Abstract: A powder conveyance device includes a conveyor that rotates in a rotation direction to convey powder and a first conveyance tube accommodating the conveyor. A second conveyance tube extends in an angled direction that is angled with respect to the first conveyance tube. The second conveyance tube communicates with the first conveyance tube. A swing member is disposed inside the second conveyance tube. The swing member swings in accordance with rotation of the conveyor. The swing member has one end that is detachably attached to the conveyor. The one end is detached from the conveyor in a detaching direction. A restrictor is disposed inside one of the first conveyance tube and the second conveyance tube. The restrictor restricts motion of the swing member in the detaching direction.

Abstract: A vehicle front structure including a left and right pair of front side members, a bumper reinforcement and a power unit. The bumper reinforcement includes a first breakage initiation point at a position at one vehicle width direction side relative to a vehicle width direction center position of the vehicle, and a second breakage initiation point at a position at the other vehicle width direction side. The first breakage initiation point is a region at which bending yield strength is lower than other regions of the bumper reinforcement. The second breakage initiation point is a region with lower bending yield strength than the other regions but higher bending yield strength than the first breakage initiation point. The bumper reinforcement includes a bumper reinforcement main body with a chamber structure and a bracing member inside the bumper reinforcement main body at the vehicle width direction center position of the vehicle.

Abstract: A bumper reinforcement includes a body portion joined to a vehicle body front end portion through portions of the body portion on a first direction side and a second direction side in the vehicle width direction, and a reinforcing member joined to the body portion along the body portion. The body portion includes a first standard rigidity region, a high rigidity region, and a second standard rigidity region arrayed next to each other in this order in the vehicle width direction. The high rigidity region has rigidity higher than rigidity of the first standard rigidity region and rigidity of the second standard rigidity region and is positioned in a center of the body portion in the vehicle width direction. The reinforcing member is provided so as to at least partially overlap the high rigidity region and the first standard rigidity region through a first boundary position.

Abstract: A bumper reinforcement includes a body portion joined to a vehicle body front end portion through portions of the body portion on a first direction side and a second direction side in the vehicle width direction, and a reinforcing member joined to the body portion along the body portion. The body portion includes a first standard rigidity region, a high rigidity region, and a second standard rigidity region arrayed next to each other in this order in the vehicle width direction. The high rigidity region has rigidity higher than rigidity of the first standard rigidity region and rigidity of the second standard rigidity region and is positioned in a center of the body portion in the vehicle width direction. The reinforcing member is provided so as to at least partially overlap the high rigidity region and the first standard rigidity region through a first boundary position.

Abstract: A vehicle front structure includes: a bumper reinforcement; a power unit including a right device and a left device; a dash section located at a position rearward of the power unit; and a rearward supporting part provided between a dash section and the power unit. The bumper reinforcement includes a first breakage initiation point having a relatively lower bending strength than bending strengths of other portions of the bumper reinforcement. The position of the first breakage initiation point is set such that when a columnar object collides against the vicinity of the center in the vehicle width direction of the vehicle, the first breakage initiation point transfers a collision load to one of the right device and the left device which is supported by the rearward supporting part.

Abstract: A vehicle side section structure capable of stabilizing the deployment behavior of an airbag that inflates and deploys from a side door toward a vehicle width direction outer side is obtained. An impact beam is attached to a door inner panel. The impact beam includes a support portion that supports an inflator and that includes a side-wall portion disposed at the vehicle width direction inner side of the inflator. Accordingly, reaction force from the deployment of the airbag is able to be supported by the support portion of the impact beam when the airbag inflates and deploys.

Abstract: A vehicle front structure includes: a bumper reinforcement; a power unit including a right device and a left device; a dash section located at a position rearward of the power unit; and a rearward supporting part provided between a dash section and the power unit. The bumper reinforcement includes a first breakage initiation point having a relatively lower bending strength than bending strengths of other portions of the bumper reinforcement. The position of the first breakage initiation point is set such that when a columnar object collides against the vicinity of the center in the vehicle width direction of the vehicle, the first breakage initiation point transfers a collision load to one of the right device and the left device which is supported by the rearward supporting part.

Abstract: A load transmission structure includes: a rocker panel disposed to extend in a vehicle front-and-rear direction at an end portion in a width direction of a vehicle; an extension device provided with an extending member disposed at a position facing a wheel at an end portion of the rocker panel in the vehicle front-and-rear direction, the extension device being configured to operate to extend the extending member toward the wheel from the rocker panel; and a controller configured to operate the extension device when a collision of the vehicle is detected or predicted. The extending member is configured to include a metallic rod having an axial direction in the vehicle front-and-rear direction.

Abstract: A vehicle side section structure capable of stabilizing the deployment behavior of an airbag that inflates and deploys from a side door toward a vehicle width direction outer side is obtained. An impact beam is attached to a door inner panel. The impact beam includes a support portion that supports an inflator and that includes a side-wall portion disposed at the vehicle width direction inner side of the inflator. Accordingly, reaction force from the deployment of the airbag is able to be supported by the support portion of the impact beam when the airbag inflates and deploys.

Abstract: This invention is to provide the affixing structure and the window regulator using the affixing structure, that has simple structure and that can smoothly fix the window glass to the carrier plate. The affixing structure 17 comprises a carrier plate 18 and a glass holder 16. The carrier plate 18 has a base portion 22a for placing the glass holder 16, a guide portion 22b which protrudes from the side edge of the base portion 22a and which has a inclined surface 22e slanted downwardly heading the placement face, and a fixing portion 22c which projects downwardly from other side edge of the base portion 22a. The glass holder 16 has a bottom part 16a to he placed on the base portion 22a, and a fixing part 16b which projects downwardly from the from the side edge and which contacts with a periphery of the fixing portion of the carrier plate.

Abstract: An image generation system including: a drawing section which draws an object to generate image data; and an overdrive effect processing section which performs overdrive effect processing for the generated image data and generates image data to be output to a display section. The overdrive effect processing section performs the overdrive effect processing based on differential image data between image data generated in a Kth frame and image data generated in a Jth frame (K>J).

Abstract: This invention is to provide the affixing structure and the window regulator using the affixing structure, that has simple structure and that can smoothly fix the window glass to the carrier plate. The affixing structure 17 comprises a carrier plate 18 and a glass holder 16. The carrier plate 18 has a base portion 22a for placing the glass holder 16, a guide portion 22b which protrudes from the on side edge of the base portion 22a and which has a inclined surface 22e slanted downwardly heading the placement face, and a fixing portion 22c which projects downwardly from other side edge of the base portion 22a. The glass holder 16 has a bottom part 16 a to be placed on the base portion 22a, and a fixing part 16b which projects downwardly from the from the side edge and which contacts with a periphery of the fixing portion of the carrier plate.

Abstract: An image generation system including: a drawing section which draws an object to generate image data; and an overdrive effect processing section which performs overdrive effect processing for the generated image data and generates image data to be output to a display section. The overdrive effect processing section performs the overdrive effect processing based on differential image data between image data generated in a Kth frame and image data generated in a Jth frame (K>J).

Abstract: An image generation system including: a drawing section which draws an object to generate image data; and an overdrive effect processing section which performs overdrive effect processing for the generated image data and generates image data to be output to a display section. The overdrive effect processing section performs the overdrive effect processing based on differential image data between image data generated in a Kth frame and image data generated in a Jth frame (K>J).

Abstract: An image generation system including: a drawing section which draws an object to generate image data; and an overdrive effect processing section which performs overdrive effect processing for the generated image data and generates image data to be output to a display section. The overdrive effect processing section performs the overdrive effect processing based on differential image data between image data generated in a Kth frame and image data generated in a Jth frame (K>J).

Abstract: The present invention provides a pharmaceutical composition by a novel action mechanism without serious side effects for delayed hypersensitivity and a screening method of the same. The invention also provides a novel assay method of inhibitors/suppressive agents of PAR-2. The invention relates to a pharmaceutical composition for delayed hypersensitivity containing one or two or more active ingredients selected from the group consisting of inhibitors of PAR-2 and suppressive agents of PAR-2 gene expression and a pharmaceutically acceptable carrier, and to a method for screening active ingredients for pharmaceutical composition for delayed hypersensitivity by contacting a subject substance with cells expressing PAR-2 and by determining expression or activity of PAR-2. The invention also relates to a method for detecting or quantifying actions of the subject substance for PAR-2 using cells expressing PAR-2 in a culture containing inositol.

Abstract: According to the present invention, provided are an intraorally rapidly disintegrable tablet which comprises D-mannitol and a disintegrator in addition to fine granules prepared by granulating a mixture of a water-soluble pharmacologically active ingredient and an adsorbent; a process for producing an intraorally rapidly disintegrable tablet which comprises mixing D-mannitol and a disintegrator with fine granules prepared by granulating a mixture of a water-soluble pharmacologically active ingredient and an adsorbent to yield a material for compression molding, and subjecting the material to compression molding; and an intraorally rapidly disintegrable tablet which is prepared by mixing D-mannitol and a disintegrator with fine granules prepared by granulating a mixture of a water-soluble pharmacologically active ingredient and an adsorbent to yield a material for compression molding, subjecting the material to compression molding.

Abstract: There are provided an intraorally rapidly disintegrable tablet containing a large quantity of an amino acid and a method for manufacturing the same.