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    • 2. 发明申请
    • ENERGY ABSORBING DEVICE
    • 能量吸收装置
    • WO1994007051A1
    • 1994-03-31
    • PCT/US1993008796
    • 1993-09-17
    • SINTRAM LTD.ROSENZWEIG, Nachum
    • SINTRAM LTD.
    • F16F07/12
    • F16F7/125
    • An energy absorbing device (14) including a) a deformable and crushable body (10) arranged along a longitudinal axis operative to receive an axial impact force at a first end thereof along the longitudinal axis and to transmit the axial impact force axially therethrough to a second end thereof and b) disassemblable energy converting apparatus (16) arranged adjacent the second end of the body for deforming and crushing the body upon receipt of the axial impact force thereby to convert energy from the axial impact force to mechanical energy.
    • 一种能量吸收装置(14),包括:a)沿着纵向轴线布置的可变形和可压碎的主体(10),其可沿其纵向轴线在其第一端处承受轴向冲击力,并将轴向冲击力轴向穿过其传递到 第二端和b)布置在主体的第二端附近的可拆卸能量转换装置(16),用于在接收到轴向冲击力时使主体变形和破碎,从而将能量从轴向冲击力转换为机械能。
    • 3. 发明申请
    • DEVICE AND METHOD FOR ABSORBING IMPACT ENERGY
    • 用于吸收冲击能量的装置和方法
    • WO1991006786A1
    • 1991-05-16
    • PCT/US1990006421
    • 1990-11-06
    • ROSENZWEIG, Nachum
    • F16F07/12
    • B60N2/4221B60N2/42709B60R19/34B60R19/36F16F7/125
    • An energy absorption device comprising: an elongate body (103) arranged along a longitudinal axis to receive an axial impact force at a first end thereof; apparatus arranged adjacent a second end of the body for deformation thereof; die apparatus (104) for producing deformation of the body and ring fixed to the die apparatus (104) and surrounding the body. Also disclosed is a repeatable energy absorption device including crushing apparatus having threaded apparatus on its outside surface. Upon receipt of the axial impact, the first end of the body moves from a first position away from the crushing apparatus to a second position closer to the crushing apparatus. The device additionally inludes threaded sleeve apparatus (106) having a first end for supporting the crushing apparatus and for moving the crushing apparatus toward the first end after the axial impact to return the first end of the body to the first position.
    • 一种能量吸收装置,包括:沿着纵向轴线设置的细长体(103),以在其第一端处承受轴向冲击力; 设置在身体的第二端附近以使其变形的装置; (104),用于产生固定到模具设备(104)并围绕身体的主体和环的变形。 还公开了一种可重复的能量吸收装置,其包括在其外表面上具有螺纹装置的破碎装置。 在接收到轴向冲击时,主体的第一端从远离破碎装置的第一位置移动到靠近破碎装置的第二位置。 该装置还包括螺纹套筒装置(106),其具有用于支撑破碎装置的第一端,并且用于在轴向冲击之后使破碎装置朝向第一端移动,以将本体的第一端返回到第一位置。
    • 4. 发明申请
    • CONDUCTIVE POLYMER COMPOSITION
    • 导电聚合物组合物
    • WO1989000755A1
    • 1989-01-26
    • PCT/US1988002484
    • 1988-07-21
    • RAYCHEM CORPORATIONBARMA, PradeepCHAN, Chi-MingMOHEBBAN, ManoochehrROSENZWEIG, NachumKURJATKO, Eugen, L.
    • RAYCHEM CORPORATION
    • H01B01/24
    • H01C7/06C08K3/013C08K9/10H01B1/22H01B1/24H01C7/027
    • A composition which comprises a matrix polymer and, distributed therein, a particulate conductive filler. At least some of the filler particles are composed of a conductive polymer composition and/or the matrix comprises a sintered polymer. The matrix polymer and the filler particles and the method of distributing the particles are such that the particles maintain their identity in the matrix. For example, the particles are preferably highly cross-linked so that they have a hot modulus of at least 250 psi if the composition is prepared by melt extrusion or another process involving a high degree of shear; or a low-shear process such as sintering can be used. Preferably the matrix polymer is capable of coating the filler particles; for example, the matrix polymer and the filler polymer may be chemically similar. The invention is particularly useful for preparing compositions which have high resistivities, e.g. 1000 ohm.cm or more, and which can be prepared with a high degree of reproduceability. The compositions can exhibit PTC, ZTC or NTC behavior, depending on the nature of the conductive filler, and their resistivity is dependent on the electric field. The compositions are particularly useful as resistive materials in sheet heaters and as stress-grading materials for high voltage apparatus.
    • 一种组合物,其包含基质聚合物并在其中分布有颗粒状导电填料。 至少一些填料颗粒由导电聚合物组合物和/或基质包含烧结聚合物组成。 基质聚合物和填料颗粒以及分散颗粒的方法使得颗粒在基质中保持它们的相同性。 例如,颗粒优选是高度交联的,使得如果组合物通过熔融挤出或涉及高剪切程度的另一种方法制备,它们的热模量至少为250psi; 或者可以使用诸如烧结的低剪切工艺。 优选地,基质聚合物能够涂覆填料颗粒; 例如,基质聚合物和填料聚合物可以化学相似。 本发明特别可用于制备具有高电阻率的组合物,例如, 1000欧姆·厘米或更高,并且可以以高度的可再现性制备。 组合物可以表现出PTC,ZTC或NTC的行为,这取决于导电填料的性质,其电阻率取决于电场。 该组合物特别可用作片状加热器中的电阻材料和用作高压设备的应力分级材料。
    • 5. 发明申请
    • CABLE CONNECTOR
    • 电缆连接器
    • WO1994027060A1
    • 1994-11-24
    • PCT/US1994004934
    • 1994-05-09
    • SINTRAM LTD.ROSENZWEIG, Nachum
    • SINTRAM LTD.
    • F16F07/00
    • F16F7/125F16G11/106
    • A cable connector (16) connects a cable (14) to a hook (18). Cable connector (16) includes retaining members (34) for securing cable (14) in sleeve member (38) which is contained in housing (20). A crushable sleeve member (26) is also contained within housing (20) and abuts a die member (48). Sleeve crushing member (44) is contained within sleeve member (38). If a sudden and excessive load is applied to cable (14), crushable sleeve member (26) is crushed by the application of force from sleeve crushing member (44) and die member (48). Thus, a nonresilient energy absorbing sleeve (26) absorbs sudden and excessive applications of tension forces on cable (14).
    • 电缆连接器(16)将电缆(14)连接到钩(18)。 电缆连接器(16)包括用于将电缆(14)固定在容纳在壳体(20)中的套筒构件(38)中的保持构件(34)。 可挤压的套筒构件(26)也容纳在壳体(20)内并邻接模具构件(48)。 套筒破碎构件(44)容纳在套筒构件(38)内。 如果对电缆(14)施加突然和过大的负载,则通过施加来自套筒破碎构件(44)和模具构件(48)的力,可压碎的套筒构件(26)被压碎。 因此,非易失性能量吸收套筒(26)吸收电缆(14)上的张力的突然和过度的应用。