摘要:
A webbing holding device is proposed, which prevents or controls abrupt reduction in take-up speed when taking-up of webbing is completed. In the webbing holding device, when the webbing is released from being fitted over an occupant, the webbing is wound to a retractor by biasing force. Here, immediately before taking-up of the webbing is completed, a guide strap is stretched by movement of a leading end portion of the webbing toward the back side of a vehicle, and thus the guide strap applies biasing force to the leading end portion of the webbing, so that the take-up speed of the webbing is reduced. Therefore, when winding of the webbing is finished, take-up speed of the webbing being abruptly reduced may be prevented or controlled, and therefore extraction of the webbing from the retractor being locked by a lock mechanism of the retractor may be prevented or controlled.
摘要:
A webbing holding device is proposed, which prevents or controls abrupt reduction in take-up speed when taking-up of webbing is completed. In the webbing holding device, when the webbing is released from being fitted over an occupant, the webbing is wound to a retractor by biasing force. Here, immediately before taking-up of the webbing is completed, a guide strap is stretched by movement of a leading end portion of the webbing toward the back side of a vehicle, and thus the guide strap applies biasing force to the leading end portion of the webbing, so that the take-up speed of the webbing is reduced. Therefore, when winding of the webbing is finished, take-up speed of the webbing being abruptly reduced may be prevented or controlled, and therefore extraction of the webbing from the retractor being locked by a lock mechanism of the retractor may be prevented or controlled.
摘要:
Disclosed is 3-(3-methyl-3-butenyl)-1, 2, 3, 4, 5, 6-hexahydro-6, 11-dimethyl-8-hydroxy-2, 6-methano-3-benzazocine, a new derivative of benzazocine, which has superior analgesic properties.
摘要:
Provided is a silicon wafer which is stabilized in quality exerting no adverse influence on device characteristics and manufactured by restricting a boron contamination from the environment, and a manufacturing process therefor. Concretely, the silicon wafer is characterized by an attached boron amount thereon being 1×1010 atoms/cm2 or less. In order to manufacture such a wafer as contains a small amount of boron attached on the wafer surface, the wafer is treated in an atmosphere of boron concentration of 15 ng/m3 or less. Boron-less filters and boron adsorbing filters are used as filters in a clean room and the like so as to lower the boron concentration in the atmosphere.
摘要翻译:本发明提供了一种硅晶片,其质量稳定,对设备特性没有不利影响,并且通过限制来自环境的硼污染而制造,以及其制造方法。 具体地,硅晶片的特征在于其上附着的硼量为1×10 10原子/ cm 2或更小。 为了制造附着在晶片表面上的含有少量硼的晶片,在硼浓度为15ng / m 3以下的气氛中处理晶片。 在无尘室等中使用无硼过滤器和硼吸附过滤器作为过滤器,以降低大气中的硼浓度。
摘要:
A wafer basket in which the recesses provided for the engagement with the basket lifter are each formed with a dent at the upper and innermost corner of the recess, and a pair of stays are provided at the lower bent portions of the side walls in a manner such that the upper edges of the stays are of the same height and elevated to the extent that the downward movement of the wafers is checked by the stays rather than by the ribs.
摘要:
Provided is a silicon wafer which is stabilized in quality exerting no adverse influence on device characteristics and manufactured by restricting a boron contamination from the environment, and a manufacturing process therefor. Concretely, the silicon wafer is characterized by an attached boron amount thereon being 1×1010 atoms/cm2 or less. In order to manufacture such a wafer as contains a small amount of boron attached on the wafer surface, the wafer is treated in an atmosphere of boron concentration of 15 ng/m3 or less. Boron-less filters and boron adsorbing filters are used as filters in a clean room and the like so as to lower the boron concentration in the atmosphere.
摘要翻译:本发明提供了一种硅晶片,其质量稳定,对设备特性没有不利影响,并且通过限制来自环境的硼污染而制造,以及其制造方法。 具体地,硅晶片的特征在于其上附着的硼量为1×10 10原子/ cm 2或更小。 为了制造附着在晶片表面上的含有少量硼的晶片,在硼浓度为15ng / m 3以下的气氛中处理晶片。 在无尘室等中使用无硼过滤器和硼吸附过滤器作为过滤器,以降低大气中的硼浓度。
摘要:
A secondary air control valve connected to an exhaust system includes a passage forming member and a valve mechanism. The passage forming member includes a container unit and a plurality of fins. The container unit that defines therein an exit cavity and an exit passage. The plurality of fins projects from the container unit into the exit cavity such that the plurality of fins collides with counter-flow exhaust gas that counter-flows in a direction from the exit passage to the exit cavity through the first opening. The plurality of fins divides the exit cavity into a plurality of cavities, in which counter-flow exhaust gas forms a plurality of vortex flows.
摘要:
Provided is a silicon wafer which is stabilized in quality exerting no adverse influence on device characteristics and manufactured by restricting a boron contamination from the environment, and a manufacturing process therefor. Concretely, the silicon wafer is characterized by an attached boron amount thereon being 1×1010 atoms/cm2 or less. In order to manufacture such a wafer as contains a small amount of boron attached on the wafer surface, the wafer is treated in an atmosphere of boron concentration of 15 ng/m3 or less. Boron-less filters and boron adsorbing filters are used as filters in a clean room and the like so as to lower the boron concentration in the atmosphere.
摘要翻译:本发明提供了一种硅晶片,其质量稳定,对设备特性没有不利影响,并且通过限制来自环境的硼污染而制造,以及其制造方法。 具体地,硅晶片的特征在于其上附着的硼量为1×10 10原子/ cm 2或更小。 为了制造附着在晶片表面上的含有少量硼的晶片,在硼浓度为15ng / m 3以下的气氛中处理晶片。 在无尘室等中使用无硼过滤器和硼吸附过滤器作为过滤器,以降低大气中的硼浓度。
摘要:
A liquid container having a container proper, a lid portion and bottom portion made of paperboard. Small pieces which protrude outwardly are disposed at the outer edges of inner bottom sheets. When the inner bottom sheets are bent along V-shaped fold lines, opening parts of the paperboard material at the small piece parts are held between tip pieces of outer bottom sheets in such a manner that the bent parts of the small pieces lie at the center of the bottom portion of the container. The opening parts are not exposed to the interior of the container. Therefore, the fear of contact of the opening parts with the content is completely eliminated, and the container can be utilized for a long period of time.