Abstract: A liquid sending failure detector acquires periodically a liquid sending pressure of a liquid sending mechanism consecutively sends liquid using at least one plunger pump that sends liquid by reciprocally driving a plunger such that a fluctuation is read in one driving period of the liquid sending mechanism, and detect a liquid sending failure of the liquid sending mechanism using an acquired liquid sending pressure. The liquid sending failure detector executes a pulsation detection step of obtaining a fluctuation range of the liquid sending pressure in a certain driving period of the liquid sending mechanism and detecting pulsation on a condition that a count of consecutive periods in which the fluctuation range exceeds a predetermined reference value exceeds a predetermined reference count, and a liquid sending failure detection step of detecting a liquid sending failure of the liquid sending mechanism when the pulsation is detected in the pulsation detection step.

Abstract: A substrate processing apparatus includes a discharge part including a nozzle configured to discharge a processing liquid onto a substrate; a liquid feeder configured to feed the processing liquid to the discharge part; a replenishment part configured to replenish the liquid feeder with the processing liquid to be fed to the discharge part; a connector including a switching valve configured to open/close a flow path between the replenishment part and the liquid feeder; a filter configured to remove foreign matters contained in the processing liquid; a replenishment preparation part configured to open the switching valve after reducing a pressure difference between the inside of the replenishment part and the liquid feeder; and a replenishment controller configured to start replenishment of the processing liquid from the replenishment part to the liquid feeder in a state in which the switching valve is opened by the replenishment preparation part.

Abstract: A vehicle-body structure that effectively distributes and transfers a side collision load in the vehicle width direction. A cross member includes a cross member top face facing a floor panel, and a cross member front face and a cross member rear face extending from respective ends in a front-rear direction of the cross member top face to the floor panel. A reinforcement member is at a side sill-side end of the cross member top face of the cross member, and a fragile portion extending in the vehicle front-rear direction is provided at a position at a side sill-side end of the cross member and overlapping the reinforcement member. The fragile portion is selected from a cutout, a bead, and a hole. The reinforcement member is a seat mounting bracket, and the fragile portion is on a vehicle-width-direction outer side of a seat mounting surface of the seat mounting bracket.

Abstract: A vehicle-body structure that effectively distributes and transfers a side collision load in the vehicle width direction. A cross member includes a cross member top face facing a floor panel, and a cross member front face and a cross member rear face extending from respective ends in a front-rear direction of the cross member top face to the floor panel. A reinforcement member is at a side sill-side end of the cross member top face of the cross member, and a fragile portion extending in the vehicle front-rear direction is provided at a position at a side sill-side end of the cross member and overlapping the reinforcement member. The fragile portion is selected from a cutout, a bead, and a hole. The reinforcement member is a seat mounting bracket, and the fragile portion is on a vehicle-width-direction outer side of a seat mounting surface of the seat mounting bracket.

Abstract: To provide a component processing system and a component processing method in which components used by a plurality of applications are centrally managed, thereby enabling efficient response to changes in the components. Component environment definition information that shows locations of components used by the individual applications is composed of a component location definition information that defines the locations of the components, a component use definition information that defines the components to be used; and an application location definition information that includes an information designating the component use definition information corresponding to the individual applications. In response to a request from the application, a component managing unit in a framework requests a middleware to acquire the location of the component to be used by this application, and the middleware reads the component environment definition information to respond to the component managing unit.

Abstract: To provide a component processing system and a component processing method in which components used by a plurality of applications are centrally managed, thereby enabling efficient response to changes in the components. Component environment definition information that shows locations of components used by the individual applications is composed of a component location definition information that defines the locations of the components, a component use definition information that defines the components to be used; and an application location definition information that includes an information designating the component use definition information corresponding to the individual applications. In response to a request from the application, a component managing unit in a framework requests a middleware to acquire the location of the component to be used by this application, and the middleware reads the component environment definition information to respond to the component managing unit.

Abstract: A computer program product stored on a computer-readable medium for controlling a screen, the program product comprising a first program code that acquires dynamic display processing identification information for specifying dynamic display processing reserved for acquiring display contents to be dynamically changed and display attribute information used by dynamic display processing specified by this dynamic display processing identification information, and a second program code that provides the display attribute information corresponding to dynamic display processing for dynamic display processing specified by the dynamic display processing identification information acquired by the first program code.