In response to reception of a video captured by a plurality of cameras, each of the plurality of servers performs a video analysis of an object with respect to an incident, the plurality of servers processing different objects, respectively. Based on an input of a plurality of different object feature elements from the terminal, the integration server sends a search request for corresponding objects to the respective servers corresponding to the object feature elements, receives and integrates search results of the corresponding objects from the respective servers, and causes the terminal to display an integrated search result.

Abstract: An alignment apparatus of a container configured to an alignment of a container smoothly by using a manual operation and an automatic operation together is provided.

Abstract: An investigation assist system includes a plurality of servers and an integration server communicatively connected to a terminal and the plurality of servers. In response to reception of a video captured by a plurality of cameras, each of the plurality of servers performs a video analysis of an object with respect to an incident, the plurality of servers processing different objects, respectively. Based on an input of a plurality of different object feature elements from the terminal, the integration server sends a search request for corresponding objects to the respective servers corresponding to the object feature elements, receives and integrates search results of the corresponding objects from the respective servers, and causes the terminal to display an integrated search result.

Abstract: There is provided a monitoring system which includes a plurality of monitoring cameras and a management device. The management device transmits feature information relevant to a person to one or more first monitoring cameras and receives check results, and transmits time information in which the person is captured to second monitoring cameras based on the check results. The management device specifies the person based on a check result acquired in such a way that the second monitoring cameras perform a check using the time information.

Abstract: An alignment apparatus of a container configured to an alignment of a container smoothly by using a manual operation and an automatic operation together is provided.

Abstract: There is provided a monitoring system which includes a plurality of monitoring cameras and a management device. The management device transmits feature information relevant to a person to one or more first monitoring cameras and receives check results, and transmits time information in which the person is captured to second monitoring cameras based on the check results. The management device specifies the person based on a check result acquired in such a way that the second monitoring cameras perform a check using the time information.

Abstract: There is provided a monitoring system which includes a plurality of monitoring cameras and a management device. The management device transmits feature information relevant to a person to one or more first monitoring cameras and receives check results, and transmits time information in which the person is captured to second monitoring cameras based on the check results. The management device specifies the person based on a check result acquired in such a way that the second monitoring cameras perform a check using the time information.

Abstract: A signature to be used to verify whether or not an original version video captured by a camera has been altered is assigned in the camera to improve the evidential quality of the original version video captured by the camera. The camera (2) includes: an image pickup unit that captures a video of an area to be monitored; a CPU that generates, using a portion or the entirety of video data of the area to be monitored captured by the image pickup unit, a signature for verifying whether or not the video data have been altered; and a network communication unit that sequentially transmits, to a client terminal (4), signed video data obtained by assigning the signature generated by the CPU to the video data.

Abstract: There is provided a monitoring system which includes a plurality of monitoring cameras and a management device. The management device transmits feature information relevant to a person to one or more first monitoring cameras and receives check results, and transmits time information in which the person is captured to second monitoring cameras based on the check results. The management device specifies the person based on a check result acquired in such a way that the second monitoring cameras perform a check using the time information.

Abstract: The abnormality detecting device of this invention comprises a movement detecting unit detecting a presence of a movement of a body based on a video signal in a monitored area, a body detecting unit detecting a predetermined body existence based on the video signal, a brightness level detecting unit detecting a brightness level of the video signal, a determining unit determining whether the detected brightness level is within a predetermined range, a first abnormality detecting unit, in case the brightness level is determined within the predetermined range, detecting the abnormal state occurrence when the movement of the body is detected and the predetermined body is detected, and a second abnormality detecting unit, in case the brightness level is determined to be outside the predetermined range, detecting the abnormal state occurrence when a movement of a body is detected, and detecting the abnormal state occurrence when the predetermined body is detected.

Abstract: A video camera includes an imager. An imager repeatedly outputs an object scene image captured on an imaging surface. A determiner repeatedly determines whether or not one or at least two dynamic objects exist in the object scene by referring to the object scene image outputted from the imager. A first searcher searches a specific dynamic object that satisfies a predetermined condition from the one or at least two dynamic objects when a determination result of the determiner is updated from a negative result to an affirmative result. An adjuster adjusts an imaging condition by tracking the specific dynamic object discovered by the first searcher.

Abstract: The abnormality detecting device of this invention comprises a movement detecting unit detecting a presence of a movement of a body based on a video signal in a monitored area, a body detecting unit detecting a predetermined body existence based on the video signal, a brightness level detecting unit detecting a brightness level of the video signal, a determining unit determining whether the detected brightness level is within a predetermined range, a first abnormality detecting unit, in case the brightness level is determined within the predetermined range, detecting the abnormal state occurrence when the movement of the body is detected and the predetermined body is detected, and a second abnormality detecting unit, in case the brightness level is determined to be outside the predetermined range, detecting the abnormal state occurrence when a movement of a body is detected, and detecting the abnormal state occurrence when the predetermined body is detected.

Abstract: A 3D object graphics display device for storing information about 3D objects such as works of art or buildings, and for displaying them on a 2D display. The "3D shape data" and "texture data" of a 3D object is stored in a memory in advance. When an operator operates a manipulator, a 2D image is generated, which would be acquired when the 3D object is seen from a viewpoint indicated by the manipulator, by using the 3D shape data and the texture data in every 1/60 sec or less interval (that is, a minimum display interval of the display device). The 2D image is shown on the display, giving the operator a virtual-reality-like feeling as if he was actually holding the 3D object.

Abstract: The invention relates to a thermal head which comprises: a plurality of heating elements arranged at regular intervals on the top surface of an electrically insulating substrate; a common electrode connected to one ends of the respective heating elements; a plurality of discrete lead wires connected to the other ends of the respective heating elements and led out in directions at predetermined angles with respect to the direction of arrangement of the heating elements; and driving IC including a plurality of connecting pads arranged nearly parallel with the direction of arrangement of the heating elements and with intervals smaller than the intervals of arrangement of the heating elements, the connecting pads connected to lead-out sections of the discrete lead wires, wherein the connecting pads of the driving IC are arranged with intervals between the neighboring connecting pads which vary depending on the sine values of angles between the direction of arrangement of the heating elements and the lead-out dire

Abstract: An electric power system simulator comprising first calculator which calculates a generator dynamic characteristic, second calculator which calculates a load dynamic characteristic and third calculator which calculates power transmission condition of an electric power system network, then the first calculator cyclically obtains an amplitude and a phase of an internal induced voltage of the generator based on data on an output power and a terminal voltage of the generator, and the second calculator calculates a load equivalent admittance at predetermined time based on data on an A.C.

Abstract: A method of manufacturing a semiconductor device having a plurality of MOS transistors which construct a memory section. After forming a plurality of MOS transistors on a semiconductor substrate, source regions and drain regions of given MOS transistors are shorted in accordance with a requested program. An insulating film is subsequently formed on the MOS transistors and an interconnection wiring layer is further formed thereon.

Abstract: A semiconductor read only memory having a plurality of MOS transistors and polycrystalline or amorphous silicon resistances connected to the source or drain regions of the MOS transistors, laser beams irradiating selected silicon resistances to thermally activate those resistances and store the required data.

Abstract: An additional N.sup.+ region is provided in a P type substrate adjacent to a protective N.sup.+ resistor region with an insulating layer and metal layer interposed between the N.sup.+ region and the N.sup.+ resistor region. The N.sup.+ resistor region, the oxide layer, the polysilicon layer and N.sup.+ region constitute an MOS transistor, respectively corresponding to a drain region, a gate insulating layer, a gate electrode and a source region of the MOS transistor. When a very high excessive voltage that otherwise would destroy the PN junction between the substrate and the resistor region is applied to the input terminal, the MOS transistor is rendered conductive and the excessive voltage is absorbed.