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    • 2. 发明授权
    • Mailing system controlled by the computer software
    • 邮件系统由计算机软件控制
    • US5819666A
    • 1998-10-13
    • US913419
    • 1997-09-15
    • Yuji IshikawaHeinz Schmitz
    • Yuji IshikawaHeinz Schmitz
    • B65B61/20B43M5/04B41C00/00
    • B43M5/042
    • The printing and post-processing system according to the invention provides as a compact integration unit a computer unit (10) for commanding with programs each component of the system for selective and controllable operation, a printer unit (12) selectively operable with program to print the sheet to be mailed, a folding unit (16) for folding the sheet with different folding modes including wrap and Z form foldings, a conveyor unit (18) for conveying the folded sheet with a selectively added enclosure to the enveloping or storing position, an envelope tray unit (20) for stacking a plurality of envelopes and discharging the same by piece, an insertion unit (22) for meeting the envelope with the folded sheet for subsequent insertion thereinto, a sealing unit (24) for sealing a flap of the envelope, a receiver unit (26) for receiving and storing the sealed envelopes therein, an enclosure supplying unit (28) for selectively supplying an enclosure to the conveyor unit.
    • PCT No.PCT / JP96 / 03422 Sec。 371日期:1997年9月15日 102(e)1997年9月15日PCT 1996年11月21日PCT PCT。 公开号WO97 / 28972 日期:1997年8月14日根据本发明的打印和后处理系统提供了一种紧凑的集成单元,用于通过程序命令每个组件用于选择性和可控操作的计算机单元(10),打印机单元(12) 用于打印待邮寄的片材的折叠单元(16),折叠单元(16),用于折叠具有包括包裹和Z形折叠的不同折叠模式的片材;传送单元(18),用于将折叠的片材带有选择性地添加的外壳 包封或储存位置的信封盘单元(20),用于堆叠多个信封并以片状排出的信封盘单元(20),用于与折叠的片材接合的信封的插入单元(22),随后插入其中;密封单元(24) 用于密封信封的翼片,用于接收和存储密封信封的接收器单元(26),用于选择性地将外壳供应到输送单元的外壳供应单元(28)。
    • 5. 发明授权
    • Clamping-force transducer for rotating clamping devices
    • 用于旋转夹紧装置的夹紧力传感器
    • US4487078A
    • 1984-12-11
    • US425035
    • 1982-09-27
    • Karl-Heinz SchmitzJosef Steinberger
    • Karl-Heinz SchmitzJosef Steinberger
    • B23B31/24B23Q17/00G01L5/24G01L5/16
    • G01L5/24B23Q17/005
    • A clamping force relates to a clamping-force transducer for rotating clamping devices which has at least two opposite pressure pieces adapted to be placed on the clamping elements of the corresponding clamping device and arranged in a support member, at least one of which pressure pieces acts on a force transducer the measurement values of which are taken from the rotating clamping-force transducer housing via a stationary transfer housing. To adapt the clamping-force transducer simply to clamping devices having a different number of clamping elements and to different clamping diameters without the rigidity of the clamping-force transducer being changed thereby, the pressure pieces are arranged replaceably but fixed on the arms of a multi-arm measurement member, at least one arm of the measurement member being developed as the force transducer. The measurement member preferably has a star shape with six arms, each of which has a connection for a pressure piece. In order to determine the corresponding speed of rotation at the same time as the clamping force, a pulse transmitter for a pulse receiver arranged on the fixed transfer housing is arranged on the rotating clamping-force transducer housing.
    • 夹紧力涉及用于旋转夹紧装置的夹紧力传感器,该夹紧装置具有至少两个相对的压力片,其适于放置在相应的夹紧装置的夹持元件上并且布置在支撑构件中,其中至少一个压力片作用 在力传感器上,其测量值经由固定转印壳体从旋转夹紧力传感器壳体获取。 为了将夹紧力传感器简单地适应于具有不同数量的夹紧元件的夹紧装置和不同的夹紧直径,而夹持力传感器的刚性不会改变,压力片可更换地布置,但固定在多臂 - 测量构件,测量构件的至少一个臂被显影为力传感器。 测量构件优选地具有六个臂的星形,每个臂具有用于压力件的连接。 为了在夹紧力的同时确定相应的旋转速度,布置在固定转印壳体上的脉冲接收器的脉冲发射器布置在旋转夹紧力传感器壳体上。
    • 6. 发明授权
    • Apparatus for isolation and supply of objects, in particular sweets, to
a packing machine
    • 用于将物体特别是糖果隔离和供应到包装机器的装置
    • US4369875A
    • 1983-01-25
    • US173276
    • 1980-07-29
    • Heinz Schmitz
    • Heinz Schmitz
    • B65G47/30A21C9/08B65B23/10B65B35/06B65B35/24B65G47/84B65G47/26B65G47/31
    • B65G47/846
    • Apparatus for isolating and feeding objects, particularly sweets, to a pang machine in which objects are transported on a conveyor in a longitudinal row closely one behind the other, displaced sideways one at a time and accelerated to a higher speed spaced longitudinally from one another. Sideways displacement is provided by pressure pieces moving longitudinally with the objects and providing abutment stops for the next succeeding object to be isolated. Part of the rear face of each object is exposed by the sideways motion and a dog of a dog-chain engages the object at this point at the same speed as the pressure piece and then accelerates the object engaged by it such that the row of objects is longitudinally spaced one from another.
    • 用于将物体特别是糖果隔离和馈送到包装机的装置,其中物体在紧密地一个接一个地沿纵向排列的输送机上输送,一次一个地侧向移动并且被加速到彼此纵向间隔开的较高速度。 横向位移由与物体纵向移动的压力片提供,并为下一个待隔离的物体提供邻接止挡。 每个物体的后表面的一部分被侧面运动暴露,并且狗链的狗在该点处以与压片相同的速度接合物体,然后加速被它接合的物体,使得一排物体 彼此纵向间隔开。
    • 10. 发明授权
    • Process for the production of porous electrodes
    • 生产多孔电极的方法
    • US4857153A
    • 1989-08-15
    • US284357
    • 1988-12-14
    • Jiri DivisekHeinz Schmitz
    • Jiri DivisekHeinz Schmitz
    • C25B11/00C25B11/03C25B11/04C25B11/06
    • C25B11/0478C25B11/035
    • Porous electrodes are obtained by a method in which a layer of a powder mixture comprising (a) finely divided carbonyl metal having a low bulk density and high frictional resistance and (b) a pulverulent component which is catalytically active or can be activated by alkali treatment, in an a/b ratio of about 3:1 to 1:3, is applied by rolling to one or both sides of a framework-forming metallic substrate having adhesion-promoting surface roughness, and said layer is consolidated by electrodeposition of metal, after which activation is finally effected if necessary. Superficial oxidation of the powder particles, which decreases from the outer surface of the layer toward the support and gradually dissolves in the electroplating bath, promotes extensive consolidation of the layer by electrodeposition.
    • 通过以下方法获得多孔电极:粉末混合物层,其包含(a)具有低堆积密度和高摩擦阻力的细碎羰基金属和(b)具有催化活性或可通过碱处理活化的粉状成分 以约3:1至1:3的a / b比通过轧制施加到具有粘附促进表面粗糙度的骨架形成金属基材的一侧或两侧,并且所述层通过电沉积金属固结, 如果需要,最终实现激活。 粉末颗粒的表面氧化从层的外表面向载体减少并逐渐溶解在电镀浴中,通过电沉积促进层的大量固结。