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    • 93. 发明公开
    • PLURAL COMPONENT DISPENSING DEVICE
    • 多元件分配装置
    • EP0116613A1
    • 1984-08-29
    • EP83902773.0
    • 1983-07-29
    • GRACO INC.
    • SCHAEFER, Thomas, J.
    • B29B7
    • B29B7/7678
    • Un ajutage de distribution de plusieurs composants possède des passages internes (46, 47, 48, 49) permettant l'introduction d'au moins deux composants qui se mélangent et sont distribués, et possèdent une chambre de mélange en une seule pièce (40) ayant des orifices (66, 68) espacés axialement le long de la chambre ainsi que des brides d'étanchéité (52, 54, 56) faisant partie de la chambre pour développer les passages d'écoulement du fluide dans la chambre de mélange et former un joint isolant entre les composants ainsi que des joints de fluide entre les passages d'écoulement et l'ajutage.
    • 多组分配喷嘴具有用于引入至少两个混合并被分配的组分的内部通道(46,47,48,49),并具有单件式混合室(40) 具有沿腔室轴向隔开的孔口(66,68)和形成腔室的一部分的密封凸缘(52,54,56),用于在混合腔室中形成流体流动通道并形成 部件之间的绝缘接头以及流道与喷嘴之间的流体密封。
    • 95. 发明申请
    • URETHANE SPRAY GUN ASSEMBLY
    • URETHANE喷雾枪组件
    • WO2005097340A1
    • 2005-10-20
    • PCT/IB2005/000903
    • 2005-04-06
    • ADVANCED CONTROLS AND ENGINEERINGDIDONATO, SanteGAWNE, Brent, Robert
    • DIDONATO, SanteGAWNE, Brent, Robert
    • B05B7/04
    • B29B7/7678B29B7/7663B29K2075/00
    • A spray urethane gun assembly having a main body with a bore and a mixing chamber. An elongated spool is longitudinally, slidably mounted in the main body bore and movable between an extended position and a retracted position by an actuator. A first and a second inlet port are formed in the main body and a first and second outlet port are also formed in the main body. A first axially extending fluid passageway is formed in the spool and this first fluid passageway fluidly connects the first inlet port with the first outlet port when the spool is in one of the retracted or extended position, and fluidly connects the first inlet port with the mixing chamber when the spool is in the other of the retracted or extended position. A second axially extending passageway is formed in the spool and this second fluid passageway fluidly connects the second inlet port with the second outlet port when the spool is in one of its retracted or extended position, and fluidly connects the second inlet port with the mixing chamber when the spool is in the other of its retracted or extended position. A dispensing port formed in the main body is open to the mixing chamber for dispensing the fluid mixture within the mixing chamber.
    • 一种喷雾聚氨酯喷枪组件,其具有带孔的主体和混合室。 细长的卷轴纵向地,可滑动地安装在主体孔中,并通过致动器在延伸位置和缩回位置之间移动。 第一入口和第二入口形成在主体中,并且第一和第二出口也形成在主体中。 第一轴向延伸的流体通道形成在阀芯中,并且当阀芯处于缩回或延伸位置之一时,该第一流体通道将第一入口端口与第一出口端口流体连接,并且将第一入口端口与混合流体连接 当阀芯处于缩回或延伸位置的另一个时,腔室。 第二轴向延伸的通道形成在阀芯中,并且当阀芯处于其缩回或延伸位置之一时,该第二流体通道将第二入口端口与第二出口端口流体连接,并且将第二入口端口与混合室流体连接 当卷轴处于其缩回或延伸位置的另一个时。 形成在主体中的分配口向混合室开口,用于在混合室内分配流体混合物。
    • 96. 发明申请
    • SYSTEM FOR REMOTE MONITORING OF A MANUFACTURING DEVICE
    • 远程监控制造设备的系统
    • WO2004102294A3
    • 2005-04-14
    • PCT/US2004014516
    • 2004-05-10
    • INTELLIPACKCOCCIADIFERRO EDWARDHANNA TODDDYE NOELLE
    • COCCIADIFERRO EDWARDHANNA TODDDYE NOELLE
    • B29B7/76G05B23/02G05B19/418
    • B29B7/7678B29B7/7663B29K2075/00G05B23/0283G05B2219/13Y02P90/14Y02P90/18Y02P90/185
    • A system and method for providing operational control and/or remote monitoring of a manufacturing device as in a foam dispenser device such as a foam-in-bag dispensing device. In architecture, the remote monitoring system includes a server device containing a remote monitoring system. The remote monitoring system further includes a transceiver to receive an indication of a help condition, connect to the manufacturing device; and receive data from the manufacturing device. The present invention can also be viewed as a method for providing remote monitoring of a manufacturing device. The method operates by (1) receiving an indication of a help condition; (2) connecting to the manufacturing device; and (3) receiving data from the manufacturing device. The operational control system is designed to control operation of one or more sub-systems of the manufacturing device as in a foam dispenser's chemical supply (proper temperature and pressure) and solvent supply as well as performance of a reciprocating valve device. With a foam-in-bag system, the control system provides for additional control over, for example, film feed and tensioning, bag edge and end seals as well as dispenser output into the bag. In a preferred embodiment, the operational control system and remote monitoring control interface with each other.
    • 一种用于提供制造装置的操作控制和/或远程监控的系统和方法,如泡沫分配器装置,例如泡沫袋分配装置。 在架构中,远程监控系统包括一个包含远程监控系统的服务器设备。 远程监控系统还包括收发器,用于接收帮助状态的指示,连接到制造设备; 并从制造设备接收数据。 本发明还可以被视为用于提供制造装置的远程监视的方法。 该方法通过(1)接收帮助条件的指示来操作; (2)连接制造装置; 和(3)从制造装置接收数据。 操作控制系统被设计为控制制造装置的一个或多个子系统的操作,如泡沫分配器的化学品供应(适当的温度和压力)和溶剂供应以及往复阀装置的性能。 使用泡沫袋系统,控制系统提供对例如胶片进给和张紧,袋边缘和端部密封以及分配器输出到袋中的附加控制。 在优选实施例中,操作控制系统和远程监视控制彼此接口。
    • 97. 发明申请
    • DISPENSER MIXING MODULE AND METHOD OF ASSEMBLING AND USING SAME
    • 分配器混合模块及其组装和使用方法
    • WO2004101244A2
    • 2004-11-25
    • PCT/US2004/014420
    • 2004-05-07
    • INTELLIPACKHAYDUK, Matthew
    • HAYDUK, Matthew
    • B29B7/76
    • B29B7/7663B29B7/7678B29K2075/00
    • A mixing module that includes a mixing chamber formed of a cold flow material and placed within a housing which includes a compression device for compressing the cold flow material through which extends a reciprocating rod, preferably in the form of a valve rod relative to one or more chemical ports formed in the mixing chamber to mix or deliver chemicals within a mixing reception recess. The mixing chamber features a locking arrangement between the cold flow material mixing chamber and the housing which acts to prevent movement of the mixing chamber within the housing due to a sticking of the reciprocating rod to the mixing chamber which otherwise produces a position change in the mixing chamber as the compression device is temporarily compressed until the rod becomes unstuck and releases. The invention also includes an open front and rear end housing with releasable front and rear caps allowing easy insertion of the mixing chamber preferably having an annular front end rim as the locking member for receipt within a corresponding recess in the housing.
    • 一种混合模块,其包括由冷流材料形成的混合室并且放置在壳体内,所述混合室包括用于压缩冷流材料的压缩装置,所述压缩装置通过所述压缩装置延伸往复杆,所述往复杆优选为阀杆相对于一个或多个 在混合室中形成的化学品口以在混合容纳凹槽内混合或输送化学品。 混合室具有在冷流材料混合室和壳体之间的锁定装置,其用于防止混合室在壳体内移动,这是由于往复运动杆粘附到混合室,否则会在混合室中产生位置变化 压缩装置被暂时压缩,直到杆脱开并释放。 混合模块还包括具有可释放的后盖的敞开的前端和后端壳体,其允许容易地插入混合室,优选地具有作为锁定构件的环形前端边缘,用于容纳在壳体中的相应凹部内。
    • 98. 发明申请
    • DISPENSING SYSTEM WITH MIXING MODULE MOUNT, DRIVE AND TIP TREATMENT
    • 具有混合模块安装,驱动和提升处理的分配系统
    • WO2004101243A2
    • 2004-11-25
    • PCT/US2004/014392
    • 2004-05-07
    • INTELLIPACKHAYDUK, MatthewHANNA, ToddJONES, Michael, P.
    • HAYDUK, MatthewHANNA, ToddJONES, Michael, P.
    • B29B7/76
    • B29B7/7678B29B7/7663B29K2075/00
    • A chemical (e.g., foam precursor) dispensing system having a mixing module valve/purge rod (or valving/purge device) reciprocating drive system that comprises a crank and slide mechanism in an effort to prevent lock up. The same drive system also preferably is used to reciprocate a mechanical tip contact cleaner as in a reciprocating brush. The mixing module is preferably in the form of a cartridge which is received within an adjustable, finger releasable mounting region of the dispenser housing so as to properly align the mixing module relative to chemical and solvent feed ports. To further maintain a clean dispenser tip a solvent feed system is provided which includes a double front cap wall arrangement for bathing the free end of tip and the tip outlet region of the mixing module.
    • 具有混合模块阀/净化杆(或阀/清除装置)往复驱动系统的化学(例如,泡沫前体)分配系统,其包括曲柄和滑动机构,以防止锁定。 相同的驱动系统也优选地用于往复运动机械尖端接触清洁器,如在往复刷中。 混合模块优选地为盒式的形式,其被容纳在分配器壳体的可调节的可松开的手指安装区域内,以便相对于化学和溶剂进料口适当地对准混合模块。 为了进一步维持清洁的分配器末端,提供了一种溶剂进料系统,其包括用于洗涤尖端的自由端和混合模块的尖端出口区域的双前盖壁布置。
    • 99. 发明申请
    • PLURAL COMPONENT AIRLESS SPRAY GUN WITH MECHANICAL PURGE
    • 多功能组件无气喷枪与机械泵
    • WO1998007524A1
    • 1998-02-26
    • PCT/US1997014535
    • 1997-08-19
    • BINKS SAMES CORPORATION
    • BINKS SAMES CORPORATIONSTRONG, Christopher, L.
    • B05B07/04
    • B29B7/7678B05B7/0408B05B7/1272B05B15/52
    • A plural component airless spray gun for reactive liquid materials has a mix chamber (68) into which coreactive liquid component are introduced and mixed, an airless tip at a forward outlet from the chamber from which the mixed components are emitted in a fan-shaped spray, and a mechanically operated purge rod (78) for cleaning residual reactants from the mix chamber (68) and airless tip (70). The purge rod (78) has a main body of a diameter slightly less than that of the mix chamber (68) and a probe at its forward end that geometrically conforms to and is adapted to enter into and clean the inside of the spray tip. During spraying the purge rod (78) is retracted in the mix chamber (68) rearwardly of liquid reactant inlets to the chamber. Upon completion of spraying or periodically as desired, the purge rod (78) is moved forwardly to clean the mix chamber (68) and the inside of the airless tip of residual reactive components. To prevent damage to the airless tip should the probe of the purge rod encounter cured material within the tip or the tip itself as the purge rod is moved forward, the purge rod (78) is moved forward by a piston assembly that is structured to decrease the forward driving force exerted on the purge rod when its probe is in the airless tip.
    • 用于反应性液体材料的多组分无空气喷枪具有混合室(68),其中引入和混合有活性的液体组分,在来自腔室的向前出口处的空气尖端,混合组分以扇形喷雾 ,以及用于从混合室(68)和无空气末端(70)清除残余反应物的机械操作的清洗杆(78)。 吹扫杆(78)具有直径略小于混合室(68)的主体的主体,并且其前端处的探针在几何上符合并适于进入并清洁喷嘴的内部。 在喷射期间,清洗杆(78)在液体反应物入口向后的混合室(68)中缩回到室中。 在完成喷涂或根据需要周期性地,清洗杆(78)向前移动以清洁混合室(68)和剩余反应组分的无空气末端的内部。 为了防止无尘尖端的损坏,如清扫杆的探头在吹扫杆向前移动时遇到尖端或尖端本身内的固化材料,则清洗杆(78)通过活塞组件向前移动,该活塞组件被构造为减小 当探头处于无气末时,作用在吹扫杆上的正向驱动力。