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    • 1. 发明授权
    • Disc drive spindle motor with rotor isolation and controlled resistance
electrical pathway from disc to ground
    • 光盘驱动主轴电机具有转子隔离和受控电阻从盘到地的电路径
    • US5729404A
    • 1998-03-17
    • US611285
    • 1996-03-06
    • John C. DunfieldKlaus KloeppelRobert M. PelstringMichael RaffettoDonald J. MacLeodFrederick F. KazmierczakClifford T. Jue
    • John C. DunfieldKlaus KloeppelRobert M. PelstringMichael RaffettoDonald J. MacLeodFrederick F. KazmierczakClifford T. Jue
    • G11B17/02G11B19/20G11B25/04H02K11/00G11B33/14
    • G11B19/2009G11B17/02G11B25/043H02K11/40
    • A disc drive for storing and retrieving data from at least one memory storage disc includes a drive base and a spindle motor. The spindle motor includes a rotor hub, a shaft, a bearing unit. The bearing unit rotatably supports the rotor hub about an axis. A controlled resistance electrical pathway is established from the rotor hub to ground to control disc potential and to prevent excess static charge buildup. In one embodiment, the spindle motor includes structural elements made of a conducting plastic having a controlled resistance to establish a controlled resistance electrical pathway from the rotor hub to ground. In a second embodiment, the shaft of the spindle motor includes a conductive contact button electrically connected to the shaft and operatively coupled with a contact shield electrically grounded by an electrical conductor having a controlled resistance. In another embodiment, the spindle motor includes a rod made of conductive material extending from an electrically grounded contact shield and received within the shaft. An electrical pathway between the shaft and the rod is established by a conducting fluid between the rod and the shaft. Alternatively, the electrical pathway from the shaft to the rod is established by a conducting unit. The conducting unit includes a seal, a magnetic conductive material, and a ferro-fluid. The seal is positioned within the shaft. The magnetic conductive material is coupled to the rod. The ferro-fluid is supported between the seal and the magnetic conductive material.
    • 用于从至少一个存储盘存储和检索数据的盘驱动器包括驱动基座和主轴马达。 主轴电机包括转子毂,轴,轴承单元。 轴承单元围绕轴线可旋转地支撑转子毂。 从转子毂到地面建立一个受控制的电阻电路,以控制盘电位,并防止过多的静电积累。 在一个实施例中,主轴电动机包括由具有受控电阻的导电塑料制成的结构元件,以建立从转子毂到地面的受控电阻电路径。 在第二实施例中,主轴电机的轴包括电连接到轴的导电接触按钮,并且与通过具有受控电阻的电导体电接地的接触屏蔽可操作地耦合。 在另一个实施例中,主轴电动机包括由导电材料制成的杆,导电材料从电接地触点屏蔽延伸并被接收在轴内。 轴和杆之间的电路通过杆和轴之间的导电流体建立。 或者,通过导电单元建立从轴到杆的电路径。 导电单元包括密封件,导电材料和铁液。 密封件位于轴内。 磁性导电材料连接到杆上。 铁素体被支撑在密封件和导电材料之间。
    • 2. 发明授权
    • Disc drive spindle motor with controlled resistance pathway from disc to
ground
    • 光盘驱动主轴电机具有从盘到地的受阻电阻通路
    • US5844748A
    • 1998-12-01
    • US719589
    • 1996-09-25
    • John C. DunfieldKlaus KloeppelRobert M. PelstringMichael RaffettoDonald J. MacLeodFrederick F. KazmierczakClifford T. Jue
    • John C. DunfieldKlaus KloeppelRobert M. PelstringMichael RaffettoDonald J. MacLeodFrederick F. KazmierczakClifford T. Jue
    • G11B17/02G11B19/20G11B25/04H02K11/00G11B33/14
    • G11B19/2009G11B17/02G11B25/043H02K11/40
    • A disc drive for storing and retrieving data from at least one memory storage disc includes a drive base and a spindle motor. The spindle motor includes a rotor hub, a shaft, a bearing unit. The bearing unit rotatably supports the rotor hub about an axis. A controlled resistance electrical pathway is established from the rotor hub to ground to control disc potential and to prevent excess static charge buildup. In one embodiment, the spindle motor includes structural elements made of a conducting plastic having a controlled resistance to establish a controlled resistance electrical pathway from the rotor hub to ground. In a second embodiment, the shaft of the spindle motor includes a conductive contact button electrically connected to the shaft and operatively coupled with a contact shield electrically grounded by an electrical conductor having a controlled resistance. In another embodiment, the spindle motor includes a rod made of conductive material extending from an electrically grounded contact shield and received within the shaft. An electrical pathway between the shaft and the rod is established by a conducting fluid between the rod and the shaft. Alternatively, the electrical pathway from the shaft to the rod is established by a conducting unit. The conducting unit includes a seal, a magnetic conductive material, and a ferro-fluid. The seal is positioned within the shaft. The magnetic conductive material is coupled to the rod. The ferro-fluid is supported between the seal and the magnetic conductive material.
    • 用于从至少一个存储盘存储和检索数据的盘驱动器包括驱动基座和主轴马达。 主轴电机包括转子毂,轴,轴承单元。 轴承单元围绕轴线可旋转地支撑转子毂。 从转子毂到地面建立一个受控制的电阻电路,以控制盘电位,并防止过多的静电积累。 在一个实施例中,主轴电动机包括由具有受控电阻的导电塑料制成的结构元件,以建立从转子毂到地面的受控电阻电路径。 在第二实施例中,主轴电机的轴包括电连接到轴的导电接触按钮,并且与通过具有受控电阻的电导体电接地的接触屏蔽可操作地耦合。 在另一个实施例中,主轴电动机包括由导电材料制成的杆,导电材料从电接地触点屏蔽延伸并被接收在轴内。 轴和杆之间的电路通过杆和轴之间的导电流体建立。 或者,通过导电单元建立从轴到杆的电路径。 导电单元包括密封件,导电材料和铁液。 密封件位于轴内。 磁性导电材料连接到杆上。 铁素体被支撑在密封件和导电材料之间。
    • 5. 发明授权
    • Carriage latch for a disc drive incorporating inertial lock-up
    • 用于包含惯性锁定的磁盘驱动器的支架闩锁
    • US4725907A
    • 1988-02-16
    • US931959
    • 1986-11-24
    • Clifford T. Jue
    • Clifford T. Jue
    • G11B5/54G11B21/22G11B5/012
    • G11B21/22G11B5/54
    • A dynamic latching mechanism for a disc drive includes a latch rotatable about a pivot which captures an extension on the carriage. The latch is mounted in a frame directly attached to the disc drive housing. A spring loaded plunger normally is biased against the latch to hold it in place and thus restrain the carriage after the extension has been captured and power removed. A solenoid withdraws the plunger and allows release of the carriage. A brake plate is provided sliding on the plunger. A protrusion which extends from the latch frame and thus the disc drive housing cooperates with an edge of the brake plate. In the event of sudden shock to the housing, the shock force is transmitted to the protrusion which tilts the brake plate, freezing the plunger against the latch and preventing the latch from releasing from the extension on the carriage, so that the carriage is properly restrained even in the event of a significant shock.
    • 用于盘驱动器的动态锁定机构包括可围绕枢轴旋转的闩锁,其捕捉滑架上的延伸部。 闩锁安装在直接连接到磁盘驱动器外壳的框架中。 弹簧加载的柱塞通常被偏置抵靠闩锁以将其保持在适当位置,并且因此在延伸部被捕获并且动力移除之后限制滑架。 螺线管抽出柱塞并允许滑架释放。 在柱塞上滑动制动板。 从闩锁框架延伸并因此盘驱动器壳体与制动板的边缘配合的突起。 在突然冲击壳体的情况下,冲击力传递到倾斜制动板的突起部,将柱塞冻结在闩锁上,并防止闩锁从滑架上的延伸部分松开,使得滑架被适当地限制 即使发生重大震动。
    • 7. 发明授权
    • Label printer having selectable label stock paths
    • 具有可选标签库存路径的标签打印机
    • US4432830A
    • 1984-02-21
    • US464206
    • 1983-02-07
    • Clifford T. Jue
    • Clifford T. Jue
    • B41J15/04B41J15/16B41K3/48B65C9/00B65C9/18B65C9/46
    • B65C9/46B65C9/1865B65C2009/0093Y10T156/1707
    • In a label printer, nonspooling and self-strip paths of label stock movement are accommodated by a single mechanism that includes a drive capstan 46 and associated pinch roller 48, a shaft 40, a pair of mechanically intercoupled discs 68 and 52 respectively secured to the shaft and the drive capstan for causing them to rotate in opposite directions, a label stripping pin 44, a drive roller 38 rotatable about the shaft, a clutch 78 locking the drive roller to the shaft whenever the shaft is rotated in a given direction and permitting the drive roller to freely rotate about the shaft whenever the shaft is rotated in an opposite direction, and a thermal print head 28 including a thermal print element 30 yieldably engaging the drive roller. In the nonspooling path, the free end of the label stock is passed between the thermal print head and the drive roller and the drive capstan is rotated in a given direction by a drive motor 54 so that the label stock exits the label printer without label separation. In the self-strip path, a free end of the label stock is further passed around the label stripping pin, over the drive roller, and between the drive capstan and associated pinch roller, and the drive capstan is caused to rotate by the drive motor in a direction opposite to that used for the nonspooling path so that each label is partially separated as the label stock passes over the label stripping pin.
    • 在标签打印机中,通过单个机构来容纳标签库存运动的非隔离和自动剥离路径,该机构包括驱动绞盘46和相关联的压紧辊48,轴40,分别固定到 轴和驱动绞盘,用于使它们沿相反方向旋转,标签剥离销44,可围绕轴旋转的驱动辊38,离合器78,只要轴沿给定方向旋转并将驱动辊锁定到轴上,允许 每当轴沿相反方向旋转时,驱动辊能够围绕轴自由旋转;以及热打印头28,其包括热敏打印元件30,该热敏打印头28可屈服地接合驱动辊。 在非隔离路径中,标签坯料的自由端在热打印头和驱动辊之间通过,并且驱动主导轮通过驱动马达54在给定方向上旋转,使得标签纸离​​开标签打印机而没有标签分离 。 在自条路径中,标签坯料的自由端进一步绕过标签剥扣销,驱动辊上方以及驱动绞盘和相关联的压紧辊之间,驱动绞盘由驱动电机 在与非沉积路径所用的方向相反的方向上,使得当标签原料经过标签剥离销时,每个标签被部分分离。
    • 9. 发明授权
    • Respirator mask
    • 呼吸器面膜
    • US06530373B1
    • 2003-03-11
    • US09632625
    • 2000-08-04
    • Anthony P. PatronMichael SullivanGary L. HansenBradley J. BonnetteJohn W. LaiChristine G. KronichSteven S. BordewickClifford T. JueDan P. WilkinsJeff C. Weintraub
    • Anthony P. PatronMichael SullivanGary L. HansenBradley J. BonnetteJohn W. LaiChristine G. KronichSteven S. BordewickClifford T. JueDan P. WilkinsJeff C. Weintraub
    • A62B1802
    • A61M16/06A61M16/0616A61M16/0622A61M16/0633
    • A respirator mask seal and shell are provided according to one embodiment of the invention. The respirator mask seal and shell includes a mask shell having a face opening, a slot for air passage, and at least one attachment portion spaced around the face opening. They also include a movable interface having a hose connector and a contoured opening adapted to fit against the mask shell. The contoured opening is slidable over the slot and is capable of being positioned on the mask shell. The mask seal has a flexible sidewall having distal and proximal ends and includes a rounded outer seal portion located on the distal end of the sidewall, a rounded inner seal portion located between the distal and proximal ends, and a support ring embedded in the sidewall. The inner seal portion is thicker than the outer seal portion and is non-continuous. The support ring includes at least one attachment portion adapted to engage the at least one attachment portion of the mask shell. The mask seal is capable of being removably affixed to the mask shell. The movable interface is capable of being positionally adjusted on the mask shell and the mask seal is capable of being inwardly deformed by contact with a face region of the user.
    • 根据本发明的一个实施例提供了一种呼吸面罩密封件和外壳。 呼吸面罩密封件和外壳包括具有面部开口的面罩壳体,用于空气通道的狭槽以及围绕面部开口间隔开的至少一个附接部分。 它们还包括具有软管连接器的可移动接口和适于与面罩外壳相配合的轮廓开口。 轮廓的开口可以在缝隙上滑动并且能够定位在面罩壳体上。 掩模密封件具有柔性侧壁,其具有远端和近端,并且包括位于侧壁的远端上的圆形外密封部分,位于远端和近端之间的圆形内密封部分和嵌入侧壁中的支撑环。 内密封部分比外密封部分厚,并且是不连续的。 所述支撑环包括适于接合所述面罩壳的所述至少一个附接部分的至少一个附接部分。 面罩密封件能够可拆卸地固定到面罩壳体上。 可移动界面能够在面罩壳体上进行位置调节,并且掩模密封件能够通过与使用者​​的脸部区域接触而向内变形。
    • 10. 发明授权
    • Label cutter for impact printers
    • 冲击式打印机标签切割机
    • US4398441A
    • 1983-08-16
    • US312240
    • 1981-10-19
    • Clifford T. Jue
    • Clifford T. Jue
    • B26D1/30B23D17/00
    • B26D1/305Y10T83/8765Y10T83/8781Y10T83/8786Y10T83/8812
    • A label cutter particularly adapted for use with impact printers includes a stationary blade 34 and a movable blade 33, each of which has an elongated cutting edge 34A, 33A formed thereon. A first end of the movable blade is pivotally secured (70, 72, 74, 76) to a corresponding first end of the stationary blade so that the cutting edges face each other. A tension spring 84 and an arm 82 yieldably rotate the movable blade to a rest position away from the stationary blade, and also yieldably deflect a second end of the movable blade so that the cutting edge of the movable blade is pressed into contact with the cutting edge of the stationary blade as the movable blade is rotated from its rest position towards the stationary blade. An electrical solenoid 86 has a plunger 90 pinned to the movable blade, whereby the application of an electrical signal to the solenoid causes the movable blade to be moved at a relatively high speed towards the stationary blade. The cutting edges of the movable and stationary blades are defined by the lines of intersection of first and second substantially planar surfaces 100, 102 and 104, 106 thereon, with the first surfaces extending transversely to a plane 76 of rotation of the cutting edge of the movable blade and with the second surfaces being angularly disposed in respective opposite directions from that plane by substantially equal acute angles .alpha..sub.1, .alpha..sub.2. In order to maintain contact between the cutting edges of the blades as the movable blade is rotated at relatively high speeds, the mass of the second end of the movable blade is greater than that of the first end thereof.
    • 特别适合与冲击式打印机一起使用的标签切割机包括固定刀片34和可动刀片33,每个刀片具有形成在其上的细长切削刃34A,33A。 可动刀片的第一端被可枢转地固定(70,72,74,76)到固定刀片的对应的第一端,使得切削刃彼此面对。 张力弹簧84和臂82可动地将可动刀片旋转到远离固定刀片的静止位置,并且还可屈服地偏转可动刀片的第二端,使得可动刀片的切割边缘被压入与切割 当可动刀片从其静止位置朝向固定刀片旋转时,固定刀片的边缘。 电磁螺线管86具有被固定到可动刀片的柱塞90,由此向螺线管施加电信号使得可动刀片以相对较高的速度朝静止刀片移动。 可移动和固定刀片的切割边缘由其上的第一和第二基本上平坦的表面100,102和104,106的相交线限定,其中第一表面横向延伸到切割边缘的旋转平面76 可移动刀片,并且第二表面以与该平面相反的相反方向成角度地设置成基本相等的锐角α1,α2。为了在可移动刀片以相对高的速度旋转时保持刀片的切割刃之间的接触 可移动刀片的第二端的质量大于其第一端的质量。