Abstract: A decentered type contact lens including: an optical zone provided in a center part of the contact lens; a peripheral zone provided on an outer circumference of the optical zone; an optical center of the optical zone being set to deviate from a lens geometric center; and a circumferential direction alignment mechanism for setting a lens circumferential direction position in a worn state, the contact lens being characterized in that: a center-of-gravity deviation in relation to the lens geometric center is set for the peripheral zone, and a center-of-gravity position shift accompanying deviation of the optical center of the optical zone in relation to the lens geometric center is corrected by offset using the center-of-gravity deviation of the peripheral zone.

Abstract: One aspect of the present disclosure provides a seatback fastening structure for fastening a seatback to a body of a vehicle. A body bracket includes a main body portion covered by a seat bracket. The main body portion includes a receiving surface, an upper surface extending from a vertical upper end of the receiving surface, and a first lateral surface and a second lateral surface extending from both ends of the receiving surface in a width direction. The seat bracket includes a base portion covering the receiving surface, a retaining portion retaining the upper surface from vertically above, a first side wall and a second side wall respectively abutting on the first lateral surface and the second lateral surface. The main body portion and the base portion are fastened with a bolt.

Abstract: A transfer apparatus has an input port and an output port, an input line speed of the input port and an output line speed of the output port being capable of being set to differ from each other. The transfer apparatus comprises, for each output port: a low-latency frame transmission buffer to store a low-latency frame received at the input port; a normal-latency frame transmission buffer to store a normal-latency frame that is a frame received at the input port, the normal-latency frame being permitted to be transferred with higher latency than the low-latency frame; a time calculation unit to calculate output start time of the low-latency frame by using information on a frame length of the low-latency frame, the input line speed, and the output line speed when the low-latency frame is received; and an output contention control unit to control transfer of the low-latency frame and the normal-latency frame by using the output start time.

Abstract: A communication apparatus according to the present invention includes a policer unit that, when notified of start of reception of a first frame, determines whether to discard or transfer the first frame on a basis of rate information indicating an amount of data per unit time calculated on a basis of a frame length and reception timing of a second frame received before the first frame; and a transfer processing unit that transfers the first frame in a cut-through mode, the first frame being determined by the policer unit to be transferred.

Abstract: A mobile communication device includes: a monitoring unit that monitors conditions of communication media; a control unit that controls switching communication media based on information indicating a communication medium having a good condition in each of a plurality of travel sections; and a switching unit that switches the communication medium to be used, wherein when a mobile object moves from a first section to a second section, the control unit causes the monitoring unit to monitor, in an area including a boundary between the first and second sections, radio wave conditions of a first communication medium having a good radio wave condition in the first section and a second communication medium having a good radio wave condition in the second section, and instructs the switching unit to perform switchover from the first communication medium to the second communication medium, based on results from the monitoring unit.

Abstract: To provide a contact lens with novel structure that is able to achieve both stability of the lens circumferential position in the worn state and improved wearing comfort at a high level. A first thick part and a second thick part are provided on a peripheral zone at both left and right sides such that each center-of-gravity position of both the first thick part and the second thick part is positioned below a horizontal diametrical line. A third thick part is provided on the peripheral zone below an optical zone. An upper thin part and a lower thin part are provided respectively at an upper peripheral zone positioned above the optical zone and a lower peripheral zone positioned below the optical zone and at an outer circumference side of the third thick part.

Abstract: There are provided: a transfer management table storage unit to store a transfer management table which indicates transfer destination ports for frames received from another transfer device, the another transfer device being configured to transmit a frame low in importance of received frames without copying this frame and to transmit an important frame of received frames to paths made redundant by copying the important frame, the important frame being a frame higher in importance than the frame low in importance; an adjacent information table storage unit to store an adjacent information table which indicates information about instruments connected to the ports; and a transfer destination management unit to control whether to transfer an important frame received from another transfer device by use of the transfer management table and the adjacent information table.

Abstract: One aspect of the present disclosure provides a seatback fastening structure for fastening a seatback to a body of a vehicle. A body bracket includes a main body portion covered by a seat bracket. The main body portion includes a receiving surface, an upper surface extending from a vertical upper end of the receiving surface, and a first lateral surface and a second lateral surface extending from both ends of the receiving surface in a width direction. The seat bracket includes a base portion covering the receiving surface, a retaining portion retaining the upper surface from vertically above, a first side wall and a second side wall respectively abutting on the first lateral surface and the second lateral surface. The main body portion and the base portion are fastened with a bolt.

Abstract: To provide a contact lens with novel structure that is able to achieve both stability of the lens circumferential position in the worn state and improved wearing comfort at a high level. A first thick part and a second thick part are provided on a peripheral zone at both left and right sides such that each center-of-gravity position of both the first thick part and the second thick part is positioned below a horizontal diametrical line. A third thick part is provided on the peripheral zone below an optical zone. An upper thin part and a lower thin part are provided respectively at an upper peripheral zone positioned above the optical zone and a lower peripheral zone positioned below the optical zone and at an outer circumference side of the third thick part.

Abstract: A presbyopia contact lens set especially for a user who has worn spherical contact lenses, a designing method for a presbyopia contact lens, and a manufacturing method for a presbyopia contact lens that uses such design method. The presbyopia contact lens set configured by combining a plurality of types of presbyopia contact lens having different specifications lens powers, includes the plurality of types of presbyopia contact lenses in which the radial lens power profile in a near-use region and that in a far-use region are defined using mutually different functions, the function for defining the radial lens power profile in the far-use region is set in accordance with a specifications lens power, and the radial lens power rate-of-change in the far-use region is made larger for lenses having a small specifications lens power than for lenses having a large specifications lens power.

Abstract: There are provided: a transfer management table storage unit to store a transfer management table which indicates transfer destination ports for frames received from another transfer device, the another transfer device being configured to transmit a frame low in importance of received frames without copying this frame and to transmit an important frame of received frames to paths made redundant by copying the important frame, the important frame being a frame higher in importance than the frame low in importance; an adjacent information table storage unit to store an adjacent information table which indicates information about instruments connected to the ports; and a transfer destination management unit to control whether to transfer an important frame received from another transfer device by use of the transfer management table and the adjacent information table.

Abstract: A decentered type contact lens including: an optical zone provided in a center part of the contact lens; a peripheral zone provided on an outer circumference of the optical zone; an optical center of the optical zone being set to deviate from a lens geometric center; and a circumferential direction alignment mechanism for setting a lens circumferential direction position in a worn state, the contact lens being characterized in that: a center-of-gravity deviation in relation to the lens geometric center is set for the peripheral zone, and a center-of-gravity position shift accompanying deviation of the optical center of the optical zone in relation to the lens geometric center is corrected by offset using the center-of-gravity deviation of the peripheral zone.

Abstract: A printer is capable of performing inter-light source adjustment processing for adjusting a forming interval of electrostatic latent images between a first light source and a second light source based on inter-light source adjustment marks, and density adjustment processing for adjusting the density of an image based on a bias adjustment mark, and when the execution conditions of both of inter-light source adjustment and density adjustment are established, performs the inter-light source adjustment processing and then performs the density adjustment processing.

Abstract: An image forming apparatus includes a forming unit and a controller. The forming unit includes a developing unit and a multi-beam scanning unit. The multi-beam scanning unit includes an N number of light sources for the developing unit. The controller causes the multi-beam scanning unit to form marks on a surface of at least one photosensitive body. The controller adjusts an interval between an electrostatic latent image and another electrostatic latent image based on a level of a signal outputted from the sensor according to the endmost scan lines of each of the marks.

Abstract: A presbyopia contact lens set especially for a user who has worn spherical contact lenses, a designing method for a presbyopia contact lens, and a manufacturing method for a presbyopia contact lens that uses such design method. The presbyopia contact lens set configured by combining a plurality of types of presbyopia contact lens having different specifications lens powers, includes the plurality of types of presbyopia contact lenses in which the radial lens power profile in a near-use region and that in a far-use region are defined using mutually different functions, the function for defining the radial lens power profile in the far-use region is set in accordance with a specifications lens power, and the radial lens power rate-of-change in the far-use region is made larger for lenses having a small specifications lens power than for lenses having a large specifications lens power.

Abstract: A printer forms a first adjustment mark and a second adjustment mark on a belt when execution conditions of inter-light source adjustment or inter-color adjustment processing are established. In the first adjustment mark, a first toner line is positioned at a leading end in the moving direction of the belt, and a second toner line is positioned at a trailing end. In the second adjustment mark, a second toner line is positioned at a leading end, and a first toner line is positioned at a trailing end.

Abstract: An image forming apparatus includes an image forming device forming an image, a fixing device for heat-fixing the image on a sheet, a belt for conveying the sheet toward the fixing device, a sensor, and a control device configured to control the image forming device to form marks bridging over the belt and the sheet having passed through the fixing device at both ends of the sheet, obtain a length between remaining marks left on the belt after the sheet having the marks formed thereon is conveyed to a downstream side of the belt, on the basis of an output signal of a sensor which output is changed depending on whether there are the marks, and adjust a printing magnification of an image to be formed on the sheet on the basis of the length between the remaining marks.

Abstract: A printer is capable of performing inter-light source adjustment processing for adjusting a forming interval of electrostatic latent images between a first light source and a second light source based on inter-light source adjustment marks, and density adjustment processing for adjusting the density of an image based on a bias adjustment mark, and when the execution conditions of both of inter-light source adjustment and density adjustment are established, performs the inter-light source adjustment processing and then performs the density adjustment processing.

Abstract: An image forming apparatus includes a forming unit and a controller. The forming unit includes a developing unit and a multi-beam scanning unit. The multi-beam scanning unit includes an N number of light sources for the developing unit. The controller causes the multi-beam scanning unit to form marks on a surface of at least one photosensitive body. The controller adjusts an interval between an electrostatic latent image and another electrostatic latent image based on a level of a signal outputted from the sensor according to the endmost scan lines of each of the marks.

Abstract: An image forming apparatus includes an image forming device forming an image, a fixing device for heat-fixing the image on a sheet, a belt for conveying the sheet toward the fixing device, a sensor, and a control device configured to control the image forming device to form marks bridging over the belt and the sheet having passed through the fixing device at both ends of the sheet, obtain a length between remaining marks left on the belt after the sheet having the marks formed thereon is conveyed to a downstream side of the belt, on the basis of an output signal of a sensor which output is changed depending on whether there are the marks, and adjust a printing magnification of an image to be formed on the sheet on the basis of the length between the remaining marks.