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    • 3. 发明授权
    • Method of recovery of printing ink wastes
    • 印刷油墨废物回收方法
    • US5344573A
    • 1994-09-06
    • US33868
    • 1993-03-19
    • Alan M. HillMichael D. CainDonald D. Cain
    • Alan M. HillMichael D. CainDonald D. Cain
    • C02F1/02B01D21/28B41F31/00B41F35/00C02F1/52C09D11/02B01D1/14B41F31/20
    • B41F31/00B41F35/00B41P2235/30B41P2235/31
    • A method for recovery of printing ink wastes is provided which greatly minimizes pollution problems attendant to the disposal of ink wastes, while permitting formulation of usable ink products from the wastes. The method involves first creating a flowable stream of material including the ink wastes, and directing this stream to a hydroheater (16) along with incoming steam. In the hydroheater (16), the ink wastes are subjected to elevated temperatures and pressures, and intense shear, creating a homogeneous, flowable output. This output may then be dried and powdered, and the powder may be reconstituted as a black ink suitable for commercial printing operations. If desired, the hydroheater (16) output may be treated in a filter press (252) to obtain a filter cake (258), and this cake (258) may be subsequently subdivided and treated with ink carriers to form a processing ink. In a preferred embodiment, dilute printer washup material containing up to 5% by weight residual ink therein may be directly processed in the hydroheater (16); this eliminates the need for preliminary chemical treatment and sludge formation.
    • 提供了一种回收印刷油墨废料的方法,其极大地最大限度地减少了处理墨水废料的污染问题,同时允许从废物中制备可用的油墨产品。 该方法包括首先产生包括油墨废物的可流动物料流,并将该流与进入的蒸汽一起引导到水加热器(16)。 在加氢器(16)中,油墨废物经受升高的温度和压力,并产生强烈的剪切,产生均匀的可流动的输出。 然后可以将该输出干燥和粉末化,并且粉末可以重新配制成适于商业印刷操作的黑色墨水。 如果需要,可以在压滤机(252)中处理加氢器(16)输出以获得滤饼(258),并且随后将该滤饼(258)细分并用油墨载体处理以形成加工油墨。 在优选的实施方案中,可以在加氢处理器(16)中直接加工含有至多5重量%残留油墨的稀释的打印机冲洗材料; 这消除了对初步化学处理和污泥形成的需要。
    • 4. 发明授权
    • Method of recovery of printing ink wastes using elevated temperature,
pressure and shear
    • 使用升高的温度,压力和剪切力来回收印刷油墨废物的方法
    • US5200094A
    • 1993-04-06
    • US899090
    • 1992-06-15
    • Alan M. HillMichael D. CainDonald D. Cain
    • Alan M. HillMichael D. CainDonald D. Cain
    • C02F1/02B01D21/28B41F31/00B41F35/00C02F1/52C09D11/02
    • B41F31/00B41F35/00B41P2235/30B41P2235/31
    • A method for recovery of printing ink wastes is provided which greatly minimizes pollution problems attendant to the disposal of ink wastes, while permitting formulation of usable ink products from the wastes. The method involves first creating a flowable stream of material including the ink wastes, and directing this stream to a hydroheater (16) along with incoming steam. In the hydroheater (16), the ink wastes are subjected to elevated temperatures and pressures, and intense shear, creating a homogeneous, flowable output. This output may then be dried and powdered, and the powder may be reconstituted as a black ink suitable for commercial printing operations. If desired, the hydroheater (16) output may be treated in a filter press (252) to obtain a filter cake (258), and this cake (258) may be subsequently subdivided and treated with ink carriers to form a processing ink.
    • 提供了一种回收印刷油墨废料的方法,其极大地最大限度地减少了处理墨水废料的污染问题,同时允许从废物中制备可用的油墨产品。 该方法包括首先产生包括油墨废物的可流动物料流,并将该流与进入的蒸汽一起引导到水加热器(16)。 在加氢器(16)中,油墨废物经受升高的温度和压力,并产生强烈的剪切,产生均匀的可流动的输出。 然后可以将该输出干燥和粉末化,并且粉末可以重新配制成适于商业印刷操作的黑色墨水。 如果需要,可以在压滤机(252)中处理加氢器(16)输出以获得滤饼(258),并且随后将该滤饼(258)细分并用油墨载体处理以形成加工油墨。
    • 5. 发明授权
    • System and method for controlling AC motor driven multi-unit printing
press
    • 用于控制交流电机驱动的多单元印刷机的系统和方法
    • US5615609A
    • 1997-04-01
    • US518117
    • 1995-08-21
    • Alan M. HillWilliam R. MeeksCharles L. Van Ness
    • Alan M. HillWilliam R. MeeksCharles L. Van Ness
    • B41F13/004B41F13/14B41F5/02
    • B41F13/14B41F13/0045B41P2213/734
    • A system and method for controlling the registration of a multi-unit printing press for corrugated board materials permits the use of AC motors for driving the printing press. A master AC motor drives a master printing unit, and a master AC driving device is electrically coupled to the master AC motor for controlling the speed of the master AC motor. A master pulse generating device produces output pulses relating to the rotary motion of the master printing unit. A follower AC motor drives a follower printing unit, and a follower AC driving device electrically coupled to the follower AC motor controls the speed of the follower AC motor relative to the master AC motor. A follower pulse generating device produces output pulses relating to the rotary motion of the follower printing unit. A controller is configured to receive the output pulses from the master and follower pulse generating devices, process the master and follower output pulses to produce control commands based on said output pulses, and transmit the control commands to the follower AC driving device so that the speed of the follower AC motor is adjusted relative to the master AC motor as required to maintain synchronized operation between the master and follower AC motors. This configuration maintains precise registration of the multi-unit printing press over the entire range of speeds of the multi-unit printing press and when the multi-unit printing press is temporarily in a non-running state.
    • 用于控制用于波纹板材料的多单元印刷机的配准的系统和方法允许使用AC电动机来驱动印刷机。 主交流电动机驱动主打印单元,并且主交流驱动装置电耦合到主AC电动机以控制主AC电动机的速度。 主脉冲产生装置产生与主打印单元的旋转运动有关的输出脉冲。 随动交流电动机驱动从动打印单元,并且电耦合到从动交流电动机的从动交流驱动装置控制从动交流电动机相对于主交流电动机的速度。 随动脉冲产生装置产生与从动印刷单元的旋转运动有关的输出脉冲。 控制器被配置为从主从跟随器脉冲产生装置接收输出脉冲,处理主和跟随器输出脉冲以产生基于所述输出脉冲的控制命令,并将控制命令发送到随动AC驱动装置,使得速度 跟随AC电动机相对于主交流电动机进行调整,以保持主动和从动AC电动机之间的同步运行。 该配置在多单元印刷机的整个速度范围内以及当多单元印刷机暂时处于非运行状态时,维持多单元印刷机的精确配准。
    • 8. 发明申请
    • OPTICAL COMMUNICATION
    • 光通信
    • US20110013903A1
    • 2011-01-20
    • US12863287
    • 2009-01-28
    • Albert Rafel PortiAlan M. Hill
    • Albert Rafel PortiAlan M. Hill
    • H04B10/00
    • H04J3/1694H04J3/14H04J2203/006H04J2203/0066H04Q11/0067H04Q2011/0079H04Q2011/0081H04Q2011/009
    • A protected passive optical communications system (10), having a plurality of terminals (14), a main head end (22) for communicating with the terminals (14) in an operational state, and, a back up head (37) end arranged to allow communication with the terminals (14) in the event of a fault, the main head end (22) and the back up head end (37) each being operable to transmit a sequence of frames for communicating with the terminals (14), each frame having a header portion and a payload portion, the main head end (22) being arranged, in normal operation, to transmit control instructions in the header portion and user data in the payload portion of each frame, the back up head end (37) being arranged, in response to a fault, to transmit control instructions in the payload portion of a frame, and a control message in the header portion of that frame, which control message is indicative of the presence of control instructions in the payload portion, the terminals being responsive to the control message, such that: in the presence of a control message in the header of a frame, each terminal (14) interprets the payload of that frame as containing control instructions for changing one or more operational attributes of a terminal (14); and, in the absence of a control message in the header portion of a frame, each terminal (14) is arranged to interpret the payload of that frame as containing user data and to forward the user data to one or more users external to the terminal (14), in dependence on an address associated with the user data.
    • 一种被保护的无源光通信系统(10),具有多个终端(14),用于在操作状态下与所述终端(14)通信的主头端(22)和布置在所述终端 为了在故障的情况下允许与终端(14)的通信,主头端(22)和备用头端(37)各自可操作以传送用于与终端(14)通信的一系列帧, 每个帧具有标题部分和有效载荷部分,主标头(22)在正常操作中被布置为在每个帧的有效载荷部分中传送头部部分中的控制指令和用户数据,后备头端 37)被布置为响应于故障,在帧的有效载荷部分中发送控制指令以及在该帧的报头部分中的控制消息,该控制消息指示在有效载荷部分中存在控制指令 终端响应于con 使得在帧的头部存在控制消息的情况下,每个终端(14)将该帧的有效载荷解释为包含用于改变终端(14)的一个或多个操作属性的控制指令; 并且在帧的标题部分中没有控制消息的情况下,每个终端(14)被安排为将该帧的有效载荷解释为包含用户数据,并且将用户数据转发到终端外部的一个或多个用户 (14),取决于与用户数据相关联的地址。
    • 9. 发明授权
    • High speed feeding apparatus for clamshell die cutter
    • 蛤壳式切割机高速进给装置
    • US06544158B2
    • 2003-04-08
    • US09950996
    • 2001-09-12
    • Alan M. HillWilliam R. Meeks
    • Alan M. HillWilliam R. Meeks
    • B31B188
    • B65H3/24B26D7/32B26D2007/322B31B50/20B65H2301/42322B65H2701/1764
    • A processing station (10) for high speed printing, handling and die cutting of blanks or blanks (26) is provided which includes a clamshell-type die cutter (12), as well as a feeding device (14) including a transfer mechanism (16) and pickup member (18). The station (10) may also include a printing assembly (20) and a cut blank removal assembly (22). In operation, individual blanks (26) from a stack (28) are successively fed by the transfer mechanism (16) and are picked up by the member (18); the blanks are delivered to the die cutter (12) when the latter is open and after die cutting the removal assembly (22) is employed to lift the cut blank (26) from the cutter (12) and shift the blank (26) to a slide plate (116). A pusher bar (122) then operates to move the cut blank (26) to an outfeed conveyer (146). The station (10) is capable of handling relatively thick corrugated blanks (26) at high speed and without constant operator attendance.
    • 提供了一种用于坯料或坯料(26)的高速印刷,处理和模切的加工站(10),其包括蛤壳型模切机(12)以及包括转移机构(14)的进料装置(14) 16)和拾取构件(18)。 工位(10)还可以包括印刷组件(20)和切割毛坯移除组件(22)。 在操作中,来自堆叠(28)的单个坯件(26)由传送机构(16)连续地供给并由构件(18)拾起; 当模具切割器打开时,坯料被递送到模具切割器(12),并且在切割之后,使用移除组件(22)将切割坯料(26)从切割器(12)提起并将坯料(26)移动到 滑板(116)。 推杆(122)然后操作以将切割坯料(26)移动到出料输送机(146)。 工位(10)能够高速地处理相对较厚的波纹坯料(26),且不需要恒定的操作员出席。