会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Cutting apparatus having a pivotable blade holder
    • 切割装置具有可枢转的刀架
    • US06557262B1
    • 2003-05-06
    • US09771080
    • 2001-01-27
    • Richard M. ClemenceRichard M. FarlandEric Wilhelm
    • Richard M. ClemenceRichard M. FarlandEric Wilhelm
    • B26B102
    • B26B1/048B44C7/025
    • A cutting apparatus having a pivotable blade holder includes a blade housing with an internal blade cavity with a blade opening to the outside of the housing. A blade holder adapted for removably retaining a cutting blade having a cutting edge is pivotally mounted within the housing for pivotal movement about a lateral pivot axis between a fully retracted position and a cutting position. The fully retracted position is such that the cutting edge of a cutting blade retained by the blade holder does not protrude through the blade opening to the outside of the blade housing. A cutting position is one in which the cutting edge of the cutting blade extends through the blade opening to the outside of the housing. A blade actuator accessible to a user from the exterior of the housing, when depressed, urges the blade holder into a cutting position while a biasing member normally biases the blade holder toward its fully retracted position. A depth adjuster controls the maximum angle by which the blade holder can be pivotally displaced from the fully retracted position in order to control the depth to which the cutting blade can cut a material.
    • 具有可枢转刀片保持器的切割装置包括具有内部刀片腔的刀片壳体,刀片开口通向壳体的外部。 适于可移除地保持具有切割边缘的切割刀片的刀片保持器枢转地安装在壳体内,用于围绕横向枢转轴线在完全缩回位置和切割位置之间枢转运动。 完全缩回位置使得由刀片保持器保持的切割刀片的切割刃不会通过刀片开口突出到刀片壳体的外部。 切割位置是切割刀片的切割刃通过刀片开口延伸到壳体外部的位置。 使用者可从壳体外部接近的刀片致动器,当被压下时,推动刀片保持器进入切割位置,同时偏置构件通常将刀片保持器朝向其完全缩回位置偏置。 深度调节器控制刀片保持器可以从完全缩回位置枢转地移位的最大角度,以便控制切割刀片切割材料的深度。
    • 5. 发明授权
    • Unequal error protection for perceptual audio coders
    • 感知音频编码器的不平等的错误保护
    • US06405338B1
    • 2002-06-11
    • US09022114
    • 1998-02-11
    • Deepen SinhaCarl-Eric Wilhelm Sundberg
    • Deepen SinhaCarl-Eric Wilhelm Sundberg
    • H03M1300
    • H04L1/007G10L19/002H04L1/0057H04L1/0059H04L1/0072
    • An audio information bit stream including audio control bits and audio data bits is processed for transmission in a communication system. The audio data bits are first separated into n classes based on error sensitivity, that is, the impact of errors in particular audio data bits on perceived quality of an audio signal reconstructed from the transmission. Each of the n different classes of audio data bits is then provided with a corresponding one of n different levels of error protection, where n is greater than or equal to two. The invention thereby matches error protection for the audio data bits to source and channel error sensitivity. The audio control bits may be transmitted independently of the audio data bits, using an additional level of error protection higher than that used for any of the n classes of the audio data bits. Alternatively, the control bits may be combined with one of the n classes of audio data bits and provided with the highest of the n levels of error protection. Further protection may be provided for the control bits by repeating at least a portion of the control bits from a current packet of the audio information bit stream in a subsequent packet of the audio information bit stream. Moreover, the classification of audio data bits into n different classes can be implemented on a fixed packet-by-packet basis, or in a more flexible, adaptive implementation in which different multipacket error protection profiles are used for different multipacket segments of a source-coded audio signal.
    • 包括音频控制位和音频数据位的音频信息比特流被处理以在通信系统中传输。 音频数据位首先基于错误灵敏度被分为n类,即特定音频数据位中的错误对从传输重建的音频信号的感知质量的影响。 然后,n个不同类别的音频数据位中的每一个都具有n个不同级别的错误保护中的相应的一个,其中n大于或等于2。 因此,本发明将音频数据位的误差保护与源和通道误差灵敏度相匹配。 音频控制位可以独立于音频数据位发送,使用高于用于音频数据位的n个类中的任何一个的附加级别的错误保护。 或者,控制位可以与n类音频数据位中的一个组合,并且具有n级错误保护中的最高级。 可以通过在音频信息比特流的后续分组中从音频信息比特流的当前分组重复控制比特的至少一部分来为控制比特提供进一步的保护。 此外,音频数据比特到n个不同类别的分类可以在固定的逐个分组的基础上实现,或者在更灵活的自适应实现中实现,其中不同的多包误差保护简档用于源 - 编码音频信号。
    • 6. 发明申请
    • Electronic elongation-sensing rope
    • 电子伸长感应绳
    • US20090160426A1
    • 2009-06-25
    • US12380310
    • 2009-02-25
    • Dan GoldwaterSaul GriffithEric WilhelmColin Bulthaup
    • Dan GoldwaterSaul GriffithEric WilhelmColin Bulthaup
    • G01B7/28
    • D07B1/145D02G3/441
    • A fibrous tension member includes a plurality of structural threads and two or more indicator threads. The two or more indicator threads are located with respect to the plurality of structural threads such that a differential elongation between the two or more indicator threads indicates a curvature. The differential elongation between the two or more indicator threads is measured using a change in one or more electrical properties of each of the two or more indicator threads as each of the two or more indicator threads changes in length. A fibrous tension member includes a plurality of structural threads and one or more indicator threads. Each of the one or more indicator threads is more sensitive to elongation in a region of length of the fibrous tension member. The elongation of the region associated with one of the one or more indicator threads is measured using a change in one or more electrical properties of one of the one or more indicator threads as one of the one or more indicator threads changes in length.
    • 纤维张力构件包括多个结构螺纹和两个或更多个指示螺纹。 两个或更多个指示螺纹相对于多个结构螺纹定位,使得两个或更多个指示螺纹之间的差动伸长指示曲率。 两个或更多个指示器螺纹之间的差异伸长率是使用两个或更多个指示器螺纹中的每一个的一个或多个电特性的变化来测量的,因为两个或更多个指示螺纹的长度每个都改变。 纤维张力构件包括多个结构螺纹和一个或多个指示螺纹。 一个或多个指示丝线中的每一个对纤维张力构件的长度区域中的伸长率更敏感。 使用一个或多个指示器螺纹中的一个或多个指示螺纹的一个或多个指示螺纹中的一个或多个指示螺纹的一个或多个电特性的变化来测量与一个或多个指示器螺纹之一相关联的区域的伸长,因为一个或多个指示螺纹的长度之一变化。
    • 10. 发明授权
    • Electronic elongation-sensing rope
    • 电子伸长感应绳
    • US07752830B2
    • 2010-07-13
    • US12380310
    • 2009-02-25
    • Dan GoldwaterSaul GriffithEric WilhelmColin Bulthaup
    • Dan GoldwaterSaul GriffithEric WilhelmColin Bulthaup
    • D02G3/02
    • D07B1/145D02G3/441
    • A fibrous tension member includes a plurality of structural threads and two or more indicator threads. The two or more indicator threads are located with respect to the plurality of structural threads such that a differential elongation between the two or more indicator threads indicates a curvature. The differential elongation between the two or more indicator threads is measured using a change in one or more electrical properties of each of the two or more indicator threads as each of the two or more indicator threads changes in length. A fibrous tension member includes a plurality of structural threads and one or more indicator threads. Each of the one or more indicator threads is more sensitive to elongation in a region of length of the fibrous tension member. The elongation of the region associated with one of the one or more indicator threads is measured using a change in one or more electrical properties of one of the one or more indicator threads as one of the one or more indicator threads changes in length.
    • 纤维张力构件包括多个结构螺纹和两个或更多个指示螺纹。 两个或更多个指示螺纹相对于多个结构螺纹定位,使得两个或更多个指示螺纹之间的差动伸长指示曲率。 两个或更多个指示器螺纹之间的差异伸长率是使用两个或更多个指示器螺纹中的每一个的一个或多个电特性的变化来测量的,因为两个或更多个指示螺纹的长度每个都改变。 纤维张力构件包括多个结构螺纹和一个或多个指示螺纹。 一个或多个指示丝线中的每一个对纤维张力构件的长度区域中的伸长率更敏感。 使用一个或多个指示器螺纹中的一个或多个指示螺纹的一个或多个指示螺纹中的一个或多个指示螺纹的一个或多个电特性的变化来测量与一个或多个指示器螺纹之一相关联的区域的伸长,因为一个或多个指示螺纹的长度之一变化。