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
    • 1. 发明授权
    • Preprinted cigarette paper registration control
    • 准备的香烟纸注册控制
    • US3820429A
    • 1974-06-28
    • US31667972
    • 1972-12-20
    • BROWN & WILLIAMSON TOBACCO
    • HARRIS R
    • A24C5/28B23D36/00B26D5/32
    • A24C5/28B23D36/0066Y10T83/159
    • In the manufacture of cigarettes utilizing paper having registration marks at spaced intervals, the paper is fed at a constant speed with constant tension while the cigarette cutoff knife speed is varied and consequently the distance between knife cuts to accommodate the presence of varying repeat lengths of paper between registration marks. The registration control circuitry increases the knife speed if the registration mark leads the knife cut, and the knife speed is decreased if the registration mark lagged. An optical sensor senses the registration mark on the paper at a location prior to cutting. A shaft encoder transforms analog mechanical rotation of the cutoff knife into electrical pulses. The output of the encoder is in the form of a pair of pulses one for each knife revolution while the other is in the form of 500 pulses per knife revolution. Both of these outputs are applied to the enable pulse detector circuit of a controller. One of the 500 pulses per knife revolution is chosen as an enabling or start pulse to be applied to a pulse forming circuit. The one pulse per knife revolution output of the encoder resets counters of the enable pulse detector circuit to zero with each revolution. The pulse forming circuit has two inputs including the 500 pulses per knife revolution from the shaft encoder and the enable pulse from the enable pulse detector. The pulse forming circuit produces four outputs including a lead pulse, lag pulse, pulses to a visual indicator, and a knife pulse. The registration mark sensor produces a very narrow output pulse which is applied to the visual indicator and a registration detector circuit. This circuit has four input signals, namely, a lead gate pulse, a knife pulse, lag pulse, and registration mark pulse. Four output signals are produced by the registration detector circuit and applied to a correction speed and direction circuit. These four signals are an ''''automatic'''' pulse, increase knife speed, decrease knife speed pulse and in register pulse. The correction speed and direction circuit has also applied thereto the 500 pulses per knife revolution produced by the shaft encoder. This circuit produces a variable pulse frequency output which is applied to the correction motor in the form of a forward pulse and reverse pulse. The correction motor is a stepping motor which serves to convert digital pulses to mechanical motion, and consequently, adjustment of a differential coupled to the cutoff knife. The activation of the differential results in adjustment of the cutoff knife speed.
    • 2. 发明授权
    • Veneer defect detector and clipper control
    • VENEER缺陷检测器和CLIPPER控制
    • US3760667A
    • 1973-09-25
    • US3760667D
    • 1972-08-03
    • BLACK CLAWSON CO
    • MAXEY CMONTAGUE GLEYDE WBRYAN E
    • B23D36/00B27L5/08B26D5/38
    • B23D36/0066B27L5/08Y10T83/04Y10T83/0538Y10T83/528Y10T83/533Y10T83/543Y10T83/849
    • Method of providing actuating signals to a cutting device having assymetrical actuation response characteristics in such a way that material is cut precisely at preselected locations includes manual or electronic means for generating cutting command signals, either as a result of a defect in the material or after predetermined lengths of material have moved through the cutting device, and means for introducing a time delay between the cutting command signals and those signals which actuate the cutting device. The magnitude of the time delay is determined by the speed at which the material moves through the cutting device and by the response characteristics of the cutting device to the actuating signals. If no defects are found in the material, the material will be cut automatically into predetermined standard lengths.
    • 向具有不对称致动响应特性的切割装置提供致动信号的方法,使得材料在预选位置处精确地切割,使得由材料缺陷或预定的结果产生切割命令信号的手动或电子装置 材料的长度已经移动通过切割装置,以及用于在切割命令信号和致动切割装置的那些信号之间引入时间延迟的装置。 时间延迟的大小由材料通过切割装置移动的速度以及切割装置对致动信号的响应特性决定。 如果在材料中没有发现缺陷,材料将被自动切割成预定的标准长度。
    • 5. 发明授权
    • Discharge device for a wire cutter
    • 排线装置
    • US4158976A
    • 1979-06-26
    • US841993
    • 1977-10-13
    • Gunter Ditges
    • Gunter Ditges
    • B23D36/00B26D5/40B26D7/06B23D25/04
    • B26D5/40B23D36/00B23D36/0066Y10T83/2198Y10T83/4659Y10T83/4664Y10T83/4673Y10T83/531Y10T83/533Y10T83/54Y10T83/541Y10T83/544
    • A wire cutting machine for consecutively severing predetermined wire lengths from a continuously fed wire of indefinite length, comprises a wire cutting device and a wire discharge device arranged downstream (as viewed in the direction of wire feed) of the wire cutting device. Th wire discharge device has a wire channel, the walls of which define an elongated channel space which is oriented in the direction of wire feed and within which the wire is advanced. In the channel wall a plurality of openings are provided which are arranged in the longitudinal direction at predetermined distances from one another. A wire length detecting arrangement is operatively connectible with the channel space through any selected one of the openings. As the wire length detecting arrangement senses the passage of the leading wire end in the channel space, it actuates the cutting device which severs a wire portion having a length corresponding to the distance from the shears of the cutting device to the selected opening in the wire channel.
    • 一种用于连续切断来自不定长度的连续供给的线的预定线长的线切割机,包括线切割装置和布线装置,线切割装置和布线装置布置在线切割装置的下游(沿送丝方向)。 线放电装置具有导线通道,其壁限定细长的通道空间,其沿导丝方向定向并且线在其内前进。 在通道壁中设置有多个开口,它们沿纵向方向彼此以预定的距离布置。 线长度检测装置通过任何选定的一个开口与通道空间可操作地连接。 当线长检测装置感测导线端在通道空间中的通过时,其致动切割装置,该切割装置切断具有对应于从切割装置的剪切到所选择的开口中的距离的线的长度 渠道。
    • 9. 发明授权
    • Method and apparatus for regulating the length of workpieces
    • 用于调节工件长度的方法和装置
    • US4753379A
    • 1988-06-28
    • US690818
    • 1985-01-11
    • Bernd BlasbergWerner Engel
    • Bernd BlasbergWerner Engel
    • B23Q16/00B23D36/00C21D9/02G01B11/02G05B13/00G05B13/02B65H20/20B21F35/04C21D1/18C21D9/52
    • B23D36/0066B23D36/00
    • An apparatus for regulating the length of divisional spacings of a metal band comprises at least two workpiece conveying roller pairs spaced from one another in the direction of the workpiece length and arranged for holding and advancing the workpieces in the direction of workpiece length; a scanning device for determining the actual length of the workpieces during the conveyance thereof by the workpiece conveying devices; an evaluating device receiving, from the scanning device, signals representing the actual lengths of the workpieces; and a length correcting device receiving, from the evaluating device, signals representing correctional values and for varying the length of the workpieces at a location between the roller pairs as a function of the correctional values. A heat treatment device heats the running band to a temperature sufficient to maintain the band in a red-hot state at the length-correcting location.
    • 用于调节金属带的分隔间隔的长度的装置包括至少两个在工件长度方向上彼此间隔开的工件传送辊对,并且被布置用于沿工件长度方向保持和前进工件; 扫描装置,用于通过工件传送装置确定工件在其传送期间的实际长度; 评估装置从扫描装置接收表示工件的实际长度的信号; 以及长度校正装置,从所述评估装置接收表示校正值的信号,以及用于在所述辊对之间的位置处改变所述工件的长度作为所述校正值的函数。 热处理装置将运行带加热到足以在长度校正位置将带保持在红热状态的温度。