Abstract: Provided is a seat pad (10) having a placing surface (11), wherein a lateral slit section (15) extending from an outer side toward an inner side of the seat pad (10) is formed in a first lateral direction (B1) along the placing surface (11), and at least a portion of the lateral slit section (15) gradually becomes smaller in a thickness direction (H) perpendicular to the placing surface (11) from the outer side toward the inner side of the seat pad (10) in the first lateral direction (B1).

Abstract: A foam molded body production device (20) including a plurality of molds (21); a cavity (23) that is delimited, between the plurality of molds (21), by cavity surfaces (22) of the plurality of molds (21); and a protrusion portion (28) that is formed on the cavity surfaces (22). The protrusion portion (28) is formed from an elastic body. The cavity surfaces (22) are provided with a holding portion (29) that contacts a tip of the protrusion portion (28) when the plurality of molds (21) are closed, and causes the protrusion portion (28) to elastically deform inside the cavity (23).

Abstract: An underlay cushioning sheet that is arranged on the surface of a foundation and that has a waterproof coating film formed thereon. The underlay cushioning sheet includes a cushioning layer having an overlay surface and a curing acceleration layer having a coating film formation surface on the opposite side from the overlay surface. A waterproof coating film including a polyurethane resin is formed on the coating film formation surface of the curing acceleration layer by applying a one pack-type liquid waterproofing material. The curing acceleration layer includes a reactive material capable of reacting with the liquid waterproofing material. The reactive material either (1) includes a functional group capable of reacting with an isocyanate included in the liquid waterproofing material or (2) reacts with a latent curing agent included in the liquid waterproofing material and generates a functional group capable of reacting with the components of the liquid waterproofing material.

Abstract: It is provided a seat pad having excellent comfort in seating with improved air permeability and cushion durability in a seat pad of the vehicle seat. The seat pad includes an air permeable member having a ventilation n function with an outside. The seat pad is integrally foam molded using a foamed resin material in a state where the air permeable member is introduced. The seat pad has a surface of the air permeable member projecting with respect to a surface of the seat pad located at a closest position to the air permeable member.

Abstract: A seat pad which can provide a favorable seating feeling while adhesion between a breathable member and a resin foam constituting the seat pad is ensured and a method of manufacturing such a seat pad are provided. A filling member including a breathable member having a ventilation function to an outside, used in a molding process of the seat pad for a vehicle integrally molded from a foam made of a foamable resin in a state where the breathable member is placed therein, and removed after the molding, is characterized by including a frame-shaped body attached to a peripheral side surface of an outside exposed surface of the breathable member and installed on a molding surface of a mold and a side-surface covering body installed upright on the frame-shaped body and partially covering a side surface of the breathable member.

Abstract: A transport control system divides a series of data-processing operations into mutually independent processes, and causes the process execution units to execute the respective processes. The data input or output by each process execution unit is stored in the data storage separate from the process execution unit, and transfer of the data between the respective process execution units is performed via the data storage instead of being performed directly between the process execution units. By separating the processes from each other and also separating the processes from the data in this manner, without affecting process execution units other than a process execution unit to be changed and the data storage, the process execution unit to be changed can be changed to a different process execution unit.

Abstract: [Problem to be Solved] Providing a seat pad that can provide good sitting comfortability with bonding between a ventilation member and an expanded resin foam included in the seat pad ensured. [Solution] A seat pad 10 including a ventilation member 20 having a function that lets air through to/from an outside, the seat pad 10 being formed by integral expansion molding of an expandable resin material M with the ventilation member 20 introduced therein, includes a covering member 30 that covers at least a part of the ventilation member 20 at an interface between the ventilation member 20 and the expandable resin material M, and the covering member 30 includes an impregnation inhibiting material having a function that inhibits infiltration of the expandable resin material M, the function being at least higher than that of the ventilation member 20.

Abstract: A seat pad (10) that is mounted in a vehicle and used as a seating portion is provided with: a first layer (11) that is formed by a first foam body (A), and a second layer (12) that is formed by a second foam body (B) and that is laminated to the first layer, wherein the first foam body has at least one of an Asker F hardness and a hysteresis loss that is greater than in the second foam body, and the second foam body has a greater modulus of repulsion elasticity than the first foam body.

Abstract: A seat pad (10) that is mounted in a vehicle and used as a seating portion is provided with: a first layer (11) that is formed by a first foam body (A), and a second layer (12) that is formed by a second foam body (B) and that is laminated to the first layer, wherein the first foam body has at least one of an Asker F hardness and a hysteresis loss that is greater than in the second foam body, and the second foam body has a greater modulus of repulsion elasticity than the first foam body.

Abstract: An anti-avian influenza virus agent containing, as an active ingredient, a component obtained when a guava extract extracted from a guava with an extraction solvent consisting primarily of at least one of water and a hydrophilic organic solvent is subjected to fractionation by HPLC under specific conditions. The specific conditions include the use of an ODS column, the use of a water-methanol mixture having a methanol concentration of 20% as a mobile phase during a period until 15 minutes after applying the guava extract to the column, and the use of a water-methanol mixture having a methanol concentration of 40% as a mobile phase during a subsequent period of 15 to 30 minutes. Alternatively, the specific conditions further include the use of a water-methanol mixture having a methanol concentration of 60% as a mobile phase during a period of 30 to 45 minutes after applying the guava extract to the column.

Abstract: A design support method executed by a computer includes: detecting a layout position of a first terminal in a cell as a first layout position from layout data including a cell of a macro which is arranged at a plurality of orientations, the first terminal being arranged at a first orientation; calculating a second layout position of a first terminal which is arranged at a second orientation which is different from the first orientation based on a variation from the first orientation to the second orientation and the first layout position; associating the second layout position with the first layout position and the layout data; and outputting an association result.

Abstract: An electronic device having a connector includes a case including an open end and a closed end, a circuit board housed in the case, an inner connector including a conduction terminal which is connected to the circuit board via a connecting portion, an outer connector including a contact face coming in contact with the circuit board, the outer connector being engaged with the open end, and a play preventing portion fixed in the case, and engaged with the circuit board by causing the circuit board to move from the open end to the closed end, wherein a position of the contact face is determined so that the circuit board is pressed by the contact face so as to cause the circuit board to be engaged with the play preventing portion, and the outer connector does not press the inner connector toward the closed end.

Abstract: A design support method for causing a computer using layout data for providing a layout in which macro cells are arranged and in which power supply wirings are formed at certain intervals in each wiring layer to execute, the method including: extracting a set of adjacent macro cells from the layout data; specifying a region located between macro cells that constitute the set of adjacent macro cells extracted in the extracting step from among row regions included in the layout represented by the layout data; detecting a power supply wiring of a specific wiring layer in a projection area located above the region specified in the specifying step, the specific wiring layer being higher than a bottom layer of the layout represented by the layout data; and outputting a region where no power supply wiring of the specific wiring layer is detected in the detecting step.

Abstract: An electronic device having a connector includes a case including an open end and a closed end, a circuit board housed in the case, an inner connector including a conduction terminal which is connected to the circuit board via a connecting portion, an outer connector including a contact face coming in contact with the circuit board, the outer connector being engaged with the open end, and a play preventing portion fixed in the case, and engaged with the circuit board by causing the circuit board to move from the open end to the closed end, wherein a position of the contact face is determined so that the circuit board is pressed by the contact face so as to cause the circuit board to be engaged with the play preventing portion, and the outer connector does not press the inner connector toward the closed end.

Abstract: A design support method for causing a computer using layout data for providing a layout in which macro cells are arranged and in which power supply wirings are formed at certain intervals in each wiring layer to execute, the method including: extracting a set of adjacent macro cells from the layout data; specifying a region located between macro cells that constitute the set of adjacent macro cells extracted in the extracting step from among row regions included in the layout represented by the layout data; detecting a power supply wiring of a specific wiring layer in a projection area located above the region specified in the specifying step, the specific wiring layer being higher than a bottom layer of the layout represented by the layout data; and outputting a region where no power supply wiring of the specific wiring layer is detected in the detecting step.

Abstract: A design support method for causing a computer using layout data for providing a layout in which macro cells are arranged and in which power supply wirings are formed at certain intervals in each wiring layer to execute, the method including: extracting a set of adjacent macro cells from the layout data; specifying a region located between macro cells that constitute the set of adjacent macro cells extracted in the extracting step from among row regions included in the layout represented by the layout data; detecting a power supply wiring of a specific wiring layer in a projection area located above the region specified in the specifying step, the specific wiring layer being higher than a bottom layer of the layout represented by the layout data; and outputting a region where no power supply wiring of the specific wiring layer is detected in the detecting step.

Abstract: A plurality of cells are disposed in a chip region and wires are disposed between the cells in order to connect the cells over a plurality of layout steps. The layout method comprises (1) a placement restricted region placement step for disposing, in the chip region, a placement restricted region in which placement of predetermined cell types is prohibited or permitted in accordance with different layout steps, (2) a first layout step for disposing a desired cell in the chip region in conformity with the cell types that are prohibited or permitted in accordance with the first layout step of the disposed placement restricted region, and (3) a second layout step for disposing a desired cell in the chip region in conformity with the cell types that are prohibited or permitted in accordance with the second layout step of the disposed placement restricted region.

Abstract: An anti-avian influenza virus agent containing, as an active ingredient, a component obtained when a guava extract extracted from a guava with an extraction solvent consisting primarily of at least one of water and a hydrophilic organic solvent is subjected to fractionation by HPLC under specific conditions. The specific conditions include the use of an ODS column, the use of a water-methanol mixture having a methanol concentration of 20% as a mobile phase during a period until 15 minutes after applying the guava extract to the column, and the use of a water-methanol mixture having a methanol concentration of 40% as a mobile phase during a subsequent period of 15 to 30 minutes. Alternatively, the specific conditions further include the use of a water-methanol mixture having a methanol concentration of 60% as a mobile phase during a period of 30 to 45 minutes after applying the guava extract to the column.

Abstract: A design support method executed by a computer includes: detecting a layout position of a first terminal in a cell as a first layout position from layout data including a cell of a macro which is arranged at a plurality of orientations, the first terminal being arranged at a first orientation; calculating a second layout position of a first terminal which is arranged at a second orientation which is different from the first orientation based on a variation from the first orientation to the second orientation and the first layout position; associating the second layout position with the first layout position and the layout data; and outputting an association result.

Abstract: A design support method for causing a computer using layout data for providing a layout in which macro cells are arranged and in which power supply wirings are formed at certain intervals in each wiring layer to execute, the method including: extracting a set of adjacent macro cells from the layout data; specifying a region located between macro cells that constitute the set of adjacent macro cells extracted in the extracting step from among row regions included in the layout represented by the layout data; detecting a power supply wiring of a specific wiring layer in a projection area located above the region specified in the specifying step, the specific wiring layer being higher than a bottom layer of the layout represented by the layout data; and outputting a region where no power supply wiring of the specific wiring layer is detected in the detecting step.