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    • 4. 发明授权
    • Automotive infrared lamp
    • 汽车红外灯
    • US06896396B2
    • 2005-05-24
    • US10186947
    • 2002-07-02
    • Seiichiro Yagi
    • Seiichiro Yagi
    • B60Q1/02B60Q1/00B60Q1/14B60R1/00F21S8/10F21S8/12F21S10/02F21V9/00F21V9/08F21V11/00F21V17/00F21W101/02F21Y101/00H01K1/30
    • B60Q1/14H01K1/30
    • An infrared radiating lamp which dilutes the red light emitted from the front lens of the lamp by causing a peripheral portion of the lens to emit white light or causing a small amount of white light to pass through a generally central portion of the lens so that the lamp will not be mistakenly recognized as a tail lamp or a stop lamp. The lamp includes a lamp body, a lens attached to a front opening portion of the lamp body and which cooperates with the lamp body to define a lamp chamber, a reflector provided at an inner side of the lamp body, a light source provided forward of the reflector, and an infrared transmitting film that reflects a visible light component and transmits an infrared component. A region having no infrared transmitting film is provided at an outer periphery of the infrared transmitting film. Light from the light source that does not pass through the infrared transmitting film is directed to the peripheral portion of the lens, so that the peripheral portion around the region in the lens that emits red light emits white light, thereby diluting the emission of red light. A similar effect can be obtained by forming a plurality of pores in the infrared transmitting film.
    • 一种红外辐射灯,其通过使透镜的周边部分发出白光或使少量的白光通过透镜的大致中心部分而稀释从灯的前透镜发射的红光,使得 灯不会被误认为尾灯或停车灯。 所述灯具包括灯体,安装在所述灯体的前开口部并且与所述灯体配合以形成灯室的透镜,设置在所述灯体内侧的反射器, 反射器和反射可见光分量并透射红外分量的红外透射膜。 在红外线透射膜的外周设有没有红外线透过膜的区域。 来自光源的不通过红外线透射膜的光被引导到透镜的周边部分,使得发射红光的透镜区域周围的周边部分发出白光,从而稀释红光的发射 。 通过在红外线透射膜中形成多个孔可以获得类似的效果。
    • 10. 发明授权
    • Train having energy absorbing structure between cars
    • 火车在汽车之间具有吸收能量的结构
    • US07357264B2
    • 2008-04-15
    • US10478790
    • 2003-02-07
    • Makoto TaguchiShinichi OkadaSeiichiro YagiHideyuki Yamaguchi
    • Makoto TaguchiShinichi OkadaSeiichiro YagiHideyuki Yamaguchi
    • B61G11/00
    • B61G11/16
    • In energy absorbing structures in an entire train, a compression amount at an interface between cars at an end portion of a train is reduced and compression at an interface between cars at a center portion of the train is facilitated. In the structure, a plurality of cars (A1 to A12) are coupled to one another through couplers (B1 to B11), and energy absorbing structures (S12 to S42, S82 to S122) are provided between cars. An average compressive load corresponding to a value obtained by dividing an energy absorption amount of the energy absorbing structure by a maximum compression amount of the energy absorbing structures (S12 to S42, S82 to S122) is set smaller at an interface between cars at a center portion of the train than at an interface between cars on an outer side of the train (closer to an end portion).
    • 在整个列车中的能量吸收结构中,在列车的端部处的轿厢之间的界面处的压缩量减少,并且在列车的中心部分处的轿厢之间的界面处的压缩被促进。 在该结构中,多个轿厢(A 1至A 12)通过耦合器(B 1至B 11)彼此耦合,并且能量吸收结构(S12至S42,S82至S122)之间设置有 汽车。 对应于通过将能量吸收结构的能量吸收量除以能量吸收结构的最大压缩量(S12至S42,S82至S122)所获得的值的平均压缩载荷在第 在列车的中心部分处的轿厢比在列车的外侧(更靠近端部部分)的汽车之间的界面处。