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    • 1. 发明授权
    • Noise attenuation in printers
    • 打印机噪声衰减
    • US4726699A
    • 1988-02-23
    • US927659
    • 1986-11-05
    • Ulrich BuschmannGuenter GomollWolfgang Hauslaib
    • Ulrich BuschmannGuenter GomollWolfgang Hauslaib
    • B41J29/08B41J29/00B41J29/10
    • B41J29/10
    • Sound attenuation for a printer which includes impacting print elements and other movable noise producing parts being mounted to a frame and further including a biparted housing; the frame bottom having downwardly extending feet by means of which the printer rests on a support surface; the housing envelops the frame and is provided with openings through which the feet project without touching the print housing; the housing is floatingly suspended on said frame through a plurality of connections each of which includes pins integral with the frame and being circumscribed by an attenuating sleeve which is being connected to the frame by a locking cap seated on the respective pin for holding down the sleeve.
    • 一种打印机的声音衰减,其包括冲击打印元件和其它可移动噪声产生部件,其安装在框架上并且还包括二分体壳体; 框架底部具有向下延伸的支脚,打印机支撑在支撑表面上; 所述外壳包围所述框架并且设置有开口,所述脚部通过所述开口突出而不接触所述打印外壳; 壳体通过多个连接件浮动悬挂在所述框架上,每个连接件包括与框架成一体的销子,并被一个衰减套管外接,该套筒通过位于相应销上的锁定帽连接到框架上,用于压紧套筒 。
    • 2. 发明授权
    • Device for the transport of paper in printers, particularly dot matrix
printers
    • 打印机运输纸张的设备,特殊的基质打印机
    • US5184905A
    • 1993-02-09
    • US588081
    • 1990-09-25
    • Ulrich BuschmannGunter GomollWolfgang HauslaibKurt Rohrer
    • Ulrich BuschmannGunter GomollWolfgang HauslaibKurt Rohrer
    • B41J11/30B65H20/20
    • B41J11/30
    • A paper transport device in printers (1), particularly in dot matrix printers, for the feeding of continuous webs (6) by transversely displaceable tractors (7, 8) which are arranged in pairs on the printer frame. The tractor pins (9) engage into the edge perforations of the continuous web (6) and the pin belts (10) are guided over at least one wheel (11) of the tractor (7, 8) and at least one driven tractor wheel (13) is present. The device is equipped with a locking device so that the tractor (7, 8) operating as push means or as pull means is mounted in each case on a drive shaft (14) and in each case prevented from turning on the printer fram (1a) by a projection (16) on the side (15a) opposite the drive shaft (14) or by a swingable tractor flap (24).
    • 一种打印机(1)中的纸张传送装置,特别是点阵式打印机,用于通过横向移动的拖拉机(7,8)进给连续卷筒纸(6),这些拖拉机成对布置在打印机框架上。 拖拉机销(9)接合到连续卷材(6)的边缘穿孔中,并且销带(10)被引导到拖拉机(7,8)的至少一个轮(11)上,并且至少一个从动牵引轮 (13)存在。 该装置配备有锁定装置,使得作为推动装置或拉动装置工作的拖拉机(7,8)在每种情况下安装在驱动轴(14)上,并且在每种情况下都防止打开打印机框架(1a) )通过与驱动轴(14)相对的侧面(15a)上的突起(16)或摆动式拖拉机挡板(24)。
    • 3. 发明授权
    • Device for driving a printer print-head carriage having a belt
tensioning device and a ribbon drive clutch
    • 用于驱动具有带式张紧装置的打印机打印头传送装置和RIBBON驱动离合器的装置
    • US5133614A
    • 1992-07-28
    • US505844
    • 1990-04-06
    • Ulrich BuschmannGunter GomollWolfgang Hauslaib
    • Ulrich BuschmannGunter GomollWolfgang Hauslaib
    • B41J19/20B41J19/00B41J29/08B41J33/14B41J33/22B41J33/38
    • B41J19/005B41J33/22
    • In a printer, a drive motor, a drive roller arranged on the shaft of the motor, a reversal roller in spaced relation to the drive roller, and an elongated drive belt trained about the drive and reversal rollers form a tensioning device, the belt being fastened at its ends to a print-head carriage for selectively displacing the carriage in the forward and reverse directions along and relative to a printable substrate support roller or base. The reversal roller is carried in a carrier housing which movably and cooperatively engages a spring-loaded tensioning wedge for maintaining the elongated drive belt in a predetermined tensioned or stretched relation. In order to avoid the need for a separate or specialized drive motor and an additional drive belt for advancing an inked printing ribbon, the drive force for the inked-ribbon drive shaft is derived from the reversal roller which, in the normal operation of the printer, is rotatable in opposite directions for selectively positioning the print-head carriage along the printable substrate support. For this purpose, a clutch member is interposed between the reversal roller and a gearwheel associated with the inked-ribbon drive shaft, the clutch member being longitudinally movable into coupled and uncoupled relations with the inked-ribbon gearwheel as a function of the direction of rotation of the reversal roller.
    • 在打印机中,驱动马达,布置在马达的轴上的驱动辊,与驱动辊隔开的反转辊,以及围绕驱动和反转辊训练的细长驱动带形成张紧装置,该带是 在其端部固定到打印头托架,用于沿着并相对于可印刷的基板支撑辊或基座沿着前后方向有选择地移动托架。 反转辊承载在载体壳体中,该载体壳体可移动地和协作地接合弹簧加载的张紧楔,用于将细长的传动带保持在预定的张紧或拉伸的关系。 为了避免需要单独的或专门的驱动马达和用于推进墨水印刷带的附加驱动带,用于墨带驱动轴的驱动力源自反转辊,在反转辊中,在打印机的正常操作中 可沿相反方向旋转,以便沿着可印刷的基底支架选择性地定位打印头托架。 为此,离合器构件插入在反转辊和与着色带驱动轴相关联的齿轮之间,离合器构件可随着旋转方向纵向移动成与着色带齿轮的联接和非耦合关系 的反转辊。
    • 4. 发明授权
    • Device for improved control in the transport of edge-perforated paper
webs in printers
    • 改进打印机边缘纸机运输中的改进设备
    • US5080272A
    • 1992-01-14
    • US589793
    • 1990-09-28
    • Ulrich BuschmannGunter GomollWolfgang Hauslaib
    • Ulrich BuschmannGunter GomollWolfgang Hauslaib
    • B41J11/30
    • B41J11/30
    • A device for the feeding or advancement of an edgeperforated paper web (1) in a dot-matrix printer or the like includes a pair of drive belts (3) transversely spaced apart proximate opposite transverse edges of the web, each belt carrying on its upper surface (6) a series of pins (7) for releasable engagement with the edge-disposed web perforations (11). To provide an increase in friction between the paper web (1) and the drive belts (3) during transport of the web, and thereby assure enhanced accuracy and precision in operatively advancing the web, a plurality of upstanding or outwardly-protruding projections (17, 17a, 17b, 17c) are defined on the upper belt surface (6). These projections are located at least in the flat sections (16) of the belt between adjacently or successively-disposed ones of the pins (7) and, in another form of the invention, additionally at and coincident with the locations of the pins (7) which interrupt the transversely-oriented projections.
    • 用于在点阵式打印机或类似物中进给或推进经过加工的纸幅(1)的装置包括一对沿着幅材的相对横向边缘横向间隔开的传动带(3),每个带承载在其上部 表面(6)用于与边缘布置的腹板穿孔(11)可释放地接合的一系列销(7)。 为了在幅材传送期间提供纸幅(1)和传动带(3)之间的摩擦力的增加,并且由此确保提高织物的可操作地推进的精度和精度,多个直立或向外突出的突起(17 ,17a,17b,17c)限定在上皮带表面(6)上。 这些突起至少位于相邻或连续布置的销(7)之间的带的平坦部分(16)中,并且在本发明的另一形式中,额外地与销(7)的位置并重合 ),其中断横向取向突起。
    • 5. 发明授权
    • Printer with a substrate support, in particular matrix pin printer
    • 具有基板支持的打印机,特殊矩阵PIN打印机
    • US5106218A
    • 1992-04-21
    • US624713
    • 1990-12-06
    • Gunter GomollWolfgang HauslaibUlrich Buschmann
    • Gunter GomollWolfgang HauslaibUlrich Buschmann
    • B41J11/08
    • B41J11/08
    • The printer with a substrate support (1) is furnished with a layer structure in a print support cross-section (11). The layer structure comprises a metallic print bar (13), a vibration-attenuating damping layer (14), and a metallic intermediate layer (15) disposed sequentially in print element operation direction (12), where the intermediate layer (15) acts only functionally as "intermediate layer." In order to avoid a space-requiring and bulky layer structure of an insulating layer (16), neutralizing the frequencies of contacting components, the frequency-neutralizing insulating layer (16) is formed by elastic caps (18) at the ends (17a, 17b) of a unit, where the unit is formed by print bar (13), damping and absorbing layer (14), and intermediate layer (15). The elastic caps (18) can be slid into the recesses (19) of the printer side walls (20).
    • 具有基板支撑件(1)的打印机在印刷支撑横截面(11)中具有层结构。 层结构包括依次设置在打印元件操作方向(12)上的金属印刷条(13),振动衰减阻尼层(14)和金属中间层(15),其中中间层(15)仅起作用 功能上为“中间层”。 为了避免绝缘层(16)的需要空间和庞大的层结构,中和接触部件的频率,频率中和绝缘层(16)由端部(17a,11b)的弹性盖(18)形成, 17b),其中单元由印刷条(13),阻尼和吸收层(14)和中间层(15)形成。 弹性盖(18)可以滑动到打印机侧壁(20)的凹部(19)中。
    • 6. 发明授权
    • Circuit board arrangement for electronic/electromechanical apparatus
    • 电子/电气设备电路板布置
    • US5095406A
    • 1992-03-10
    • US587013
    • 1990-09-24
    • Ulrich BuschmannGunter GomollWolfgang Hauslaib
    • Ulrich BuschmannGunter GomollWolfgang Hauslaib
    • H01R29/00H05K3/22
    • H05K3/222H01R29/00H05K2201/09854H05K2201/10053
    • A circuit board arrangement that is for an electronic/electromechanical apparatus and that has a mechanically actuable switch for at least two different power line voltages includes a circuit board having a polygonal cutout therethrough, which defines a plurality of polygon sides. A plurality of contact surfaces on a first side of the circuit board is provided, each such contact surface being associated with a respective polygon side of the polygonal cutout. Each of the contact surfaces is connected to an electrical conductor of a power supply unit and is positioned such that a pair of contact surfaces opposite to each other with respect to the cutout correspond to one voltage. A contact spring extends into the cutout and has a pair of spring legs respectively contacting a pair of contact surfaces positioned opposite to each other with respect to the cutout.
    • 用于电子/机电装置并且具有用于至少两个不同电力线电压的机械致动开关的电路板装置包括限定多个多边形侧面的具有多边形切口的电路板。 提供了在电路板的第一侧上的多个接触表面,每个这样的接触表面与多边形切口的相应多边形侧相关联。 每个接触表面连接到电源单元的电导体并且被定位成使得相对于切口彼此相对的一对接触表面对应于一个电压。 接触弹簧延伸到切口中,并且具有一对分别接触相对于切口相对定位的一对接触表面的弹簧腿。
    • 7. 发明授权
    • Apparatus for the transport of paper in printers
    • 打印机运输纸张的设备
    • US5158380A
    • 1992-10-27
    • US526728
    • 1990-05-22
    • Wolfgang HauslaibGunter GomollUlrich Buschmann
    • Wolfgang HauslaibGunter GomollUlrich Buschmann
    • B41J11/48B41J13/00B41J13/042B41J15/04
    • B41J11/48B41J13/042
    • Apparatus for the selectably alternative feeding of single sheets and of endless webs of paper in a printer includes a guide roll (7), and first and second groups (8, 9) of friction rollers concurrently movable between first and second positions to define respective single sheet and endless web feeding modes of operation. In their first positions, the first friction rollers (8) contact the guide roll (7) to define a first single sheet feed channel (4) and the second friction rollers (9) contact the guide roll (7) to define a second single sheet feed channel (5). When shifted to their second positions, the first friction rollers (8) are displaced from their first position contact with the guide roll (7) to substantially eliminate the first single sheet feed channel (4), and the second friction roller (9) are lowered to form with the guide roll (7) an endless web feed channel (6).
    • 用于在打印机中可选择地替换单张纸和环形腹板的输送装置包括导辊(7)和摩擦辊的第一组和第二组(8,9),其可在第一和第二位置之间同时移动以限定相应的单个 片材和无尽的纸幅进纸操作模式。 在它们的第一位置,第一摩擦辊(8)接触引导辊(7)以限定第一单个供纸通道(4),并且第二摩擦辊(9)接触导向辊(7)以限定第二单个 送纸通道(5)。 当移动到它们的第二位置时,第一摩擦辊(8)从其与引导辊(7)的第一位置接触位移,以基本上消除第一单个进给通道(4),并且第二摩擦辊(9)是 下降以与引导辊(7)一起形成环形纤维网进料通道(6)。
    • 9. 发明授权
    • Device for transport of multi-layer, edge-perforated imprint-receiving
substrates
    • 用于传输多层,边缘穿孔印迹接收基板的装置
    • US5061096A
    • 1991-10-29
    • US619064
    • 1990-11-27
    • Wolfgang HauslaibGunter GomollUlrich Buschmann
    • Wolfgang HauslaibGunter GomollUlrich Buschmann
    • B41J11/30B41J15/20
    • B41J11/30B41J15/20
    • A device for the transport of multilayer, edge-perforated imprint-receiving substrates (8) takes into consideration a curve-shaped transport path (9), wherein a thrust tractor pair (5) is disposed in front and ahead of a substrate support (2), as seen in transport direction (10). Several friction roller pairs are following to the thrust tractor pair (5). In each case, a pulling force is transferrable by way of at least one friction roller. The multilayer imprint-receiving substrate (8) rests with its rear layer (8a) on the substrate support (2). A tearing of the edge perforations of the imprint-receiving substrate (8) as well as belly and bulge formations of one of the two layers (8a, 8b) is avoided by furnishing the push tractor (5) with a braking element (19) for the front layer (8b). A following first friction roller pair (11) rests with a driven friction roller (11a) at the front layer (8b). This friction roller (11a) performs a slightly smaller motion path per time unit relative to the counter friction roller (11b). However, the counter friction roller (11b), resting at the rear layer (8a), performs a slightly larger motion path relative to the tractor advance path.
    • 用于输送多层边缘穿孔的印迹接收基板(8)的装置考虑了曲线形传送路径(9),其中推力拖拉机对(5)设置在基板支撑件的前方和前方 2),如在输送方向(10)中所见。 几个摩擦辊对跟随推力拖拉机对(5)。 在每种情况下,牵引力可通过至少一个摩擦辊传送。 多层压印接收基板(8)的背面(8a)位于基板支架(2)上。 通过为推拉式拖拉机(5)提供制动元件(19)来避免压印接收基板(8)的边缘穿孔的撕裂以及两层(8a,8b)之一的腹部和凸起形成, 用于前层(8b)。 随后的第一摩擦辊对(11)在前层(8b)处由从动摩擦辊(11a)搁置。 该摩擦辊(11a)相对于反摩擦辊(11b)每时间单位执行稍微较小的运动路径。 然而,位于后层(8a)的相对摩擦辊(11b)相对于拖拉机前进路径执行稍大的运动路径。