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    • 1. 发明专利
    • Staircase
    • 楼梯
    • JP2014159739A
    • 2014-09-04
    • JP2014117319
    • 2014-06-06
    • Takeshi Kai毅 甲斐
    • KAI TAKESHI
    • E04F11/02
    • PROBLEM TO BE SOLVED: To provide a staircase provided with both of stairs dedicated to ascent and stairs dedicated to ascent/descent, allowing a user to ascend and descend, particularly suppressing burden to a human body in the case of ascending, and avoiding danger to the human body in such a parallel installation structure.SOLUTION: In a staircase 1, an ascent part 40 and an ascent/descent part 50 are installed in a lateral direction. In the ascent part 40, first riser surfaces 42, 44 and first tread surfaces 41, 43 are continuous and the first tread surface 43 is inclined vertically upward at a slope angle α with respect to the standing first riser surface 42. On the other hand, in the ascent/descent part 50, second riser surfaces 52, 54 and second tread surfaces 51, 53 are continuous and the second tread surface 53 is nearly perpendicular to the standing second riser surface 52. The first tread surface 43 is arranged across the second riser surface 52 and the second tread surface 53, and a step between the ascent part 40 and the ascent/descent part 50 is formed in a region C. The step region C has a role as a stopper for regulating a foot on the first tread surface 43 in the lateral direction (the direction of the ascent/descent part 50), thus securing direct advance walking.
    • 要解决的问题:为了提供一个楼梯,设有专门用于上升和下降的台阶,专门用于上升/下降,允许用户上升和下降,特别是在上升的情况下抑制人体的负担,并避免危险 人体处于这种平行的安装结构中。解决方案:在楼梯1中,上升部分40和上升/下降部分50沿横向安装。 在上升部分40中,第一提升管表面42,44和第一胎面表面41,43是连续的,并且第一胎面表面43相对于站立的第一提升管表面42以倾斜角α向上垂直向上倾斜。另一方面 在上升/下降部分50中,第二提升管表面52,54和第二胎面表面51,53是连续的,并且第二胎面表面53几乎垂直于站立的第二提升管表面52.第一胎面表面43跨越 第二提升表面52和第二胎面表面53,并且在区域C中形成上升部分40和上升/下降部分50之间的台阶。台阶区域C具有用于调节第一上部 (上升/下降部分50的方向),从而确保直接前进行走。
    • 2. 发明申请
    • AIR BLOWING STRUCTURE FOR VEHICLE AIR CONDITIONING
    • 用于车辆空调的空气吹风结构
    • US20110154850A1
    • 2011-06-30
    • US12943939
    • 2010-11-11
    • Takeshi KAIKuniaki Uchida
    • Takeshi KAIKuniaki Uchida
    • F25D17/06F28F7/00
    • B60H1/3421B60H2001/3471
    • An air blowing structure for vehicle air conditioning is provided in a cylindrical body having an inlet opening in a cabin. The air blowing structure includes a rotary member and fins. The rotary member is rotatably supported on an inner surface of the cylindrical body. Each fin has two flat surfaces facing in a rotating direction of the rotary member. Each fin has a base end connected to an outer peripheral portion of the rotary member. The fins radially extend toward the inlet. The fins are connected to the outer peripheral portion of the rotary member in a tiltable manner in the rotating direction of the rotary member. Slide shafts project from leading ends of side portions of the fins. Slide shafts are slidably engaged with slide grooves extending in the inner surface of the cylindrical body along the side portions of the fins.
    • 用于车辆空调的吹风结构设置在具有舱室中的入口的圆筒体中。 吹风结构包括旋转构件和翅片。 旋转构件可旋转地支撑在圆柱体的内表面上。 每个翅片具有面向旋转构件的旋转方向的两个平坦表面。 每个翅片具有连接到旋转构件的外周部分的基端。 翅片朝向入口径向延伸。 翅片沿着旋转部件的旋转方向以可倾斜的方式连接到旋转部件的外周部。 滑动轴从翅片的侧部的前端突出。 滑动轴可滑动地与沿着翅片的侧部在圆柱体的内表面中延伸的滑动槽相接合。
    • 5. 发明授权
    • Air bag system
    • 气囊系统
    • US07152875B2
    • 2006-12-26
    • US10800074
    • 2004-03-11
    • Takeshi Kai
    • Takeshi Kai
    • B60R21/239
    • B60R21/239B60R21/203B60R21/2338B60R2021/23386
    • A restricting member 39 disposed along an outer surface of an air bag 32 restricts an axial inflation of the air bag 32 in an earlier stage of deployment of the air bag 32, and in a later stage of deployment, the restricting member 39 allows for the inflation of the air bag 32 to its maximum capacity through breakage of brittle portions 41b. In the deployment process of the air bag 32, since vent holes 37b formed in a base fabric 37 of the air bag 32 are closed by the restricting member 39, the leakage of gas from the vent holes 37b is prevented to thereby enable a quick deployment of the air bag 32. Then, when the brittle portions 41b on the restricting member 39 break, the vent holes 37b are opened.
    • 沿着气囊32的外表面设置的限制构件39在气囊32的展开的较早阶段限制气囊32的轴向膨胀,并且在稍后的展开阶段中,限制构件39允许 通过脆性部分41b的破裂使气囊32膨胀到其最大容量。 在气囊32的展开过程中,由于形成在气囊32的基布37中的通气孔37b被限制构件39封闭,因此防止了从通气孔37b的气体泄漏, 快速部署气囊32。 然后,当限制件39上的脆性部分41b断裂时,通气孔37b打开。
    • 6. 发明申请
    • Air bag apparatus
    • 气囊装置
    • US20050062270A1
    • 2005-03-24
    • US10946400
    • 2004-09-20
    • Takeshi Kai
    • Takeshi Kai
    • B60R21/16B60R21/203B60R21/2338
    • B60R21/2035
    • An air bag apparatus, includes: an inflator; an air bag having a corner portion that is projectable radially outwardly and a guide portion that is provided on a back side of a surface to face an occupant of the vehicle; and a strip that is disposed in an interior of the air bag so that a deployment shape of the air bag is controlled by virtue of a tensile force acting on the strip. The strip has one end that is fixed to the corner portion. The air bag has a mounting portion at which the other end of the strip is fixed. The strip is arranged to pass through the guide portion slidably to be fixed to the mounting portion at the other end thereof.
    • 一种气囊装置,包括:充气机; 具有可径向向外突出的角部的气囊和设置在面对车辆的乘员的表面的背面的引导部; 以及设置在气囊内部的条,使得通过作用在条带上的张力来控制安全气囊的展开形状。 该条具有固定在角部上的一端。 安全气囊具有固定该条带的另一端的安装部分。 带状物被布置成可滑动地穿过引导部分,以在其另一端固定到安装部分。
    • 7. 发明授权
    • Inflatable air bag system
    • 充气气囊系统
    • US5527064A
    • 1996-06-18
    • US350988
    • 1994-11-29
    • Takeshi KaiToshihiko OkazakiMinoru KandaToshiya SakaiAkihiro Ikeya
    • Takeshi KaiToshihiko OkazakiMinoru KandaToshiya SakaiAkihiro Ikeya
    • B60R21/20B60R21/205B60R21/215B60R21/217B60R21/16
    • B60R21/205
    • In an inflatable air bag system for restraining a vehicle occupant in case of a high acceleration situation such as a vehicle crash comprising a casing accommodating a folded air bag therein, the casing is adapted to be installed into an opening of an instrument panel facing the vehicle occupant. The casing is relatively securely attached to the vehicle body at its lower end, but is simply secured to the instrument panel at its upper end by means of a slot and projection engagement structure which is adapted to be engaged as a result of fully inserting the casing in the opening. Thus, the work involved in installing the air bag system is simplified, but the casing is secured in a sufficiently stable fashion because the slot and projection engagement structure is highly effective in restraining the rotating movement of the casing around its fixedly secured lower end. In use, this structure allows the casing to be securely supported against the reaction caused by the deployment of the air bag.
    • 在用于限制车辆乘员的充气式气囊系统中,在诸如车辆碰撞的高加速度情况下,包括容纳折叠气囊的壳体,壳体适于安装在面向车辆的仪表板的开口中 乘客。 壳体在其下端相对牢固地附接到车身,但是通过狭槽和突起接合结构在其上端处简单地固定到仪表板,该槽和突起接合结构适于被完全插入壳体 在开幕 因此,简化了安装气囊系统所涉及的工作,但是壳体以足够稳定的方式固定,因为槽和突起接合结构在限制壳体围绕固定的下端的旋转运动方面是非常有效的。 在使用中,该结构允许壳体被可靠地支撑以抵抗由气囊的展开而引起的反作用。
    • 10. 发明授权
    • Air bag device
    • 气囊装置
    • US07540533B2
    • 2009-06-02
    • US11460437
    • 2006-07-27
    • Takeshi KaiDaiei Tonooka
    • Takeshi KaiDaiei Tonooka
    • B60R21/30
    • B60R21/239
    • An air bag device of the present invention includes an bag member formed by a circular front-side cloth and a circular reverse-side cloth which are sewn together at their outer peripheral edge portions. The air bag device is provided with an annular lid member for closing a plurality of gas discharge portions formed in the reverse-side cloth. Therefore, in this air bag device, the bag member can be instantaneously inflated and expanded to effectively restrain the passenger and also to effectively absorb an impact energy acting on the passenger.
    • 本发明的安全气囊装置包括由圆形正面布和圆形反面布形成的袋构件,它们在其外周边缘部分缝合在一起。 气囊装置设置有用于封闭形成在反面布中的多个气体排出部的环形盖构件。 因此,在这种气囊装置中,可以将袋部件瞬间充气膨胀,有效地抑制乘客,还能够有效地吸收作用于乘客的冲击能量。