Abstract: A electromagnetic wave attenuation film includes a substrate provided with a dielectric substrate having a front surface and a back surface, and thin film conductive layers arranged on both the front surface and the back surface of the electromagnetic wave attenuation substrate; a support layer arranged on the back surface of the electromagnetic wave attenuation substrate; and a flat plate inductor arranged on the back surface of the support layer; wherein the thin film conductive layers include a plurality of conductive elements. Furthermore, the conductive elements are arranged periodically, and when a distance in a plane direction between a center of gravity of the conductive elements on the front surface and the back surface is 1, and a shortest distance from the center of gravity of the conductive elements to a plate end portion is a, equation (1) below may be satisfied. I?5.2a . . .

Abstract: The object is to provide a technology for enabling creation of an appropriate operation plan in consideration of states of operators at work time and at non-work time. An obtaining unit obtains at least one of biological information or living behavior information of an operator at work time and at non-work time, attribute information on the operator, and production planning on the operator, a load estimator estimates a mental load amount on the operator, based on the at least one of the biological information or the living behavior information, and an operation plan creation unit creates an operation plan of the operator, based on the attribute information, the production planning, and the mental load amount.

Abstract: Sustained-release composite particles having improved dispersion stability and improved sustained-release properties, and exhibiting longer-term effects, a method for producing the sustained-release composite particles, a dry powder comprising the sustained-release composite particles, and wallpaper comprising the sustained-release composite particles. The sustained-release composite particles comprise core particles containing at least one type of polymer and at least one type of functional component, and micronized cellulose coating at least a part of the surface of the core particles, the core particles and the micronized cellulose being inseparable from each other.

Abstract: Production efficiency in a production line is improved. A work assistance apparatus includes a profile information evaluation unit that evaluates degree of change in profile information based on worker information and production facility information, a correction estimation unit that estimates a correction method of profile information and a correction effect caused by the correction method based on evaluation in the profile information evaluation unit, and an instruction determination unit that determines a correction instruction for at least one of a worker and a production facility to perform correction based on a corresponding correction method based on a correction effect.

Abstract: A work assist device includes a work burden degree evaluation unit, an improvement measures storage, a simulation unit, and an improvement measures determination unit. The work burden degree evaluation unit evaluates a work burden degree indicating a degree of burden imposed on an operator due to work from operator information and production facility information. The operator information is information related to the operator performing the work in cooperation with a production facility. The improvement measures storage stores improvement measures for improving the work burden degree. The simulation unit performs simulation of estimating an estimated improvement effect indicating a degree of improvement of the work burden degree when the improvement measures are applied. The improvement measures determination unit determines application improvement measures to be applied to at least one of the operator and the production facility from the improvement measures, based on the estimated improvement effect.

Abstract: A thin electromagnetic wave attenuation film capable of attenuating electromagnetic waves having frequencies in millimeter-wave bands, comprising an electromagnetic wave attenuation film including a dielectric substrate having a front surface and a rear surface, a thin-film conductive layer disposed on the front surface, and a planar inductor or a lamination layer disposed on the rear surface, wherein the thin-film conductive layer includes a plurality of metal plates, and values of natural logarithms obtained by normalizing a thickness T of the metal plates by a skin depth d thereof are in predetermined numerical ranges within a predetermined frequency range. The electromagnetic wave attenuation film is used in the predetermined frequency range. A top coat layer may be provided on the thin-film conductive layer.

Abstract: A work assist device includes a work burden degree evaluation unit, an improvement measures storage, a simulation unit, and an improvement measures determination unit. The work burden degree evaluation unit evaluates a work burden degree indicating a degree of burden imposed on an operator due to work from operator information and production facility information. The operator information is information related to the operator performing the work in cooperation with a production facility. The improvement measures storage stores improvement measures for improving the work burden degree. The simulation unit performs simulation of estimating an estimated improvement effect indicating a degree of improvement of the work burden degree when the improvement measures are applied. The improvement measures determination unit determines application improvement measures to be applied to at least one of the operator and the production facility from the improvement measures, based on the estimated improvement effect.

Abstract: Sustained-release composite particles having improved dispersion stability and improved sustained-release properties, and exhibiting longer-term effects, a method for producing the sustained-release composite particles, a dry powder comprising the sustained-release composite particles, and wallpaper comprising the sustained-release composite particles. The sustained-release composite particles comprise core particles containing at least one type of polymer and at least one type of functional component, and micronized cellulose coating at least a part of the surface of the core particles, the core particles and the micronized cellulose being inseparable from each other.

Abstract: A technique which comprehensively optimize passengers' convenience and a power consumption amount. An operation schedule evaluation apparatus has a passenger flow calculator and a power consumption amount calculator. The passenger flow calculator creates passenger flow information related to a passenger flow generated by transportation of a train, based on operation schedule information of each train and passenger information related to an entry and an exit of a passenger at a station. The power consumption amount calculator calculates the number of passengers or a car occupancy of each train based on the passenger flow information created by the passenger flow calculator, the operation schedule information and car information of each train, and calculates a power consumption amount of each train per unit time which reflects car weight corresponding to the number of passengers or the car occupancy.

Abstract: A technique which comprehensively optimize passengers' convenience and a power consumption amount. An operation schedule evaluation apparatus has a passenger flow calculator and a power consumption amount calculator. The passenger flow calculator creates passenger flow information related to a passenger flow generated by transportation of a train, based on operation schedule information of each train and passenger information related to an entry and an exit of a passenger at a station. The power consumption amount calculator calculates the number of passengers or a car occupancy of each train based on the passenger flow information created by the passenger flow calculator, the operation schedule information and car information of each train, and calculates a power consumption amount of each train per unit time which reflects car weight corresponding to the number of passengers or the car occupancy.