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    • 5. 发明授权
    • Seal and seal arrangement
    • 密封和密封安排
    • US09068656B2
    • 2015-06-30
    • US13384599
    • 2010-07-26
    • Martin Franz
    • Martin Franz
    • F16J15/32F16J15/34
    • F16J15/3456F16J15/3216F16J15/322F16J15/3224
    • A seal for sealing a sealing surface 2 between a first machine part 1 having a seal accommodating structure, preferably a groove, and a second machine part 3, which defines the sealing surface 2 and can be moved relative to the first machine part 1. The seal seals a high-pressure area between the machine parts 1, 3 from a low-pressure area and has a retaining element 5 for positionally fixing the seal in the seal accommodating structure, and a sealing lip 6 which is formed on the retaining element 5 and is made from an elastomeric material having a sealing edge 7 formed at a free end of the sealing lip 6 for abutment on the sealing surface 2. The sealing lip 6 has a high-pressure surface area 10 bordering the high-pressure area, and a low-pressure surface area 11 bordering the low-pressure area. The seal has a supporting element 15, wherein the supporting element 15 forms a support of the sealing lip 6 on the low-pressure surface side, the support extending substantially parallel to the sealing edge 7, with the support being arranged between the sealing edge 7 and the retaining element 5.
    • 用于密封密封表面2的密封件,密封表面2在具有密封容纳结构的第一机器部分1,优选地为凹槽和限定密封表面2并且可以相对于第一机器部件1移动的第二机器部分3之间。 密封件从低压区域密封机器部件1,3之间的高压区域并且具有用于将密封件定位固定在密封件容纳结构中的保持元件5和形成在保持元件5上的密封唇6 并且由具有形成在密封唇6的自由端处的密封边缘7的弹性体材料制成,用于邻接在密封表面2上。密封唇6具有与高压区域接合的高压表面区域10,以及 与低压区域接合的低压表面区域11。 密封件具有支撑元件15,其中支撑元件15在低压表面侧上形成密封唇6的支撑件,支撑件基本上平行于密封边缘7延伸,支撑件布置在密封边缘7 和保持元件5。
    • 6. 发明授权
    • Dynamic language model mixtures with history-based buckets
    • 基于历史的桶的动态语言模型混合
    • US07395205B2
    • 2008-07-01
    • US09782434
    • 2001-02-13
    • Martin FranzPeder Andreas Olsen
    • Martin FranzPeder Andreas Olsen
    • G10L15/14
    • G10L15/18G10L15/183
    • In an Automatic Speech Recognition (ASR) system having at least two language models, a method is provided for combining language model scores generated by at least two language models. A list of most likely words is generated for a current word in a word sequence uttered by a speaker, and acoustic scores corresponding to the most likely words are also generated. Language model scores are computed for each of the most likely words in the list, for each of the at least two language models. A set of coefficients to be used to combine the language model scores of each of the most likely words in the list is respectively and dynamically determined, based on a context of the current word. The language model scores of each of the most likely words in the list are respectively combined to obtain a composite score for each of the most likely words in the list, using the set of coefficients determined therefor.
    • 在具有至少两种语言模型的自动语音识别(ASR)系统中,提供了一种组合由至少两种语言模型产生的语言模型得分的方法。 针对由扬声器发出的单词序列中的当前单词生成最可能的单词列表,并且还生成对应于最可能单词的声学分数。 对于列表中的每个最可能的单词,对于至少两种语言模型中的每一种来计算语言模型分数。 基于当前单词的上下文分别动态地确定用于组合列表中每个最可能单词的语言模型分数的一组系数。 分别组合列表中每个最可能的单词的语言模型分数,以使用为此确定的系数集合来获得列表中每个最可能的单词的综合得分。
    • 7. 发明申请
    • Seal and seal arrangement
    • 密封和密封安排
    • US20120112419A1
    • 2012-05-10
    • US13384599
    • 2010-07-26
    • Martin Franz
    • Martin Franz
    • F16J15/32
    • F16J15/3456F16J15/3216F16J15/322F16J15/3224
    • A seal for sealing a sealing surface 2 between a first machine part 1 having a seal accommodating structure, preferably a groove, and a second machine part 3, which defines the sealing surface 2 and can be moved relative to the first machine part 1. The seal seals a high-pressure area between the machine parts 1, 3 from a low-pressure area and has a retaining element 5 for positionally fixing the seal in the seal accommodating structure, and a sealing lip 6 which is formed on the retaining element 5 and is made from an elastomeric material having a sealing edge 7 formed at a free end of the sealing lip 6 for abutment on the sealing surface 2. The sealing lip 6 has a high-pressure surface area 10 bordering the high-pressure area, and a low-pressure surface area 11 bordering the low-pressure area. The seal has a supporting element 15, wherein the supporting element 15 forms a support of the sealing lip 6 on the low-pressure surface side, the support extending substantially parallel to the sealing edge 7, with the support being arranged between the sealing edge 7 and the retaining element 5.
    • 用于密封密封表面2的密封件,密封表面2在具有密封容纳结构的第一机器部分1,优选地为凹槽和限定密封表面2并且可以相对于第一机器部件1移动的第二机器部分3之间。 密封件从低压区域密封机器部件1,3之间的高压区域并且具有用于将密封件定位固定在密封件容纳结构中的保持元件5和形成在保持元件5上的密封唇6 并且由具有形成在密封唇6的自由端处的密封边缘7的弹性体材料制成,用于邻接在密封表面2上。密封唇6具有与高压区域接合的高压表面区域10和 与低压区域接合的低压表面区域11。 密封件具有支撑元件15,其中支撑元件15在低压表面侧上形成密封唇6的支撑件,支撑件基本上平行于密封边缘7延伸,支撑件布置在密封边缘7 和保持元件5。
    • 10. 发明授权
    • Phrase splicing and variable substitution using a trainable speech synthesizer
    • 短语拼接和可变替代使用可训练的语音合成器
    • US06266637B1
    • 2001-07-24
    • US09152178
    • 1998-09-11
    • Robert E. DonovanMartin FranzSalim E. RoukosJeffrey Sorensen
    • Robert E. DonovanMartin FranzSalim E. RoukosJeffrey Sorensen
    • G10L1300
    • G10L13/06
    • In accordance with the present invention, a method for providing generation of speech includes the steps of providing input to be acoustically produced, comparing the input to training data or application specific splice files to identify one of words and word sequences corresponding to the input for constructing a phone sequence, using a search algorithm to identify a segment sequence to construct output speech according to the phone sequence and concatenating segments and modifying characteristics of the segments to be substantially equal to requested characteristics. Application specific data is advantageously used to make pertinent information available to synthesize both the phone sequence and the output speech. Also, described is a system for performing operations in accordance with the disclosure.
    • 根据本发明,一种用于提供语音产生的方法包括以下步骤:提供要声学产生的输入,将输入与训练数据或应用特定拼接文件进行比较,以识别与用于构建的输入相对应的单词和单词序列之一 电话序列,使用搜索算法来识别段序列以根据电话序列构建输出语音,并且将段并且将段的特征修改为基本等于请求的特征。 应用特定数据有利地用于使相关信息可用于合成电话序列和输出语音。 此外,描述了根据本公开的用于执行操作的系统。