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    • 2. 发明授权
    • Doll with programmable speech activated by pressure on particular parts
of head and body
    • 具有通过头部和身体的特定部分上的压力激活的可编程语言的娃娃
    • US5376038A
    • 1994-12-27
    • US183597
    • 1994-01-18
    • Avi AradRobert W. Jeffway, Jr.
    • Avi AradRobert W. Jeffway, Jr.
    • A63H3/28A63H3/52
    • A63H3/28
    • This invention relates to talking dolls of the type having internal prerecorded speech mechanisms. More particularly, the present invention relates to talking dolls of the type having internal prerecorded speech mechanisms, wherein the doll's educational speech is activated by pressing on certain parts of the doll's body and head region. Still more particularly, the present invention relates to talking dolls of the type having internal prerecorded speech mechanisms, wherein the doll's educational speech can be programmed by the user to play phrases in a desired sequence. Still more particularly, the present invention relates to talking dolls of the type having internal prerecorded speech mechanisms, wherein the doll's educational speech is programmed to advance with the child user and to educate the child user as to the names and functions of the different body parts.
    • 本发明涉及具有内部预先记录的语音机制的类型的说话娃娃。 更具体地,本发明涉及具有内部预先记录的语音机制的类型的说话娃娃,其中通过按压娃娃的身体和头部区域的某些部分来激活娃娃的教育语音。 更具体地,本发明涉及具有内部预先记录的语音机制的类型的说话娃娃,其中玩偶的教育语音可以由用户编程以按期望的顺序播放短语。 更具体地,本发明涉及具有内部预先记录的语音机制的类型的说话娃娃,其中娃娃的教育语音被编程为与小孩用户一起前进并且教育小孩用户关于不同身体部位的名称和功能 。
    • 3. 发明授权
    • Toy telephone recording and playback
    • 玩具电话录音和播放
    • US5679049A
    • 1997-10-21
    • US675805
    • 1996-07-05
    • Avi AradRobert W. Jeffway, Jr.
    • Avi AradRobert W. Jeffway, Jr.
    • A63H33/30G10L3/02A63H3/52
    • A63H33/3016
    • A toy telephone includes a telephone base enclosure a microphone, a speaker, a memory chip for recording sounds for later retrieval, a microprocessor electrically connected to the memory chip, and at least one button electrically connected to the microprocessor for selecting one of a plurality of segments of the memory chip for recording. The memory chip is configured to produce an output signal the duration of which has a known mathematical relationship to the recording capacity of each of the plurality of segments of the memory chip. The microprocessor is programmed to receive an electrical signal from a button upon depression of the button, to select one of the segments of the memory chip in response to the depression of the button, to measure the duration of the output signal of the memory chip, to determine the recording capacity of the segment of the memory chip based on the duration of the output signal, to initiate recording of sounds received by the microphone into the segment of the memory chip, to terminate recording of the sounds when the recording capacity of the segment of the memory chip as determined by the microprocessor has been fully utilized, and to cause the sounds to be played at a later point in time.
    • 一种玩具电话包括一个麦克风,一个扬声器,用于记录声音以供以后检索的一个电话基座外壳,一个电连接到该存储器芯片的微处理器,以及电连接到该微处理器的至少一个按钮,用于选择多个 用于记录的存储芯片的段。 存储器芯片被配置为产生输出信号,其持续时间与存储器芯片的多个段中的每一个的记录容量具有已知的数学关系。 微处理器被编程为在按下按钮时从按钮接收电信号,响应于按钮按钮选择存储器芯片的一个段,以测量存储器芯片的输出信号的持续时间, 基于输出信号的持续时间来确定存储器芯片的段的记录容量,以开始将由麦克风接收的声音记录到存储芯片的段中,以当终端的记录容量 已经充分利用由微处理器确定的存储芯片的段,并且使得在稍后的时间点播放声音。
    • 4. 发明授权
    • Learning doll
    • 学习娃娃
    • US5281143A
    • 1994-01-25
    • US880565
    • 1992-05-08
    • Avi AradRobert W. Jeffway, Jr.
    • Avi AradRobert W. Jeffway, Jr.
    • A63H3/33A63H3/28A63H5/00A63H13/04A63H29/22A63H30/02G09B19/04G10L13/00
    • A63H3/28G09B19/04A63H2200/00
    • A doll, apparently capable of learning through a combination of human speech and touch interaction, includes a speech generator for generating upon actuation the currently indexed sound in a predetermined sequence of sounds. The sequence of sounds evidences a stepwise learning process defined by a plurality of learning steps, each step being composed in turn of a predetermined subsequence of wrong sounds followed by correct sounds. A speech detector detects human speech when energized and, in response thereto, indexes the subsequence of sounds to the next sound within the current step and actuates the speech generator and, at the end of each step, indexes the sequence of sounds to the first sound of the next step and causes the speech generator to request the selected touch. A touch detector detects a selected touch when energized and, in response thereto, actuates the speech generator. The speech generator is responsive to each appropriate actuation of the speech and touch detectors for promptly generating the currently indexed sound after deactuation of the speech and touch detectors.
    • 明显地能够通过人类语言和触摸交互的组合学习的娃娃包括语音发生器,用于在按照预定的声音顺序激活当前索引的声音时产生语音产生器。 声音序列证明由多个学习步骤定义的逐步学习过程,每个步骤依次由错误声音的预定子序列依次组成正确的声音。 语音检测器在通电时检测人类语音,并且响应于此,在当前步骤内对声音的子序列进行索引到下一个声音,并致动语音产生器,并且在每个步骤结束时将声音序列对第一声音进行索引 并使语音产生器请求所选择的触摸。 触摸检测器在通电时检测所选择的触摸,并且响应于此激活语音产生器。 语音产生器响应于语音和触摸检测器的每个适当的致动,以在语音和触摸检测器停用之后立即产生当前索引的声音。