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    • 1. 发明授权
    • Color change valve structure for rotary head electrostatic spray coating
systems
    • 旋转头静电喷涂系统的换色阀结构
    • US4380321A
    • 1983-04-19
    • US228365
    • 1981-01-26
    • Samuel W. CulbertsonCharles W. McCullochKeith G. Williams
    • Samuel W. CulbertsonCharles W. McCullochKeith G. Williams
    • B05B5/04B05B7/08B05B12/14B05B15/02B05B5/00
    • B05B5/04B05B12/1409B05B15/025B05B5/0426
    • A color change valve structure for rotary head electrostatic spray coating systems, of the type to which a rapid rotation is imparted to a rotary spray head and coating material directed through an orifice against the head for discharge from a peripheral edge of the head in a spray, is characterized by coating material and dump valves behind the head in close proximity with the orifice. The coating material valve controls a flow of coating material from a supply line to the orifice, and the dump valve is operable to establish a passage from the supply line, through the material valve and to a dump outlet. To purge the system of coating material of one color in preparation for spraying material of another, the material valve is closed, the dump valve is opened and a flow of flushing media is established through the supply line, whereby the flushing media cleanses the supply line and material valve. Thereafter, the dump valve is closed and the material valve momentarily opened to cleanse the passage between the material valve and orifice, whereupon the system is prepared to spray coating material of another color. The arrangement of the valves enables rapid and thorough flushing of the system, and the close proximity of the material valve to the orifice minimizes the quantity of coating material and flushing media impinged on the head during color changes processes.
    • 用于旋转头静电喷涂系统的换色阀结构,其类型是向旋转喷头施加快速旋转,并且涂覆材料被引导通过孔口抵靠头部,以喷射从头部的周边边缘排出 ,其特征在于头部后方的喷涂材料和排泄阀紧邻孔口。 涂料阀控制涂料从供应管路流到孔口,并且卸料阀可操作以建立从供应管线,通过材料阀门到倾卸出口的通道。 为了清除一种颜色的涂料的系统以准备另一种颜料的喷涂材料,材料阀关闭,排放阀打开并且通过供应管路建立冲洗介质流,由此冲洗介质清洁供应管线 和材料阀。 此后,排放阀关闭,材料阀暂时打开以清洁材料阀和孔之间的通道,于是系统准备喷涂另一种颜色的涂层材料。 阀的布置使得能够快速且彻底地冲洗系统,并且材料阀与孔口的紧密接近在颜色变化过程期间使涂覆材料和冲洗介质的数量最小化。
    • 2. 发明授权
    • Flushable manifold for diaphragm protected components
    • 用于隔膜保护部件的可冲洗歧管
    • US4385217A
    • 1983-05-24
    • US254999
    • 1981-04-16
    • Samuel W. CulbertsonKeith G. Williams
    • Samuel W. CulbertsonKeith G. Williams
    • B05C11/10B05B12/08B05B12/14B05B15/00B05B15/02H01H35/40
    • B05B15/00B05B12/006B05B12/14B05B15/025
    • A flushable manifold for diaphragm protected components of a pressure transducer for sensing a flow of fluid comprises a housing having a recess therein and a diaphragm of flexible material over and closing the recess. Inlet and outlet passages communicate with the recess adjacent to and on opposite sides of its periphery, such that fluid introduced at the inlet flows through the manifold to the outlet, with the presence of fluid pressure within the manifold being detected in response to outward deflection of the diaphragm. To facilitate cleaning the manifold of fluid of one type in preparation for receiving fluid of another, one or more channels are formed in the housing within the recess in communication with the inlet and extend toward peripheral side areas of the recess to direct flushing media introduced at the inlet across all of the surfaces of the manifold and to the outlet to thoroughly clean the same. Absent the channels "dead spaces" would exist in the manifold and the flushing media would tend to follow a straight line path of least resistance between the inlet and outlet, thereby failing to satisfactorily clean side areas of the manifold.
    • 用于感测流体流动的压力传感器的隔膜保护部件的可冲洗歧管包括其中具有凹部的壳体和柔性材料的隔膜,并且在其上闭合凹部。 入口和出口通道与邻近其周边的凹部连通,使得在入口处引入的流体通过歧管流过出口,由于响应于外部偏转 隔膜。 为了便于清洁一种类型的流体的歧管以准备接收另一种类型的流体,一个或多个通道形成在与入口连通的凹槽内的壳体中,并且朝向凹槽的周边侧部区域延伸以引导引入到 歧管的所有表面的入口和出口,以彻底清洁。 在歧管中不存在通道“死空间”,并且冲洗介质将倾向于沿着入口和出口之间的最小阻力的直线路径,从而不能令人满意地清洁歧管的侧面区域。
    • 3. 发明授权
    • Pressure responsive drivers for reciprocating pump and method
    • 用于往复泵和方法的压力响应驱动器
    • US5004403A
    • 1991-04-02
    • US386456
    • 1989-07-27
    • Samuel W. CulbertsonKeith G. Williams
    • Samuel W. CulbertsonKeith G. Williams
    • F04B49/12F04B53/14
    • F04B49/121F04B53/144
    • A pressure responsive driver couples a reciprocating motor output to a reciprocable piston of a double-acting pump. In one embodiment, the driver comprises a single spring and in another a pair of springs, which transfer reciprocation forces of the motor output to the piston to reciprocate the piston through its pumping strokes. The spring(s) transfers the entirety of the reciprocation forces of the motor output to the piston until a selected outlet pressure from the pump is reached, whereupon the spring(s) compresses to absorb cranking forces and limit maximum pump outlet pressure to about the selected pressure. The reciprocating motion of the motor output is divided between the spring(s) and piston, such that the extent of flexure of the spring(s) is inversely proportional to movement of the piston, whereby the spring(s) takes up any motion of the motor output not used to move the piston. The driver therefore limits pump outlet pressure to about the selected pressure while allowing the motor to operate continuously.
    • 压力响应驱动器将往复式电动机输出连接到双作用泵的往复活塞。 在一个实施例中,驱动器包括单个弹簧和另一个弹簧,其将马达输出的往复运动传递到活塞以使活塞通过其泵送冲程往复运动。 弹簧将电动机输出的往复运动的整体传递到活塞,直到达到来自泵的选定的出口压力,于是弹簧压缩以吸收起动力并将最大泵出口压力限制在约 选择压力。 马达输出的往复运动在弹簧和活塞之间分开,使得弹簧的挠曲程度与活塞的运动成反比,由此弹簧承受任何运动 电机输出不用于移动活塞。 因此,驱动器将泵出口压力限制在大约所选压力,同时允许电机连续运行。
    • 6. 发明授权
    • Apparatus for atomization in electrostatic coating and method
    • 静电涂层雾化装置及方法
    • US4376135A
    • 1983-03-08
    • US321456
    • 1981-11-16
    • Mulji PatelSamuel W. Culbertson
    • Mulji PatelSamuel W. Culbertson
    • B05B5/04B05B15/04
    • B05B5/0411
    • Rotary devices for atomizing liquid coating material are characterized by a housing having a circular front wall, a generally cylindrical side wall and a plurality of circumferentially spaced passages formed therethrough in proximity with the juncture of the front and side walls. Coating material smoothly introduced into the housing onto the front or side wall is carried in a thin film by centrifugal force toward and into the passages for being projected therefrom and atomized, and an electrostatic field is established between the device and an article to be coated for electrostatic deposition of coating material on the article. The device is rotated at a relatively high speed, and the passages bring the coating material to the full rotational speed of the device as it is projected therefrom, whereby atomization and the quality of the coating on the article are improved.
    • 用于雾化液体涂覆材料的旋转装置的特征在于具有圆形前壁,大致圆柱形侧壁和在前壁和侧壁的接合处穿过其形成的多个周向间隔通道的壳体。 通过离心力将平滑地引入到壳体中的涂料材料在前壁或侧壁上通过离心力承载在通道中并被引入通道中以从中突出并雾化,并且在该装置和待涂覆的制品之间建立静电场 将涂料静电沉积在制品上。 该装置以相对高的速度旋转,并且通道使涂层材料在其从其投射时达到装置的完整转速,从而提高了制品上的雾化和涂层质量。
    • 7. 发明授权
    • Roving cutter
    • 粗刀
    • US4081904A
    • 1978-04-04
    • US735539
    • 1976-10-26
    • Duane D. KrohnSamuel W. Culbertson
    • Duane D. KrohnSamuel W. Culbertson
    • B05B7/14B26B25/00C03B37/16B26B17/00
    • B26B25/00B05B7/1495C03B37/16Y10T83/7747
    • A lightweight, compact roving cutter for chopping fiberglass roving into short fiber segments, and used in conjunction with a hand-held resin spray gun, has a cutter roller carrying a plurality of blades, a back-up roller cooperating with the cutter roller and the blades thereof for breaking or cutting the roving, and an idler roller cooperating with the back-up roller for feeding roving between the cutter and the back-up roller. The back-up roller is mounted for movement toward and away from both the cutter and the idler rollers in substantially equal increments relative to each, and a positive displacement adjusting means is connected with the back-up roller for controlling the clearance between the back-up roller and both the cutter and the idler rollers, the adjusting means including a manually operable portion remote from said cutter, whereby an operator may conveniently and accurately adjust the clearances between the rollers while the cutter is operating.
    • 用于将玻璃纤维切割成短纤维段并与手持树脂喷枪结合使用的轻质紧凑的粗纱切割机具有承载多个叶片的切割辊,与切割辊配合的支撑辊和 用于断开或切割粗纱的刀片,以及与备用辊配合的惰辊,用于在切割器和支撑辊之间进行粗纱。 该支撑辊安装成相对于每一个以大致相等的增量移动到远离切割器和惰轮的两个位置,而正位移调节装置与支撑辊连接,用于控制背面辊之间的间隙, 所述调节装置包括远离所述切割器的可手动操作部分,由此操作者可以在切割器操作时方便地并且精确地调节辊之间的间隙。
    • 8. 发明授权
    • Spray guns
    • 喷枪
    • US4537357A
    • 1985-08-27
    • US658209
    • 1984-10-05
    • Samuel W. CulbertsonGeorge Dixon
    • Samuel W. CulbertsonGeorge Dixon
    • B05B7/02B05B1/28
    • B05B7/0815B05B7/02
    • Improved spray guns each have a spray head assembly comprising separate but interconnectable elements including a fluid nozzle, a fluid inlet fitting, a fluid nozzle retainer, an air nozzle and an air cap. The elements mount on an annular extension at a forward end of the gun body without any threaded attachment to the body, and because they are separate the fluid nozzle and fluid inlet fitting may conveniently be manufactured of a corrosion and wear resistant material to protect the same from fluid flowing therethrough. Also, the air cap threads onto the fluid nozzle retainer and not the gun body, so there is no danger of damaging any threads on the body which could otherwise require its replacement.
    • 改进的喷枪每个都具有喷头组件,其包括单独但可互连的元件,包括流体喷嘴,流体入口配件,流体喷嘴保持器,空气喷嘴和空气帽。 这些元件安装在枪体前端的环形延伸部上,没有任何螺纹连接到主体上,并且由于它们是分开的,流体喷嘴和流体入口接头可以方便地由耐蚀和耐磨材料制成以保护其 从流体流过。 此外,空气帽螺纹到流体喷嘴保持器而不是枪身上,因此没有损坏身体上任何可能需要更换的螺纹的危险。
    • 10. 发明授权
    • Magnetic clutch drive and thrust balancing mechanism for rotary pumps
    • 用于旋转泵的电磁离合器驱动和推力平衡机构
    • US4775291A
    • 1988-10-04
    • US78408
    • 1987-07-27
    • Samuel W. CulbertsonRobert R. Mellette
    • Samuel W. CulbertsonRobert R. Mellette
    • F04D13/02F04D29/04H02K5/128H02K49/10F01D3/00
    • F04D13/027F04D29/0413F04D29/0416H02K49/106H02K2005/1287H02K5/128
    • A magnetic clutch drive for rotary pumps is characterized by a motor driven outer magnetic clutch member juxtaposed to an imperforate wall of a pump housing. Within the interior of the housing a pump impeller shaft carries an inner magnetic clutch member juxtaposed to the wall opposite from the outer member. The wall is of a nonmagnetic and electrically nonconductive material, so magnetic lines of force penetrate the wall and magnetically lock the outer and inner clutch members, without any mechanical connection between the two. Consequently, as the motor is brought up to speed, the two clutch members magnetically lock the motor shaft to the impeller shaft to drive the impeller shaft at the same speed as the motor shaft, without generating eddy current losses in the wall. Also included is a thrust balancing mechanism that uses the pressure of pumped liquid to develop and exert on the impeller shaft a force substantially equal in magnitude and opposite in direction to thrust forces exerted on the shaft during pump operation, and the interior of the housing wall is pressurized to maintain a dry operating environment for the inner clutch member.
    • 用于旋转泵的电磁离合器驱动器的特征在于与泵壳体的无孔壁并置的马达驱动的外部磁性离合器部件。 在壳体的内部,泵叶轮轴承有与外部构件相对的壁并置的内部磁性离合器构件。 壁是非磁性和非导电材料,因此磁力线穿过壁并磁性地锁定外部和内部离合器构件,而两者之间没有任何机械连接。 因此,随着电动机达到转速,两个离合器部件将电动机轴磁力地锁定到叶轮轴上,以与电动机轴相同的速度驱动叶轮轴,而不会在壁中产生涡流损耗。 还包括推力平衡机构,其使用泵送液体的压力来在叶轮轴上产生大体上相等的力并且在泵操作期间施加在轴上的推力相反的力,并且壳体壁的内部 被加压以保持内部离合器构件的干燥的操作环境。