Abstract: An actuator apparatus includes an actuator, a setter, an operation controller, and an acquirer. The operation controller is configured to control the actuator to take out an object from a placement table. The actuator includes a suction nozzle configured to suck and hold the object. The acquirer is configured to acquire a difference between a first moment applied to the suction nozzle and a second moment applied to the suction nozzle when the object is taken out by the suction nozzle by a first taking-out movement distance. The operation controller is configured to control whether or not to further continue taking-out the object, based on the difference between the first moment and the second moment.

Abstract: What is provided is an automobile body in which batteries, tires, and liquids containing water and oil are removed from a public road vehicle with superior collision safety, the public road vehicle comprising at least a steel material containing a steel sheet with a tensile strength of 1180 MPa or higher, a non-ferrous metal material, and a resin material, wherein the ratio of a mass mh (kg) of the steel sheet having a tensile strength of 1180 MPa or higher to a mass m (kg) of the automobile body is 9% or higher, and a mass m (kg) of the automobile body and a projected area s (m2) of the automobile body from an upper side satisfy a formula (1) and a formula (2) 6 < s < 11 ( 1 ) m < ( 2 ? 7 ? 2 . 3 ? 7 × s - 8 ? 3 ? 5 ) × 0 ? .98 .

Abstract: A past disaster information storage section (28) that stores disaster information related to a disaster that has occurred in the past and a disaster information acquisition section (32) that acquires current disaster information related to a disaster that has occurred this time are included. A disaster prediction section (35) that predicts future disaster information caused by a disaster that has occurred this time on the basis of current disaster information acquired by the disaster information acquisition section (32) and past disaster information stored in the past disaster information storage section (28), and a display control section (37) that displays an image in which the current disaster information and the future disaster information are superimposed are further included.

Abstract: A device includes a resonant voltage measurement unit 10 configured to input a predetermined frequency signal to a circuit including a fixed capacitance formed between a ground and a lower electrode, a variable capacitance formed between an upper electrode that is disposed above the lower electrode and the ground or between the lower electrode and the upper electrode, and a resonance inductor to measure a resonant voltage that is dependent on a current flowing in the resonance inductor when the variable capacitance is changed to cause the circuit to resonate, a pre-correction voltage-to-ground measurement unit 20 configured to measure a pre-correction voltage-to-ground that is a voltage between a measurement electrode, which is disposed at an equal height to the lower electrode and forms a capacitance-to-ground between the measurement electrode and the ground, and a measurement probe connected to a conductor, and a voltage-to-ground correction unit 30 configured to use the fixed capacitance, the variable capa

Abstract: A wearable measurement system includes a voltage measurement apparatus and a conversion coefficient acquisition apparatus, and measures a ground voltage of electromagnetic noise generated in a cable. The voltage measurement apparatus includes a lower electrode, an upper electrode arranged opposite to the lower electrode, and a voltage measurement circuit connected between the lower electrode and the upper electrode. The conversion coefficient acquisition apparatus includes a first lower electrode, a second lower electrode arranged side by side at the same height as the first lower electrode, an upper electrode arranged opposite to the lower electrodes, a voltage measurement circuit connected between the lower electrode and the upper electrode, and an oscillation circuit connected to the lower electrode and the upper electrode and outputting a signal of a predetermined frequency.

Abstract: A detecting system includes a tag, a radar device that transmits transmission radio waves to the tag and acquires reception radio waves produced by the transmission radio waves being reflected by the tag, and a detecting apparatus. The tag includes a pattern made of a plurality of materials that reflect or scatter radio waves received from the radar device, and the pattern includes a known pattern known to the detecting apparatus and an unknown pattern unknown to the detecting apparatus. The detecting apparatus includes a specifying unit that calculates a relative velocity between the radar device and the tag, with which the known pattern can be detected from the reception radio waves, and specifies a condition for the radar device to transmit transmission radio waves for estimating the unknown pattern, from the calculated relative velocity, and a notification unit that notifies the radar of the specified condition.

Abstract: A non-transitory computer-readable recording medium stores a program for causing a computer to execute a data control process in an information processing apparatus including: a plurality of first processors; and a second processor that has a processing speed slower than the processing speed of the plurality of first processors. The process includes causing the second processor to execute processing that determines an interrupt destination for interrupt processing from among the plurality of first processors based on a state of each of the plurality of first processors.

Abstract: A non-transitory computer-readable recording medium stores a program for causing a computer to execute a data control process in an information processing apparatus including: a first processor; and a second processor that has a processing speed slower than the processing speed of the first processor. The process includes, upon reception of a request for asynchronous data processing, causing the first processor to execute processing that determines whether or not to offload processing of the request to the second processor based on a state of the first processor.

Abstract: A marine monitoring system includes a control device 1 and at least one flight vehicle 2. The control device 1 includes: a sensor unit 13 that measures at least one of an underwater environment and a sea-surface environment to acquire marine data; a control unit 16 that controls the flight vehicle 2; and a communication unit 15 that receives above-water data measured by the flight vehicle 2. The flight vehicle 2 includes a sensor unit 24 that measures an above-water environment according to control of the control device 1 to acquire the above-water data, and a communication unit 21 that transmits the above-water data to the control device 1.

Abstract: An ungrounded measurement possibility determination device that determines whether to ground a measuring instrument when measuring a voltage to ground of electromagnetic noise includes a determination table 35 in which a relationship between a measured frequency and an allowable value of the voltage to ground has been recorded, a first electrode 31 arranged on a floor of a room where the voltage to ground is to be measured, a second electrode 32 arranged on the floor, an oscillation unit 33 that inputs a frequency signal having the same frequency as the measured frequency to the first electrode 31, a voltage measurement unit 34 that measures a voltage value of a frequency signal induced by the second electrode 32, and a determination unit 36 that compares the voltage value induced by the second electrode 32 with the allowable value and determines that it is unnecessary to ground the measuring instrument for measuring the voltage to ground at a corresponding frequency in a case where the voltage value is large

Abstract: A lightning induction system includes a plurality of flight vehicles 3 that fly between a lightning originating point 1 in the sky where lightning is generated and a ground surface 2. The flight vehicles 3 each include: a flight unit 10 that generates lift force and propulsion force; a conductor cable 20 that is engaged with the flight unit 10, extends downward, and has a predetermined length; and a weight unit 30 connected to the lower end of the conductor cable 20. The flight unit 10 is disposed in a Faraday cage 11. The Faraday cage 11 has a sphere shape, and the flight unit 10 is fixed by a support pillar 12 extending downward from the inner side of the top of the sphere.

Abstract: A frequency selective surface having a steep attenuation slope (high sharpness) characteristic is provided without decreasing the line width of a conductive pattern nor the pattern interval thereof. In a frequency selective surface having a structure in which resonators k1xy having identical shapes are periodically arrayed on a dielectric substrate 101, each resonator k1xy includes a cross-shaped conductive pattern formed on the dielectric substrate 101 and a lateral pattern 10 and a longitudinal pattern 20 forming a cross are shaped such that each pattern is extended by a predetermined length in respective directions, each pattern extended by the predetermined length is further extended in both directions orthogonal to each other on the dielectric substrate 101, and leading end parts of the respective further extensions face each other at a predetermined interval d.

Abstract: An electromagnetic field band-stop filter includes a plurality of unit structures that have reflection characteristics on an electromagnetic wave of a predetermined frequency. Each of the plurality of unit structures includes: a plurality of electrode parts each of which is disposed along a side of a polygon in a non-contact manner with another electrode part; and a plurality of conductor parts which are provided for the plurality of electrode parts on a one-to-one basis and each of which has at least one bent portion between one end and other end, the one ends of the plurality of conductor parts being connected to the electrode parts on a one-to-one basis and the other ends of the plurality of conductor parts being connected at one point on an inner side of the electrode parts in the individual unit structure.

Abstract: This aluminum powder mixture is obtained by mixing a starting material powder, which is composed of pure aluminum or an aluminum alloy, with 5% by mass to 30% by mass of an aluminum alloy powder that has a lower melting point than the pure aluminum or the aluminum alloy. The aluminum alloy powder is composed of an aluminum alloy which has a composition that contains 5% by mass to 20% by mass of at least one of Si and Cu, and 0.2% by mass to 2.0% by mass of Mg, with a balance of aluminum and unavoidable impurities. Consequently, sintering among the aluminum powders is accelerated and it is possible to obtain an aluminum sintered body that has a higher density and a high electrical conductivity as well as obtaining a high thermal conductivity.

Abstract: A lightning stroke resistant structure of a flying object includes a lattice-shaped conductor 11 surrounding a flying object 100 with a distance not hindering flight, an attachment part 12 for the conductor 11 connected between the lattice-shaped conductor 11 and a part of the flying object 100, and a conducting wire 13 connected between the lattice-shaped conductor 11 and a ground point on the ground.

Abstract: When a user thread with a deadline waits for a packet, a computer determines a reference time that is associated with and comes before the deadline. If the packet is not received by a communication interface by the reference time, the computer transfers control to a kernel thread and uses the kernel thread to perform polling to repeatedly check reception status of the communication interface. When the packet is received by the communication interface during polling, the computer uses the kernel thread to read out the received packet and pass the read packet to the user thread.

Abstract: A storage circuit stores a first correlation of each program between a transmission rate of information transmitted by each program and a usage rate of an arithmetic processing circuit for each program obtained from statistical information regarding the usage rate, the transmission rate, and a reception rate of information received by each program, and a second correlation of each program between the reception rate and the usage rate. The arithmetic processing circuit converts a guaranteed transmission rate obtained from a desired transmission rate into a first usage rate based on the first correlation, converts a guaranteed reception rate obtained from a desired reception rate into a second usage rate based on the second correlation, designates a target usage rate using a desired usage rate, the first and second usage rate; and allocates the target usage rate to each program.

Abstract: An electric power conversion device of an embodiment includes: a primary side negative electrode terminal; a secondary side negative electrode terminal; a negative electrode terminal of a switching element connected between the primary side negative electrode terminal and the secondary side negative electrode terminal; a first conductive member connected to the primary side negative electrode terminal; a second conductive member connected to the negative electrode terminal of the switching element; and a third conductive member connected to the secondary side negative electrode terminal, wherein the first conductive member, the second conductive member, and the third conductive member are connected to one another, and the first conductive member is formed as a separate body separately from the second conductive member and the third conductive member.

Abstract: To provide a frequency selective surface of which an operating frequency and a bandwidth thereof can be readily adjusted.

Abstract: The present invention provides a film forming method of forming a film on a substrate, wherein the substrate includes a region including a first concave portion and a second concave portion, the first concave portion has a width larger than that of the second concave portion, and the film forming method includes: selectively supplying a first material into the first concave portion and molding the first material; and supplying a second material onto the region and molding the second material, such that the second concave portion is filled with the second material and a planarization film of the second material is formed over all of the region.