Abstract:
A disclosed communication system designed for implementing remote access from an information terminal connected to a first network to an electronic device connected to a second network differing from the first network. The communication system includes a computer having a processor and a memory storing programmed instructions that, when executed by the processor, are operable for performing a process. The process includes relaying, by a relaying device, communication between the information terminal and the second network, in a state of being connectable from the first network and the second network; and converting, by a converter, a first protocol used by the information terminal for the remote access into a second protocol corresponding to the electronic device.
Abstract:
Provided is a transportation device for loading a cargo and moving in a moving direction, comprising: a bed for loading a cargo thereon; four leg parts for being able to receive a part of a weight of the bed individually; a movable part for moving the leg parts individually to change relative positions with respect to the bed individually; and a control part for controlling the movable part for the four leg parts individually, wherein the control part is for changing the relative position of at least one of the four leg parts with respect to the bed within a range in which a center of gravity of the bed is located inside a profile of a horizontal triangle made by three leg parts among the four leg parts as apexes, causing the three leg parts to support the bed and releasing one remaining leg part from supporting the bed.
Abstract:
An information processing apparatus includes a memory configured to store a plurality of instructions which causes one or more processors to: store, in the memory, a first IP address dynamically assigned to a first device and store a second IP address, which is for communicating with the first device and is in accordance with an address architecture of a second network segment; receive a packet transmitted from the second network segment and addressed to the second IP address; convert a destination IP address of the received packet from the second IP address into the first IP address; convert a transmission source IP address of the received packet into an IP address assigned as an own IP address in accordance with an address architecture of a first network segment; and transmit, to the first device, the packet having the converted destination IP address and transmission source IP address.
Abstract:
In an apparatus for optically reading a graphic symbol composed of a plurality of optically identifiable unit sections of information, a first image pickup unit has a first photodetector and picks up a first optical image of the graphic symbol based on light detected by the first photodetector. A second image pickup unit has a second photodetector and configured to pick up a second optical image of the graphic symbol based on light detected by the second photodetector. A correcting unit corrects a light intensity level of at least one section of one of the first and second optical images based on a light intensity level of at least one section of the other of the first and second optical images. The at least one section corresponds to at least one of the unit sections of information of the graphic symbol.
Abstract:
An image processing apparatus including an input part configured to input document data of a document, an extracting part configured to automatically extract partial image data from the document data, a storage part configured to store the document data and configuration data of the document data, a registering part configured to associate the document data with the partial image data and register the document data and the associated partial image data in the storage part, a generating part configured to generate push-type data based on the configuration data, and a transmitting part configured to transmit the push-type data.
Abstract:
According to one embodiment, a fuser including an endless member, an endless section of which moves in a rotating direction of a rotating shaft according to rotation of the shaft, a pressing cylindrical member which applies predetermined pressure to the endless section of the endless member, and a controller configured to detect a rotation angle of the pressing cylindrical member, the controller detecting, with a rotation angle equivalent to a nip region where the pressing cylindrical member and the endless section comes into contact with each other and are elastically deformed set as a minimum unit of the rotation angle, a rotation angle for dividing an outer circumference of the pressing cylindrical member with an integer.
Abstract:
A plastic lens plastic includes a plastic substrate (1) having a first main surface that is a convex surface (1A) and a second main surface that is a concave surface (1B), a photochromic compound-containing photochromic layer formed on the convex surface side of the substrate, and an impact-absorbing primer layer formed on the concave surface side of the substrate.
Abstract:
A sheet processing apparatus that forms asperity on a sheet bundle, which includes plural sheets, so as to bind the sheet bundle, includes: a pair of rotating members having a concave and convex portions on the outer periphery; a moving portion that moves at least one of the pair of the rotating members so as to nip the sheet bundle by the pair of the rotating members or release the sheet bundle; and a controlling portion that controls the moving portion to allow the pair of rotating members to rotate with a concave portion of one rotating member and a convex portion of the other meshed with each other while nipping the sheet bundle or releasing the sheet bundle.
Abstract:
The liquid ejection head includes: pressure chambers connected to ejection ports which eject liquid; actuators which apply pressure to liquid inside the pressure chambers; and a spacer which ensures spaces around the actuators. The spacer has a non-side face which is one of a top face and a bottom face of the spacer. The spacer has side faces which intersect with the non-side face. The spacer is formed with conducting parts. The conducting parts each have first electrodes and second electrodes. The first electrodes are exposed at the side faces of the spacer and connected to the actuators. The second electrodes are exposed at the non-side face of the spacer and connected to external wires for applying drive signals to the actuators.
Abstract:
In a fixing device, when sheets of small width size are continuously passed and temperature rises in both side parts, a temperature control unit stops print control of an auxiliary lamp. When the temperature rise in both side parts continues after that, a drive control unit shifts the fixing device to a wait mode and pre-runs the fixing device. Moreover, in a low-temperature environment, when temperature rises in both side parts when sheets Ps of small width size are continuously passed, the temperature control unit switches temperature control of the fixing device to three-stage control.