Abstract: An agent for forming a solid lubricating coating film on a thread portion of oil country tubular goods, in which a binder resin contains a prepolymer and a curing agent, the prepolymer is formed of one or more epoxy resins, 70 parts by weight or more of the prepolymer is contained with respect to 100 parts by weight of the binder resin, the epoxy resin constituting the prepolymer has an epoxy equivalent of 100 or more and 500 or less, the solid lubricant contains boron nitride (BN) in an amount of 80% by weight or more, BN has an average particle size of 10 ?m or less, and a total weight of the solid lubricant is 0.1 times or more and two times or less a total weight of the binder resin.

Abstract: A solid lubricating coating film capable of imparting favorable lubricity and corrosion resistance to a connection for oil country tubular goods. Two or more solid lubricants are dispersed in a binder resin. Graphite is contained in an amount of 50% or more and 90% or less of a total weight of the solid lubricants, and the graphite has a scaly shape and an average particle diameter of 10.0 ?m or less. A solid lubricant made of one or more materials selected from BN, mica, talc, MCA, MoS2, PTFE, PFA, and FEP is further contained as other solid lubricants of the two or more types of solid lubricants. The binder resin contains a PEEK resin having an average particle diameter of 20 ?m or less as a main component, and the PEEK resin is contained in an amount of 70% or more of a total weight of the binder resin.

Abstract: An agent for forming a solid lubricating coating film on a tightening surface of a thread portion, in which a solid lubricant is dispersed in a binder resin as a matrix component, a main component of the solid lubricant is melamine cyanurate, and an average particle diameter of the melamine cyanurate is 0.1 ?m or more and 10.0 ?m or less, the binder resin contains an alkyd resin and nitrocellulose, and the alkyd resin and nitrocellulose are contained in an amount of 85 wt % or more of the total binder resin component weight, and a total weight of the solid lubricant is 10 parts by weight or more and 100 parts by weight or less based on 100 parts by weight of a total weight of the binder resin.

Abstract: A double-structured stick cosmetic includes a solid-form outer layer containing a first oil composition, and an inner core containing a second oil composition, in which the first oil composition contains (A) an alkyl-modified silicone having an alkyl group having 16 to 50 carbon atoms and (B) a wax in a solid-form at 25° C. other than (A). The component (A) may have a melting point of 25° C. or higher and 50° C. or lower. A mass ratio [(A)/(B)] of the component (A) to the component (B) contained in the first oil composition may be 0.2 or larger and 1.5 or smaller.

Abstract: A blister packaging machine manufactures a blister pack including a pocket portion formed in a container film of a belt-like shape and a cover film that closes the pocket portion. The blister packaging machine includes: a conveyor that conveys the container film; a preheater that preheats the container film conveyed by the conveyor; a pocket portion former that forms the pocket portion in the container film softened by the preheater; and a support belt that moves in synchronism with the container film conveyed by the conveyor while supporting a part of the container film other than the pocket portion or a part of the container film other than an area where the pocket portion is to be formed, in at least a location from the preheater to a position downstream of the pocket portion former.

Abstract: A blister packing machine includes: a conveyor that conveys a belt-like container film having a pocket portion forming area and an expected mounting part; a preheating device that preheats the container film conveyed by the conveyor; a pocket portion forming device that forms a pocket portion in the container film softened by the preheating device; and a tension applier that applies a tension along a width direction of the container film to at least the pocket portion forming area. The pocket portion forming device forms the pocket portion while the tension applier applies the tension to the container film, the container film has an edge area between an edge in the width direction and the expected mounting part, and the tension applier includes a projection that applies the tension to the container film by pressing the edge area to form a protruding portion in the container film.

Abstract: The present invention relates to a double-structured stick cosmetic, including: a solid-form outer layer containing a first oil composition; and an inner core containing a second oil composition, in which the first oil composition contains (A) an alkyl-modified silicone having an alkyl group having 16 to 50 carbon atoms and (B) a wax in a solid-form at 25° C. other than (A). the component (A) may have a melting point of 25° C. or higher and 50° C. or lower. A mass ratio [(A)/(B)] of the component (A) to the component (B) contained in the first oil composition may be 0.2 or larger and 1.

Abstract: A blister packing machine includes: a conveyor that conveys a belt-like container film having a pocket portion forming area and an expected mounting part; a preheating device that preheats the container film conveyed by the conveyor; a pocket portion forming device that forms a pocket portion in the container film softened by the preheating device; and a tension applier that applies a tension along a width direction of the container film to at least the pocket portion forming area. The pocket portion forming device forms the pocket portion while the tension applier applies the tension to the container film, the container film has an edge area between an edge in the width direction and the expected mounting part, and the tension applier includes a projection that applies the tension to the container film by pressing the edge area to form a protruding portion in the container film.

Abstract: A blister packaging machine manufactures a blister pack including a pocket portion formed in a container film of a belt-like shape and a cover film that closes the pocket portion. The blister packaging machine includes: a conveyor that conveys the container film; a preheater that preheats the container film conveyed by the conveyor; a pocket portion former that forms the pocket portion in the container film softened by the preheater; and a support belt that moves in synchronism with the container film conveyed by the conveyor while supporting a part of the container film other than the pocket portion or a part of the container film other than an area where the pocket portion is to be formed, in at least a location from the preheater to a position downstream of the pocket portion former.

Abstract: An improvement of coercive force of Nd—Fe—B base sintered magnet can be realized while suppressing a decrease in remanent magnetic flux density to the minimum using a method for modifying grain boundary which comprises heat-treating an Nd—Fe—B base magnet with a specific alloy disposed on its surface, the alloy having the following Formula 1: RxAyBz??(1) wherein R represents at least one rare earth element including Sc and Y, A represents Ca or Li, B represents an unavoidable impurity, and 2?x?99, 1?y<x, and 0?z<y.

Abstract: An improvement of coercive force of Nd—Fe—B base sintered magnet can be realized while suppressing a decrease in remanent magnetic flux density to the minimum using a method for modifying grain boundary which comprises heat-treating an Nd—Fe—B base magnet with a specific alloy disposed on its surface, the alloy having the following Formula 1: RxAyBz??(1) wherein R represents at least one rare earth element including Sc and Y, A represents Ca or Li, B represents an unavoidable impurity, and 2?x?99, 1?y<x, and 0?z<y.

Abstract: The control device controls facility equipment and includes a receiving unit, first and second decision units and an adjustment control unit. The receiving unit receives time-of-use unit price information of an energy supplied to the facility equipment. The first decision unit decides a first time slot in which an index that includes a factor of an energy unit price approaches a peak in a first period based on the time-of-use unit price information. The second decision unit decides a second time slot prior to the first time slot and a third time slot subsequent to the first time slot in the first period. The adjustment control unit executes an energy adjustment control to adjust an energy consumption of the facility equipment so that an amount of suppression of the energy consumption is higher in the first time slot than in the second and the third time slots.

Abstract: An energy control device adjusts an amount of energy consumed by mechanical equipment placed at a property. The energy control device includes a first control unit and a second control unit. The first control unit executes a first adjustment control during a prescribed adjustment period. The first adjustment control adjusts an amount of energy consumed by the mechanical equipment in order to respond to a prescribed event. The second control unit executes a second adjustment control separate from the first adjustment control during a non-adjustment period after the adjustment period.

Abstract: An energy control device adjusts an amount of energy of a plurality of pieces of equipment placed at a property. The energy control device includes a receiving unit, a basic adjustable amount calculation unit, and a control instruction generation unit. The receiving unit receives an energy suppression request including information related to a requested suppressed amount of energy at the property. The calculation unit calculates, upon receipt of the energy suppression request, a basic adjustable amount of energy for each piece of equipment independently of the requested suppressed amount based on an operating status of the piece of equipment when the energy suppression request is received. The generation unit instructs the equipment to perform energy amount adjustment control so that a total of suppressed amounts of energy at the property becomes equal to the requested suppressed amount based on the basic adjustable amount of energy for each piece of equipment.

Abstract: An intermediate apparatus manages a plurality of lower-level apparatuses, and includes an individual adjustable amount receiving unit, a memory unit storing lower-level apparatus management information, a total adjustable amount calculation unit, a demand adjustment request receiving unit, an allocation unit, and an individual request unit sending an individual demand adjustment request to the lower-level apparatus. The individual adjustable amount receiving unit receives notification of an individual adjustable amount from each of the lower-level apparatuses. The total adjustable amount calculation unit calculates a total adjustable amount being a total of the individual adjustable amounts of the plurality of lower-level apparatuses. The demand adjustment request receiving unit receives a demand adjustment request from a higher-level apparatus.

Abstract: A device management system is equipped with a storage section, a detecting component, and a calculating component and manages an installation device. The storage section stores operating rules of the installation device. The detecting component detects a violating action of the installation device running counter to the operating rules. The calculating component calculates a violating quantity that quantitatively expresses the violating action.

Abstract: An energy control device adjusts an amount of energy of a plurality of pieces of equipment placed at a property. The energy control device includes a receiving unit, a basic adjustable amount calculation unit, and a control instruction generation unit. The receiving unit receives an energy suppression request including information related to a requested suppressed amount of energy at the property. The calculation unit calculates, upon receipt of the energy suppression request, a basic adjustable amount of energy for each piece of equipment independently of the requested suppressed amount based on an operating status of the piece of equipment when the energy suppression request is received. The generation unit instructs the equipment to perform energy amount adjustment control so that a total of suppressed amounts of energy at the property becomes equal to the requested suppressed amount based on the basic adjustable amount of energy for each piece of equipment.

Abstract: An energy control device adjusts an amount of energy consumed by mechanical equipment placed at a property. The energy control device includes a first control unit and a second control unit. The first control unit executes a first adjustment control during a prescribed adjustment period. The first adjustment control adjusts an amount of energy consumed by the mechanical equipment in order to respond to a prescribed event. The second control unit executes a second adjustment control separate from the first adjustment control during a non-adjustment period after the adjustment period.

Abstract: An intermediate apparatus manages a plurality of lower-level apparatuses, and includes an individual adjustable amount receiving unit, a memory unit storing lower-level apparatus management information, a total adjustable amount calculation unit, a demand adjustment request receiving unit, an allocation unit, and an individual request unit sending an individual demand adjustment request to the lower-level apparatus. The individual adjustable amount receiving unit receives notification of an individual adjustable amount from each of the lower-level apparatuses. The total adjustable amount calculation unit calculates a total adjustable amount being a total of the individual adjustable amounts of the plurality of lower-level apparatuses. The demand adjustment request receiving unit receives a demand adjustment request from a higher-level apparatus.

Abstract: The control device controls facility equipment and includes a receiving unit, first and second decision units and an adjustment control unit. The receiving unit receives time-of-use unit price information of an energy supplied to the facility equipment. The first decision unit decides a first time slot in which an index that includes a factor of an energy unit price approaches a peak in a first period based on the time-of-use unit price information. The second decision unit decides a second time slot prior to the first time slot and a third time slot subsequent to the first time slot in the first period. The adjustment control unit executes an energy adjustment control to adjust an energy consumption of the facility equipment so that an amount of suppression of the energy consumption is higher in the first time slot than in the second and the third time slots.