Abstract: An information processing apparatus includes a processor configured to execute a process of presenting a quantitative relationship between plural items having a relationship in association with display of the items on a relational diagram, the relational diagram being systematically created by connecting the items having the relationship to each other according to the relationship.

Abstract: An automatic moving object obtains, from a sensor, operating data and external environment data of the automatic moving object, constructs a plurality of operation models based on the operating data and the external environment data, and controls automatic movement of the automatic moving object based on the constructed plurality of operation models. An automatic moving object transmits the constructed plurality of operation models to another automatic moving object. An automatic moving object receives a plurality of operation models from another automatic moving object, and controls automatic movement based on the received plurality of operation models.

Abstract: An automatic moving object obtains, from a sensor, operating data and external environment data of the automatic moving object, constructs a plurality of operation models based on the operating data and the external environment data, and controls automatic movement of the automatic moving object based on the constructed plurality of operation models. An automatic moving object transmits the constructed plurality of operation models to another automatic moving object. An automatic moving object receives a plurality of operation models from another automatic moving object, and controls automatic movement based on the received plurality of operation models.

Abstract: An operation model construction system includes a data acquisition unit that acquires operating data and external environment data of a moving object, an associated data accumulation unit that accumulates associated data obtained by classifying the external environment data into plural items and associating the operating data with the respective items, and an operation model construction unit that constructs plural operation models to operate the moving object, based on the associated data.

Abstract: An information processing apparatus, including a collection unit that collects position data representing a position of a moving body and operating data representing an operating state of the moving body, during a movement of the moving body, a range setting unit that sets a range in which the moving body is likely to cause a collision, based on a movement distance and direction required until a braking of the moving body, when a control of the moving body is difficult, an extraction unit that extracts a moving body existing within the range or a moving body which is likely to enter into the range, and a transmitting unit that transmits information representing possibility of being collided, to the moving body extracted by the extraction unit.

Abstract: An information processing apparatus includes: a receiving unit that receives event data including plural event items and values and results of the event items; a model generation unit that generates a model having a tree structure combining the event items and the values of the event items; an extraction unit that extracts, as a rule candidate, a combination of an event item and a value of the event item in the tree in a case where a matching rate between a result obtained by applying the event item and the value of the event item to the model and a result in the event item and the value of the event item is larger than a predetermined value or is equal to or larger than the predetermined value; and a generic rule generation unit that generates a generic rule from plural rule candidates.

Abstract: Provided is a moving body control apparatus including a collection unit that collects date and time data, position data, and first operating data of a moving body and a controller that controls the moving body based on a result of comparison between reference operating data corresponding to the date and time data and the position data, and the first operating data, wherein, when a difference between second operating data in case of an accident and third operating data in case of no accident meets a predetermined condition, the reference operating data is generated based on the third operating data.

Abstract: An information processing device includes an extraction unit and a display. The extraction unit extracts maintenance methods which have been performed for plural apparatuses or equipment and failure rates. The display displays a difference between a failure rate of a first maintenance method and a failure rate of a second maintenance method.

Abstract: An information processing apparatus includes an extracting unit that extracts a number of jobs and job time on a device, and a display that displays on a single graph the number of jobs and total job time in accordance with item, with each item determined to indicate an identical job.

Abstract: An operation model construction system includes a data acquisition unit that acquires operating data and external environment data of a moving object, an associated data accumulation unit that accumulates associated data obtained by classifying the external environment data into plural items and associating the operating data with the respective items, and an operation model construction unit that constructs plural operation models to operate the moving object, based on the associated data.

Abstract: An information processing apparatus, including a collection unit that collects position data representing a position of a moving body and operating data representing an operating state of the moving body, during a movement of the moving body, a range setting unit that sets a range in which the moving body is likely to cause a collision, based on a movement distance and direction required until a braking of the moving body, when a control of the moving body is difficult, an extraction unit that extracts a moving body existing within the range or a moving body which is likely to enter into the range, and a transmitting unit that transmits information representing possibility of being collided, to the moving body extracted by the extraction unit.

Abstract: Provided is a moving body control apparatus including a collection unit that collects date and time data, position data, and first operating data of a moving body and a controller that controls the moving body based on a result of comparison between reference operating data corresponding to the date and time data and the position data, and the first operating data, wherein, when a difference between second operating data in case of an accident and third operating data in case of no accident meets a predetermined condition, the reference operating data is generated based on the third operating data.

Abstract: Provided is a recovery device including a recovery mechanism that recovers a liquid developer from a holding member which revolves while holding the liquid developer, the liquid developer being not delivered from the holding member to a delivery target member and remains on the holding member, a reception section that receives the liquid developer which the recovery mechanism recovers, an addition member that adds a diluent, which reduces a toner concentration of the liquid developer, to the liquid developer that the reception section receives, a porous section through which the liquid developer passes, and a transport member that moves to transport the liquid developer which the reception section receives to the porous section, and causes the liquid developer to pass through the porous section.

Abstract: Provided is a toner adjusting mechanism, including a storage section in which a liquid developer is stored, a supply section that causes the liquid developer which is stored in the storage section to flow at a predetermined flow velocity to supply the liquid developer to a developer tank, a circulating section that causes the liquid developer which is discharged from the storage section to flow and circulate at a flow velocity faster than the flow velocity of the liquid developer which flows in the supply section, a detecting section that detects a toner concentration of the liquid developer which flows in the circulating section, and an addition section that adds an adjustment agent which adjusts the toner concentration of the liquid developer to the liquid developer which is stored in the storage section.

Abstract: Provided is a toner adjusting mechanism, including a storage section in which a liquid developer is stored, a supply section that causes the liquid developer which is stored in the storage section to flow at a predetermined flow velocity to supply the liquid developer to a developer tank, a circulating section that causes the liquid developer which is discharged from the storage section to flow and circulate at a flow velocity faster than the flow velocity of the liquid developer which flows in the supply section, a detecting section that detects a toner concentration of the liquid developer which flows in the circulating section, and an addition section that adds an adjustment agent which adjusts the toner concentration of the liquid developer to the liquid developer which is stored in the storage section.

Abstract: Provided is a recovery device including a recovery mechanism that recovers a liquid developer from a holding member which revolves while holding the liquid developer, the liquid developer being not delivered from the holding member to a delivery target member and remains on the holding member, a reception section that receives the liquid developer which the recovery mechanism recovers, an addition member that adds a diluent, which reduces a toner concentration of the liquid developer, to the liquid developer that the reception section receives, a porous section through which the liquid developer passes, and a transport member that moves to transport the liquid developer which the reception section receives to the porous section, and causes the liquid developer to pass through the porous section.

Abstract: Provided is a liquid developer supply device including plural accommodation tubs that respectively accommodate a liquid developer, a high concentration liquid developer, a dilution liquid and a standard concentration liquid developer, a first detection section that detects a solid component concentration of the liquid developer, and an amount of the liquid developer that is accommodated in the accommodation tubs, and a control section that controls the solid component concentration of the liquid developer to within the concentration range by supplying at least one of the high concentration liquid developer and the dilution liquid to an accommodation tub in which the liquid developer is accommodated based on detection results that are detected by the first detection section, and controls the amount of the liquid developer to greater than or equal to a predetermined amount by supplying the standard concentration liquid developer.

Abstract: A production method of an optical waveguide includes: preparing a laminated body that includes a first clad layer and at least a core layer laminated on the first clad layer; forming a light propagating optical waveguide core by cutting the core layer by use of a dicing saw from a side where the core layer is laminated while intruding an edge of a blade portion of the dicing saw into the first clad layer so as to partially cut the first clad layer; and embedding at least a cut portion of the laminated body with a second clad layer.

Abstract: A position measuring system includes a marker set having three or more basic markers that are known in positional relation and attached to a second area of an object which contains a first area having an acting portion and the second area continuous with the first area, an image-taking device having a two-dimensional image-taking element that takes an image of the marker set, a recording device that records the coordinate of the acting portion with respect to the marker set, and a processing device that calculates the three-dimensional position of the acting portion by using the position and angle of the marker set determined on the basis of the image of the marker set taken by the image-taking device and the coordinate of the acting portion with respect to the marker set that is recorded in the recording device.

Abstract: A polymer optical waveguide includes: at least one core through which light propagates; a cladding which surrounds the core and has a refractive index less than that of the core; at least one conductive wire being provided on at least one side of the cladding, the polymer optical waveguide having a sheet shape, the conductive wire including a conductive layer which is provided on the at least one side of the cladding and being partitioned by a first groove, and the core being formed between second grooves each of which is formed in at least a part of the first groove.