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    • 1. 发明授权
    • Stacker
    • 堆垛机
    • US5476233A
    • 1995-12-19
    • US164750
    • 1993-12-10
    • Genzi OshinoKatsuhiko ObataHideaki Matsuda
    • Genzi OshinoKatsuhiko ObataHideaki Matsuda
    • B65H18/08B65H31/00B65H31/08
    • B65H31/08B65H18/08B65H31/00B65H2301/42122B65H2301/543B65H2511/14B65H2511/152B65H2515/34B65H2701/1846
    • In a stacker for successively stacking cut papers on a bottom plate, a winding shaft for winding a non-cut continuous paper therearound is provided on a back side plate so as to project substantially perpendicularly to the paper restriction surface of the back side plate. This structure of the stacker makes it possible to stack the cut papers successively on the bottom plate and also makes it possible to easily wind the continuous paper around the winding shaft. In the stacker for successively stacking cut papers therein by inserting a cut paper beneath the previous stacked papers comprising a paper press for pressing the stacked papers from the top surface thereof and a press force switching mechanism for contacting the paper press and applying press force to the stacked cut papers until the stack height of the stacked papers reaches a prescribed value and for releasing the application of the press force when the stack height of the stacked papers exceeds the prescribed value. This structure makes it possible to apply always an appropriate press force to the stacked papers and to stack the papers on the bottom plate with assurance.
    • 在用于在底板上连续堆叠切纸的堆垛机中,在后侧板上设置用于卷绕其上的未切割连续纸的卷绕轴,以便基本垂直于后侧板的纸张限制表面突出。 堆垛机的这种结构使得可以将切割纸连续地堆叠在底板上,并且还可以容易地将连续纸卷绕在卷轴上。 在堆叠器中,通过在先前堆叠的纸张的下面插入切割纸,在其上连续堆叠切纸,所述纸张包括用于从其顶表面挤压堆叠的纸张的压纸机以及用于使纸张压接和施加压力的压力切换机构 堆叠的纸张直到堆叠纸张的堆叠高度达到规定值,并且当堆叠纸张的堆叠高度超过规定值时释放施加的压力。 这种结构使得可以始终将合适的压力施加到堆叠的纸张上,并且可以保证将纸张堆叠在底板上。
    • 2. 发明授权
    • Stacker having a classifying bullet to shift delivered sheet
    • 堆垛机有一个分类子弹来转移交付的纸张
    • US5407081A
    • 1995-04-18
    • US220934
    • 1994-03-31
    • Genzi OshinoHideaki MatsudaKatsuhiko Obata
    • Genzi OshinoHideaki MatsudaKatsuhiko Obata
    • G06K5/02G06K13/12G06K13/16B07C5/02B07C5/36
    • G06K5/02G06K13/12G06K13/16
    • A stacker has a feed unit for feeding separate sheets in a direction, a stacking unit for stacking the separate sheets in a normal position, and a sheet classifying mechanism for shifting a sheet into a position different from the normal position, upstream of the stacking unit with respect to the direction. Sheets to be used to classify respective batches of sheets stacked by the stacking unit can selectively be shifted into the position different from the normal position by the sheet classifying mechanism. Since those shifted sheets can easily and clearly be recognized by the operator, the batches of stacked sheet can be sorted out with ease. The sheets remain sightly in appearance as no classifying ink mark is applied to those sheets used to classify the batches of stacked sheets. If a bar code printed on a sheet is found defective as a result of a verification process, it may be either shifted into the position different from the normal position or rejected so that it will not be stacked by the stacking unit.
    • 堆垛机具有用于在一个方向上分离的纸张的进给单元,用于将分离的纸张在正常位置堆叠的堆垛单元和用于将纸张移动到与正常位置不同的位置的纸张分类机构, 相对于方向。 用于将由堆叠单元堆叠的各批次的片材分类的片材可以通过片材分类机构选择性地移动到与正常位置不同的位置。 由于这些移动的纸张可以容易且清楚地被操作者识别,所以堆叠的纸张的批次可以容易地分类。 这些片材保持视觉外观,因为没有分类墨水标记被应用于用于对堆叠的片材的批次进行分类的那些片材。 如果作为验证过程的结果,打印在纸张上的条形码被发现有缺陷,则其可以被移动到与正常位置不同的位置或被拒绝,使得其不会被堆叠单元堆叠。
    • 3. 发明授权
    • Stacker
    • 堆垛机
    • US5215301A
    • 1993-06-01
    • US853275
    • 1992-03-18
    • Genzi OshinoKatsuhiko Obata
    • Genzi OshinoKatsuhiko Obata
    • B65H29/22B65H31/08B65H31/20B65H31/26
    • B65H31/08B65H2801/03
    • In a stacker, where a stopper for aligning the front end of the papers to be stacked being detachable within a bottom plate of a paper receiver by a magnetic force, a paper feed means being provided along the paper feed direction in a manner such that the feed surface projects slightly above the bottom plate, a projection being provided at the bottom of the stopper in a manner such that it extends in parallel with the feed surface while not projecting above the feed surface of the feed belt, thereby letting the stopper moveable at any position along the paper feed direction in order to adjust the paper feed depth corresponding to the length of the fed papers, the papers can be fed by the feed belt and stacked without fail and further the stacked papers can be taken out by raising the stopper from the bottom plate while the stacked papers are raised by the projection.
    • 在堆叠器中,通过磁力将用于对准待堆叠的纸张的前端的止动件可拆卸地放置在纸张接收器的底板内的方式,沿着进纸方向设置纸张馈送装置, 进料表面略微高于底板,突起设置在止动器的底部,使得其与进料表面平行地延伸,同时不突出在进料带的进料表面上方,从而使塞子可在 沿着进纸方向的任何位置,以便根据进纸的长度来调节进纸深度,纸张可以通过进纸传送带进行堆叠,并且不会发生堆叠,并且可以通过提起塞子来取出堆放的纸张 当堆叠的纸张被凸起凸起时,从底板开始。
    • 4. 发明授权
    • Stacker
    • 堆垛机
    • US5676367A
    • 1997-10-14
    • US475180
    • 1995-06-07
    • Genzi OshinoKatsuhiko Obata
    • Genzi OshinoKatsuhiko Obata
    • B65H18/08B65H31/00B65H31/08
    • B65H31/08B65H18/08B65H31/00B65H2301/42122B65H2301/543B65H2511/14B65H2511/152B65H2515/34B65H2701/1846
    • A press force control apparatus for use in a apparatus for stacking sheets of paper that have been cut from a continuous roll of paper by inserting each successive sheet of paper beneath a previously stacked sheet of paper. The press force control apparatus includes a paper press for pressing a top surface of the sheets of paper, after the sheets of paper have been placed in a stacked position, wherein the paper press is translatable up and down with respect to a stack height of the sheets of paper. The press force control apparatus includes a press force switching facilities for dually functioning to contact the paper press to apply a press force to the paper press and thus hold the paper press in a downwardly translated position, wherein the paper press transfers the press force to the sheets of paper in the stacked position until the stack height of the sheets of paper in the stacked position reaches a predetermined value and to release the press force when the stack height of the sheets of paper exceeds the predetermined value. The press force switching facilities is provided with a mechanism for controlling the stack height at which the press force is released. The press force control apparatus assures that an appropriate press force is always applied to the sheets of paper so that the sheets of paper may be reliably successively stacked on the bottom of the stack.
    • 一种压力控制装置,用于通过将每张连续的纸张插入预先堆叠的纸张的纸张上,用于堆叠从连续卷纸切割的纸张的设备。 压力控制装置包括在纸张已经被放置在堆叠位置之后按压纸张的上表面的纸压机,其中纸压纸机相对于纸张的堆叠高度可上下平移 几页纸。 压力控制装置包括用于双重功能的压力切换设备,用于与纸压机接触以对纸压机施加压力,从而将纸压纸机保持在向下平移位置,其中,纸压力机将压力传递到 堆叠位置的纸张直到堆叠位置的纸张的堆叠高度达到预定值,并且当纸张的堆叠高度超过预定值时释放按压力。 压力切换设备设置有用于控制压力释放时的堆高度的机构。 压力控制装置确保总是对纸张施加适当的按压力,使得纸张可以可靠地依次堆叠在堆叠的底部。
    • 5. 发明授权
    • Electronic musical instrument for generating musical tones on the basis
of characteristics of input waveform signal
    • 电子乐器,用于根据输入波形信号的特性产生乐音
    • US5147970A
    • 1992-09-15
    • US558818
    • 1990-07-27
    • Katsuhiko Obata
    • Katsuhiko Obata
    • G10H1/057G10H3/12
    • G10H3/125G10H1/057G10H2210/066
    • A vibration of a string is picked up by a pickup to be converted to an electric signal. A pitch extracting circuit obtains pitch data expressing a pitch or a duration of the string vibration from the electric signal. A musical tone generating circuit generates a musical tone having a corresponding tone pitch in accordance with the pitch data. An envelope extracting circuit extracts an envelope from the eletric signal detected by the pickup and supplies a signal expressing the envelope to a multiplier. The extracted envelope signal is multiplied to the musical tone signal by a multiplier after a predetermined timing has been past. In other case, the extracted envelope signal is mixed with a synthe-envelope signal at a desired ratio, thereafter the mixed envelope signal is imparted to the musical tone signal by multiplying processing.
    • 绳索的振动由拾取器拾取以转换为电信号。 音调提取电路从电信号获得表示琴弦振动的音高或持续时间的音调数据。 乐音产生电路根据音高数据产生具有对应音调的乐音。 包络提取电路从由拾取器检测的电子信号中提取包络,并将表示包络的信号提供给乘法器。 提取的包络信号在经过预定定时之后由乘法器与乐音信号相乘。 在其他情况下,将所提取的包络信号以期望的比率与合成包络信号混合,之后通过乘法处理将混合包络信号赋予乐音信号。