Abstract: A therapeutic or prophylactic agent for radiation damage associated with radiation exposure, comprising an eosinophil-removing agent as an active ingredient and the like are provided as a technique for efficiently treating or preventing radiation damage associated with radiation exposure. According to the therapeutic or prophylactic agent comprising an eosinophil-removing agent according to the present invention, by suppressing migration and/or infiltration into target tissue and/or proliferation in the tissue of eosinophils and/or inhibiting the activity or function of the eosinophils, pathological conditions such as inflammatory responses and fibrosis of tissue can be suppressed to effectively treat or prevent radiation damage. Moreover, effective radiation therapy can be performed by suppressing radiation damage.

Abstract: A cutting insert of the present disclosure includes a top surface, a bottom surface, a side surface, and a corner cutting edge, a first cutting edge, a second cutting edge and a third cutting edge formed at a ridge line formed by the side surface and the top surface. The corner cutting edge has a first end and a second end. The first cutting edge extends from the first end in a first direction. The second cutting edge extends from the second end in a second direction. The third cutting edge extends from the second cutting edge in a third direction. The top surface has a first rake face adjacent to the first cutting edge, a second rake face adjacent to the second cutting edge, and a third rake face adjacent to the third cutting edge.

Abstract: A therapeutic or prophylactic agent for radiation damage associated with radiation exposure, comprising an eosinophil-removing agent as an active ingredient and the like are provided as a technique for efficiently treating or preventing radiation damage associated with radiation exposure. According to the therapeutic or prophylactic agent comprising an eosinophil-removing agent according to the present invention, by suppressing migration and/or infiltration into target tissue and/or proliferation in the tissue of eosinophils and/or inhibiting the activity or function of the eosinophils, pathological conditions such as inflammatory responses and fibrosis of tissue can be suppressed to effectively treat or prevent radiation damage. Moreover, effective radiation therapy can be performed by suppressing radiation damage.

Abstract: A therapeutic or prophylactic agent for radiation damage associated with radiation exposure, comprising an eosinophil-removing agent as an active ingredient and the like are provided as a technique for efficiently treating or preventing radiation damage associated with radiation exposure. According to the therapeutic or prophylactic agent comprising an eosinophil-removing agent according to the present invention, by suppressing migration and/or infiltration into target tissue and/or proliferation in the tissue of eosinophils and/or inhibiting the activity or function of the eosinophils, pathological conditions such as inflammatory responses and fibrosis of tissue can be suppressed to effectively treat or prevent radiation damage. Moreover, effective radiation therapy can be performed by suppressing radiation damage.

Abstract: The present invention provides an adjuvant for vaccine including a Dectin-1 ligand and a TLR agonist, a vaccine including the adjuvant for vaccine and at least one antigen, and the like.

Abstract: A therapeutic or prophylactic agent for radiation damage associated with radiation exposure, comprising an eosinophil-removing agent as an active ingredient and the like are provided as a technique for efficiently treating or preventing radiation damage associated with radiation exposure. According to the therapeutic or prophylactic agent comprising an eosinophil-removing agent according to the present invention, by suppressing migration and/or infiltration into target tissue and/or proliferation in the tissue of eosinophils and/or inhibiting the activity or function of the eosinophils, pathological conditions such as inflammatory responses and fibrosis of tissue can be suppressed to effectively treat or prevent radiation damage. Moreover, effective radiation therapy can be performed by suppressing radiation damage.

Abstract: The present invention provides an adjuvant for vaccine including a Dectin-1 ligand and a TLR agonist, a vaccine including the adjuvant for vaccine and at least one antigen, and the like.

Abstract: An air bag system for a vehicle including a cover for housing an air bag in a folded state along a side of a roof of the vehicle is provided. The cover includes a pair of opposed walls approximately parallel to each other, a connection wall that connects the pair of the opposed walls, an opening that is defined by the pair of the opposed walls and opens downward, a bent section that is formed to be bent three-dimensionally upward and inward so as to go along a face shape of the vehicle body where the cover is installed, at least one load transmission part that is provided on the connection wall so as to transmit a load from a vehicle interior side to a vehicle exterior side, and a locking portion that is provided on the load transmission part on the vehicle exterior side.

Abstract: A vehicle occupant protection apparatus for use in a vehicle includes an occupant-protecting expansion part caused to expand in the form of a curtain in the vehicle cabin along windows. The expansion part is attached to the vehicle body at two attachment points positioned forward and rearward of the windows. A tension line that joins the two attachment points is in a position where the expansion part is extended between the two points, and is positioned below the lower edges of the windows.

Abstract: A vehicle occupant protection apparatus for use in a vehicle includes an occupant-protecting expansion part caused to expand in the form of a curtain in the vehicle cabin along windows. The expansion part is attached to the vehicle body at two attachment points positioned forward and rearward of the windows. A tension line that joins the two attachment points is in a position where the expansion part is extended between the two points, and is positioned below the lower edges of the windows.

Abstract: An air bag system for a vehicle including a cover for housing an air bag in a folded state along a side of a roof of the vehicle is provided. The cover includes a pair of opposed walls approximately parallel to each other, a connection wall that connects the pair of the opposed walls, an opening that is defined by the pair of the opposed walls and opens downward, a bent section that is formed to be bent three-dimensionally upward and inward so as to go along a face shape of the vehicle body where the cover is installed, at least one load transmission part that is provided on the connection wall so as to transmit a load from a vehicle interior side to a vehicle exterior side, and a locking portion that is provided on the load transmission part on the vehicle exterior side.

Abstract: Curtain-shaped bag bodies 26, 27 are expanded and developed inside a vehicle room on windows of a vehicle. The bag bodies 26, 27 are expanded and developed by a plurality of inflaters 26, 27, and the plurality of inflaters 26, 27 are arranged in the same interior material being well organized.

Abstract: A structure for protecting a passenger of a vehicle includes a vehicle body of the vehicle; an interior material arranged on an inner side of the vehicle body, which faces an interior of the vehicle; an airbag which is stored between the vehicle body and the interior material, and is deployed toward the interior; and an attachment device for attaching the interior material to the vehicle body in a manner such that the interior material is movable to a distant position at which the airbag is deployable. The structure also has a forcing device, provided to the interior material, for forcing the interior material toward the vehicle body, or a returning device, provided to the interior material, for returning the interior material toward the vehicle body. The forcing device may be an elastic body coupled with the interior material and the vehicle body.

Abstract: A vehicle occupant protection apparatus for use in a vehicle includes an occupant-protecting expansion part caused to expand in the form of a curtain in the vehicle cabin along windows. The expansion part is attached to the vehicle body at two attachment points positioned forward and rearward of the windows. A tension line that joins the two attachment points is in a position where the expansion part is extended between the two points, and is positioned below the lower edges of the windows.

Abstract: An occupant restraint system in which an air bag is inflated with a gas generated by an inflator so as to be deployed along an inner surface of a side portion of a passenger compartment in a curtain-like fashion when a vehicle is involved in a collision, wherein a portion of the air bag in a folded state which is located in the vicinity of an end portion thereof is disposed within a space between a pillar and a pillar garnish mounted on a side of the pillar which faces a passenger compartment. By accommodating the air bag within an air bag accommodation chamber formed by partitioning the space with a bulkhead formed integrally on the pillar garnish, the bulkhead is allowed to be interposed between other members residing within the pillar garnish such as clips and brackets and the air bag.

Abstract: In an occupant restraint system C, an airbag 21 is inflated by using gas, which is generated by an inflator 35 upon a vehicle collision, to be deployed into a shape of curtain along the inner surface of a side of a vehicle compartment. The occupant restraint system C includes pluralities of cells 21c and 21d, which are inflated along the inner surfaces of a B-pillar 15 and a C-pillar 16. By inclining axes S1 to S4 of the cells 21c and 21d with respect to an axis P1 of the B-pillar 15 or an axis P2 of the C-pillar 16, the lower ends of these cells 21c and 21d are hardly trapped by the B-pillar 15 or the C-pillar 16. Thus, the cells of the airbag are prevented from being trapped by the pillars to thereby enable the smooth deployment of the airbag.

Abstract: Curtain-shaped bag bodies 26, 27 are expanded and developed inside a vehicle room on windows of a vehicle. The bag bodies 26, 27 are expanded and developed by a plurality of inflaters 26, 27, and the plurality of inflaters 26, 27 are arranged in the same interior material being well organized.

Abstract: An occupant restraint system includes an air bag arranged inside a roof side rail in a folded state. When a vehicle is involved in a collision, the air bag so arranged is inflated with a gas generated by an inflator so as to be deployed along an inner surface of a side portion of a passenger compartment in a curtain-like fashion. In a pillar garnish which covers a side of a pillar inner of a B pillar which faces a passenger compartment side, a rod-like projection provided on an inner surface of the pillar garnish at an upper portion thereof in such a manner as to project therefrom is inserted into a hole formed in the pillar inner. Even in case the air bag which is being deployed pushes against an upper end of the pillar garnish, the dislocation of the pillar garnish from the pillar inner is prevented.

Abstract: In an occupant restraint system C, an airbag 21 is inflated by using gas, which is generated by an inflator 35 upon a vehicle collision, to be deployed into a shape of curtain along the inner surface of a side of a vehicle compartment. The occupant restraint system C includes pluralities of cells 21c and 21d, which are inflated along the inner surfaces of a B-pillar 15 and a C-pillar 16. By inclining axes S1 to S4 of the cells 21c and 21d with respect to an axis P1 of the B-pillar 15 or an axis P2 of the C-pillar 16, the lower ends of these cells 21c and 21d are hardly trapped by the B-pillar 15 or the C-pillar 16. Thus, the cells of the airbag are prevented from being trapped by the pillars to thereby enable the smooth deployment of the airbag.

Abstract: An occupant restraint system includes an air bag arranged inside a roof side rail in a folded state. When a vehicle is involved in a collision, the air bag so arranged is inflated with a gas generated by an inflator so as to be deployed along an inner surface of a side portion of a passenger compartment in a curtain-like fashion. In a pillar garnish which covers a side of a pillar inner of a B pillar which faces a passenger compartment side, a rod-like projection provided on an inner surface of the pillar garnish at an upper portion thereof in such a manner as to project therefrom is inserted into a hole formed in the pillar inner. Even in case the air bag which is being deployed pushes against an upper end of the pillar garnish, the dislocation of the pillar garnish from the pillar inner is prevented.