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    • 5. 发明授权
    • Adhesive tape
    • 胶带
    • US5897949A
    • 1999-04-27
    • US977254
    • 1997-11-24
    • Bernd LuhmannAndreas Junghans
    • Bernd LuhmannAndreas Junghans
    • C08L53/00C09J7/02B32B7/12
    • C09J7/0246C09J7/0289C08L53/00C09J2201/20C09J2201/618Y10T428/249983Y10T428/249985Y10T428/28Y10T428/2861Y10T428/2883
    • Adhesive tape for a bond which can be redetached by pulling, without residue and without damage, having a foam backing coated on one or both sides with a self-adhesive composition, characterized in thata) on at least one of the two sides of the foam backing there is applied a self-adhesive composition whose ratio of tear strength to stripping force (peel force) at a peel angle of less than 10.degree. to the bond surface is greater than 1.2:1,b) the foam backing is subjected to controlled pretreatment/damaging in such a way that the detachment force (stripping force) is lowered relative to an analogous self-adhesive tape with a foam backing which has not been correspondingly pretreated/damaged, andc) the foam backing does not have a tear strength which is sufficient for redetachment without residue or damage.
    • 用于粘合的胶带,其可以通过用自粘合组合物拉动而不残留并且没有损坏,在一侧或两侧上涂覆泡沫背衬来重新附着,其特征在于:a)在所述粘合剂的两侧中的至少一个上 泡沫背衬应用自粘性组合物,其剥离强度(剥离力)与粘合表面的剥离角小于10°的剥离强度比(剥离力)大于1.2:1,b)泡沫背衬经受 控制预处理/损坏,使得脱模力(剥离力)相对于具有未被相应地预处理/损坏的泡沫背衬的类似的自粘胶带降低,以及c)泡沫背衬不具有撕裂 强度足以重新进行无残留或损坏。
    • 8. 发明授权
    • Majority decision method for improved frame error rate in the digital enhanced cordless telecommunications system
    • 数字增强型无绳电信系统改进帧错误率的多数决策方法
    • US06523148B1
    • 2003-02-18
    • US09377877
    • 1999-08-19
    • Andreas Junghans
    • Andreas Junghans
    • G06F1108
    • H04L1/1835H04L1/08
    • A majority decision method for improved frame error rate in the digital enhanced cordless telecommunications (DECT) system. Specifically, one embodiment of the present invention includes a method for improving retransmission efficiency of a data frame within a communication system. The method includes the step of receiving and storing three corrupted versions of a data frame within a memory. Moreover, the method also includes the step of performing a byte-wise comparison of the three corrupted versions of the data frame to locate an inconsistent byte position. In response to locating the inconsistent byte position among the three corrupted versions of the data frame, the method includes the step of performing a byte-wise majority decision among the three corrupted versions of the data frame to select a correct byte value of the inconsistent byte position. Provided no correct byte value is selected by performing the byte-wise majority decision, the method also includes the step of performing a bit-wise comparison of the inconsistent byte position of the three corrupted versions of the data frame to locate an inconsistent bit position. In response to locating the inconsistent bit position among the inconsistent byte position of the three corrupted versions of the data frame, the method includes the step of performing a bit-wise majority decision to select a bit value of the inconsistent bit position.
    • 数字增强型无绳电信(DECT)系统中改进帧错误率的多数决定方法。 具体地,本发明的一个实施例包括一种用于提高通信系统内的数据帧的重传效率的方法。 该方法包括在存储器内接收和存储数据帧的三个损坏版本的步骤。 此外,该方法还包括以下步骤:对数据帧的三个损坏版本进行字节比较,以定位不一致的字节位置。 响应于在数据帧的三个损坏版本中找到不一致的字节位置,该方法包括在数据帧的三个损坏版本之间执行字节多数决定的步骤,以选择不一致字节的正确字节值 位置。 如果没有通过执行字节多数决定来选择正确的字节值,则该方法还包括对数据帧的三个损坏版本的不一致字节位置进行逐位比较的步骤,以定位不一致的位位置。 响应于在数据帧的三个破坏版本的不一致字节位置之间定位不一致的位位置,该方法包括执行逐位多数决定以选择不一致位位置的位值的步骤。