Abstract: A vehicle battery cooling system cools a battery in a vehicle, by supplying air in a vehicle compartment of the vehicle to a battery compartment containing the battery, using a battery cooling fan. The vehicle battery cooling system includes first and second temperature sensors and a control apparatus. The first temperature sensor detects a temperature of the battery. The second temperature sensor detects a temperature in the vehicle compartment. The control apparatus controls driving of the battery cooling fan. The control apparatus: estimates an outside air temperature outside the vehicle; estimates an output of a blower fan of an air conditioner in the vehicle, based on a difference between the temperature in the vehicle compartment and the estimated outside air temperature; and controls an output of the battery cooling fan, based on the estimated output of the blower fan of the air conditioner and the temperature of the battery.

Abstract: The present invention provides a driving support device that performs driving support of a vehicle, comprising: a detector configured to detect a state of a driver of the vehicle; and a controller configured to control the driving support with a setting validated by the driver among a plurality of settings including a first setting and a second setting each of which requests the driver to perform a predetermined operation obligation, wherein the controller is configured to invalidate the second setting, in a case of determining that the driver does not fulfill the operation obligation from a detection result of the detector in a state where the second setting is validated.

Abstract: An elastic membrane that can improve elasticity is disclosed. The elastic membrane has a pressing portion and a partition wall having a bulging structure.

Abstract: A system according to an aspect of present disclosure acquires medical examination information about a result of medical examination of a user from a server and effort information about a healthy action from a user terminal, healthy action being an action engaged by the user; calculates an estimation value of an examination item of a medical examination of the user using a training model, the medical examination information and the effort information, the training model being a model trained on a relationship between a change in a value of an examination item of a medical examination and a healthy action by machine learning; generate advice on a healthy action based on a difference between a value of the examination item indicated in the medical examination information and the estimation value; converts the estimation value and the advice into the display signal; and transmits the display signal to the user terminal.

Abstract: A wheel includes a boss, a rim, and a web. A rim-width center is positioned on a flange side of the rim with respect to a boss-width center. A plate-thickness center line of the web has a linear shape when the wheel is viewed in a longitudinal section. The plate-thickness center line is inclined with respect to a radial direction of the wheel in such a way as to be farther from the flange as the plate-thickness center line extends outward in the radial direction. When a distance in an axial direction of the wheel from a side face of the rim to an outer end of the plate-thickness center line is taken as “Pw” and a length of the rim in the axial direction is taken as “Wr”, Pw/Wr is less than 0.40.

Abstract: A sensor unit according to the present disclosure includes: a sensor element; a pair of conductive members that extend in parallel with each other from the sensor element; and a resin-molded portion that covers part of the pair of conductive members. The pair of conductive members each includes: a base end portion connected to the sensor element; a tip end portion on an opposite side to the base end portion; and an intermediate portion that is a part between the base end portion and the tip end portion, the intermediate portion including a through-hole. The resin-molded portion covers the base end portion and the intermediate portion while the tip portion is exposed.

Abstract: An information processing apparatus includes: a processor configured to: in a case where a first page to which a first code including process information, which represents information for processing a document and in which at least another page other than the first page is set as a process target, is added and a second page to which a second code including process information, which represents information for processing a document and in which the second page is set as the process target, is added are captured, execute a process represented by the process information of the first code without executing a process represented by the process information of the second code in a case where the process represented by the process information of the first code conflicts with the process represented by the process information of the second code.

Abstract: An information processing apparatus includes a processor configured to, in a case where a first device capable of using a specific service succeeds in authenticating a user, and input data input by a function of the specific service selected by the user is present in a second device capable of using the specific service, display a screen provided in a case where the function is selected, without receiving the selection of the function by the user.

Abstract: To provide a controller for power conversion circuit which can maintain the detection value of second voltage at the target value of second voltage without depending on feedback control, when the first voltage is varied. A controller for power conversion circuit changes a control value by feedback control so that the detection value of second voltage approaches a target value of second voltage; calculates a control value for control, by correcting the control value based on the detection value of first voltage so as to correct, in feedforward manner, a change of the control value due to a change of the first voltage if correction of the control value is not performed; and controls on/off the switching device based on the control value for control.

Abstract: An output voltage of a plurality of chopper circuits is controlled by the average value of ON duties of their respective semiconductor switching elements so that there are provided a shunt controller which detects respective reactor currents of the plurality of chopper circuits and carries out shunt control based on the detected reactor currents and a voltage controller which carries out voltage control based on the detected output voltage, wherein a configuration is such that a control device controls the output voltage so that the reactor currents of the plurality of chopper circuits are equal to each other so as to prevent the average value of the ON duties of the semiconductor switching elements from changing due to the shunt control.

Abstract: To provide a controller for rotary electric machine apparatus which can calculate the voltage command value of the converter which reduces power loss with good accuracy, in the case where the normal modulation control and the overmodulation control are switched and performed. A controller for rotary electric machine apparatus sets a system voltage that power loss becomes the minimum as the converter voltage command value, based on a power loss characteristics of the normal modulation control which is a power loss characteristics of at least the inverter with respect to the system voltage in performing the normal modulation control, and a power loss characteristics of the overmodulation control which is a power loss characteristics of at least the inverter with respect to the system voltage in performing the overmodulation control.

Abstract: There is provided an electric-power conversion system controller in which even when the temperatures of a switching device and a diode included in the driving circuit for a converter become high, the performances of the devices are prevented from being deteriorated and the lifetimes thereof are prevented from being shortened.

Abstract: An image forming system includes a terminal apparatus including a data transmitting unit that transmits data indicating an image formed by an image forming apparatus and necessity information indicating whether authentication information is required for forming the image, to a server apparatus, an identification information storage unit that stores identification information for identifying the data transmitted by the data transmitting unit in a storage unit, an authentication information storage unit that acquires authentication information from a user, with storage of the identification information as a trigger, and stores the acquired authentication information in association with the identification information in the storage unit, and an authentication information transmitting unit that acquires the authentication information from the storage unit and transmits the authentication information to the server apparatus; and the server apparatus including a data receiving unit that receives the data and the ne

Abstract: An information processing apparatus includes a presentation unit, a receiver, a storage, and a controller. The presentation unit is configured to present at least one piece of information on image quality for each of plural models of image forming apparatuses. The receiver is configured to receive a setting value related to image quality from the information on the image quality presented by the presentation unit. The storage is configured to store the setting value related to the image quality received by the receiver for each of the models of the image forming apparatuses. The controller is configured to control the image forming apparatus of a corresponding model according to the setting value related to the image quality stored by the storage.

Abstract: An information processing apparatus includes a memory and a processor. The processor is configured to display a portion of a first document on a display based on history stored in the memory and a first attribute specified by a user. The history associates a previous document type of a previously displayed document with a previous attribute that was previously attached to the previously displayed document and a previous portion of the previously displayed document that was being displayed when the previous attribute was attached to the previously displayed document.

Abstract: To provide a power converter which can maintain the stability and the response of the feedback control system, even if the frequency characteristic of the chopper circuit changes according to change of driving condition. A power converter is provided with a chopper circuit which has reactor and switching device; and a control circuit which changes a feedback value of duty ratio of the switching device so that a deviation between a target value of output voltage and a detection value of output voltage approaches to 0, wherein the control circuit changes a frequency characteristic of the feedback control, based on at least any two or more of information on the output voltage, information on an input voltage, and information on duty ratio.

Abstract: An information processing apparatus includes a memory and a processor. The processor is configured to display a portion of a first document on a display based on history stored in the memory and a first attribute specified by a user. The history associates a previous document type of a previously displayed document with a previous attribute that was previously attached to the previously displayed document and a previous portion of the previously displayed document that was being displayed when the previous attribute was attached to the previously displayed document.

Abstract: To provide a controller for rotary electric machine apparatus which can calculate the voltage command value of the converter which reduces power loss with good accuracy, in the case where the normal modulation control and the overmodulation control are switched and performed. A controller for rotary electric machine apparatus sets a system voltage that power loss becomes the minimum as the converter voltage command value, based on a power loss characteristics of the normal modulation control which is a power loss characteristics of at least the inverter with respect to the system voltage in performing the normal modulation control, and a power loss characteristics of the overmodulation control which is a power loss characteristics of at least the inverter with respect to the system voltage in performing the overmodulation control.

Abstract: An information processing apparatus includes a presentation unit, a receiver, a storage, and a controller. The presentation unit is configured to present at least one piece of information on image quality for each of plural models of image forming apparatuses. The receiver is configured to receive a setting value related to image quality from the information on the image quality presented by the presentation unit. The storage is configured to store the setting value related to the image quality received by the receiver for each of the models of the image forming apparatuses. The controller is configured to control the image forming apparatus of a corresponding model according to the setting value related to the image quality stored by the storage.

Abstract: There is provided an electric-power conversion system controller in which even when the temperatures of a switching device and a diode included in the driving circuit for a converter become high, the performances of the devices are prevented from being deteriorated and the lifetimes thereof are prevented from being shortened.