| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 121 | One piece hydraulic disc brake caliper with one way plumbing | US13933065 | 2013-07-01 | US09057395B2 | 2015-06-16 | Takahiro Yamashita; Shinichi Takizawa |
| A bolt for use with a hydraulic disc brake caliper. The bolt includes a head and a shaft extending outwardly from the head. The shaft includes a threaded portion having a diameter, at least one channel defined in the outer surface of the threaded portion, first and second reduced diameter portions defined at least partially circumferentially around the shaft and a blocking portion separating the first and second reduced diameter portions. | ||||||
| 122 | FASTENING DEVICE | US13977120 | 2011-12-30 | US20130340240A1 | 2013-12-26 | Bin Juffri Irawan |
| In an embodiment, a fastener includes (a) a main body having a length parallel to a main axis definable through the main body, and a first cross-sectional area transverse to the main axis; and (b) at least a first set of petals carried by the main body, which includes at least one petal. The first set of petals is selectively displaceable (a) about the main axis in a direction transverse to the main axis, separate from or in the absence of axial displacement of the first set of petals in a direction parallel to the main axis, each petal within the first set of petals displaceable between a first position and a second position transverse to the main axis, the first position closer to the main axis than the second position; and (b) axially with respect to the main axis, separate from or in the absence of transverse displacement of the set of petals relative to the main axis. Such a fastener can create or mate with a hole having multiple distinct cross-sectional areas along a hole depth, including at least one cross-sectional area larger than the first cross-sectional area, which corresponds to laterally expanded petals. | ||||||
| 123 | Compound differential thread systems | US13651062 | 2012-10-12 | US08602371B2 | 2013-12-10 | James E. Shaffer |
| A compound differentially threaded element engages two or more longitudinally severed segments of a mating threaded element to provide differential linear motion. Different thread types may include pitch, thread starts, handedness or thread-form. Combinations of differential threads may be selected to enable fine or coarse linear motion without correspondingly fine or coarse thread pitches. | ||||||
| 124 | Fast-acting collapsible fastener | US12616221 | 2009-11-11 | US08342787B2 | 2013-01-01 | Dwight Smith |
| A threaded fastener includes an outer body defining an axis and an inner body at least partially positioned within the outer body. The inner body is movable along the axis relative to the outer body. A plurality of threaded segments is coupled to the outer body and radially supported by the inner body. The plurality of threaded segments defines a nominal diameter. At least one biasing member biases the plurality of threaded segments inward toward the axis. The plurality of threaded segments is movable inward toward the axis by the at least one biasing member when the inner body is moved axially from a first position to a second position so that the plurality of threaded segments define a reduced diameter that is smaller than the nominal diameter. | ||||||
| 125 | METHOD FOR PRODUCING A FASTENING DEVICE | US12891470 | 2010-09-27 | US20110076113A1 | 2011-03-31 | Joseph MUELLER; Andreas Fasske |
| A method for producing a fastening device, in which a head part and a shaft part are joined, is disclosed. | ||||||
| 126 | ONE PIECE HYDRAULIC DISC BRAKE CALIPER WITH ONE WAY PLUMBING | US12498133 | 2009-07-06 | US20110000749A1 | 2011-01-06 | Takahiro YAMASHITA; Shinichi TAKIZAWA |
| A hydraulic disc brake caliper that includes a housing that has first and second side portions and first and second end portions that cooperate to define a braking opening. The housing also includes first and second piston receiving openings and first and second fluid openings. The caliper also includes a bolt received in the second fluid opening that includes a shaft having a portion of a fluid path defined in the outer surface thereof that includes at least one channel and at least one reduced diameter portion. The fluid path extends from the first fluid opening to the second fluid opening. The at least one channel and the at least one reduced diameter portion are part of the fluid path and are in fluid communication between the first and second piston receiving openings. | ||||||
| 127 | Clamping Sleeve and Clamp Connection | US11885635 | 2006-03-06 | US20090162164A1 | 2009-06-25 | Harald Bohl |
| A clamping stub 10—to detachably hold in place elongated construction components 30 at a support 20 which is fitted with at least one continuous, threaded hole 25—comprises a stub shank (12) which can be screwed into said hole and is fitted with an inside space 22 congruent with the component 30 that can be slid into it in close-fit manner. The stub shank 12 comprises an external thread 14 fitted with at least one axis-parallel slit 16. The nominal diameter of the external thread 14 equals that of the threaded hole 25. A head 15 of the stub shank 12 is fitted with shaped surfaces 26 on which a tool may be applied and by its flanged surface 24 exceeds the diameter of said external thread 14. The inside space 22 flaring toward its end 13 in particular in conical manner runs as far as into the head 15 or passes through it. Clamping stubs 10 devoid of a head and of which the shank length at most equals the thickness of the support 20 may be used for a tubular or flat-steel support 20 fitted with at least one continuous, threaded hole 25 subtending an angle to said support. The components to be affixed to said support may be railing bars, tubes/pipes or the like. Double clamping stubs 35 are appropriate for system connection and for further applications such as slide bearings, shaft-hub couplings shaft couplings and the like, wherein the invention offers the pronounced advantage of clamping force adjustability. | ||||||
| 128 | Hole location gauges and methods | US11001801 | 2004-12-01 | US20060115343A1 | 2006-06-01 | Nicholas Hartney; Kim Heinicka; Winston Webb |
| The present invention provides devices and methods for indicating or gauging the position of one or more holes in a workpiece. In one aspect of the present invention reusable devices that can be removably engaged with a bore or tapped hole in a workpiece for accurately indicating the center axis of the bore or tapped hole are provided. An exemplary device in accordance with the present invention includes an expandable shank, indicating surface, and driving head. The driving head can be used to install the device into a hole in a workpiece. The expandable shank can be expanded to positively engage the device with the hole in the workpiece and the indicating surface can be referenced, with a probe, to determine the center axis of the hole in the workpiece. | ||||||
| 129 | Anti-vibration/rotation device for split bolts | US11119613 | 2005-05-02 | US20050249571A1 | 2005-11-10 | Charles Whipple; Cong Dinh; Jerry Woodward |
| A retaining device for a split bolt connector which includes: a continuous wall that defines an aperture and at least one bendable tab extending upwardly from the wall or a member extending between opposing wall sections. The wall is adapted to accommodate the nut on a split bolt connector in the aperture and the at least one tab, or the member, is adapted to engage the slot in the split bolt after the nut is connected to the split bolt. | ||||||
| 130 | Split lock screw fastener assembly and method | US10653324 | 2003-09-02 | US06908271B2 | 2005-06-21 | Patrick W. Breslin; Mary A. Breslin |
| A self-locking bolt assembly (1) includes a split bolt (2) and a screw set pin (3). The bolt includes a threaded shank (4), an axial bore (6) extending through the shank, the bore (6) including a threaded bore section (6A), a tapered end section (6C), and a bore midsection (6B) between the threaded bore section and the tapered end section. The screw set pin(3) includes a screw section (10B) having threads for engaging the threaded bore section (6A) and a pin shaft (10) having a tapered end section (10A) for engaging the tapered end section (6C) of the bore (6), the pin shaft (10) having a proximal end attached to the screw section (10B). The pin shaft (10) is sufficiently long to ensure that the screw set pin (3) further into the bore (6) without galling threads of the screw section (10B). The tapered end section (10A) of the pin shaft has a taper angle (α) that is less than a taper angle (β) of the tapered end section (6C) of the bore (6) to allow a narrowed end portion of the tapered end section (10A) of the pin shaft (10) to engage a narrowed end portion of the tapered end section (6C) of the bore (6). | ||||||
| 131 | Split lock screw fastener assembly and method | US10653324 | 2003-09-02 | US20040057810A1 | 2004-03-25 | Patrick W. Breslin; Mary A. Breslin |
| A self-locking bolt assembly (1) includes a split bolt (2) and a screw set pin (3). The bolt includes a threaded shank (4), an axial bore (6) extending through the shank, the bore (6) including a threaded bore section (6A), a tapered end section (6C), and a bore midsection (6B) between the threaded bore section and the tapered end section. The screw set pin(3) includes a screw section (10B) having threads for engaging the threaded bore section (6A) and a pin shaft (10) having a tapered end section (10A) for engaging the tapered end section (6C) of the bore (6), the pin shaft (10) having a proximal end attached to the screw section (10B). The pin shaft (10) is sufficiently long to ensure that the screw set pin (3) further into the bore (6) without galling threads of the screw section (10B). The tapered end section (10A) of the pin shaft has a taper angle (null) that is less than a taper angle (null) of the tapered end section (6C) of the bore (6) to allow a narrowed end portion of the tapered end section (10A) of the pin shaft (10) to engage a narrowed end portion of the tapered end section (6C) of the bore (6). | ||||||
| 132 | Connecting element | US10275218 | 2003-03-04 | US20030156920A1 | 2003-08-21 | Anton Dukart; Klaus Marx |
| The invention proposes a connecting element (5) with an elongated shaft (19), in particular a screw or bolt, for connecting two bodies, wherein at least part of the shaft (19) has a slot (14) and a recess (13). The invention also proposes that a component (10) that generates a magnetic field, and spaced apart from it, a magnetically sensitive element (11) be disposed in the vicinity of the recess (13). The proposed connecting element is particularly suitable for detecting a force or mechanical strain acting on the seat of a motor vehicle. | ||||||
| 133 | SANDWICH TYPE EXPANSION BOLT | US09796624 | 2001-03-02 | US20020122712A1 | 2002-09-05 | Richard F. S. Lin |
| An expansion bolt includes two symmetrical bolt halves, the bolt halves each having an inner side, and outer side, a front end, a rear end, and outer threads provided at the outer side for the mounting of a nut, an insert block inserted in between the bolt halves after the bolt halves have been attached together and inserted into a hole on an object, and a nut threaded onto the outer threads of the bolt halves to secure the bolt halves to the hole of the object into which the bolt halves are inserted. | ||||||
| 134 | Male screw | US09753549 | 2001-01-04 | US20010053318A1 | 2001-12-20 | Mitsuo Osame |
| A male screw 1 is divided along a partial length from the head 2 to a part of the shank 3 by a second groove 7 into at least two portions 11, 12. The portions 11, 12 divided by the second groove 7 have their outer peripheral surfaces extending obliquely so that a diameter of the male screw 1 reduces progressively downward from the head 2. | ||||||
| 135 | Nonrotating, self-centering anchor assembly for anchoring a bolt in a borehole | US891069 | 1997-07-10 | US5846041A | 1998-12-08 | John E. Bevan; Grant W. King |
| An expandable anchor assembly is provided for anchoring the threaded end portion of an elongated roof bolt in a borehole. The anchoring assembly includes a hollow outer sleeve in the form of a plurality of symmetrically arranged, longitudinal segmented wall portions with exterior gripping teeth and an inner expander sleeve in the form of a corresponding plurality of longitudinal wall portions symmetrically arranged about a central axis to define an inner threaded cylindrical section. The inner sleeve is captured within and moveable axially relative to the outer sleeve. As the threaded end portion of the elongated bolt is inserted into the inner threaded cylindrical section of the inner sleeve from the trailing end to the leading end thereof, the inner sleeve expands over and clamps around the threaded end portion of the elongated bolt. Thereafter, partial withdrawal of the elongated bolt from the borehole causes the inner sleeve to axially move relative to the outer sleeve from the leading end toward the trailing end of the outer sleeve in a wedging action to cause the outer sleeve to radially expand and force engagement of the gripping teeth against the sidewall of the borehole to thereby secure the expandable anchor assembly and therewith the threaded end portion of the elongated bolt within the borehole. | ||||||
| 136 | Machine screw | US785687 | 1997-01-17 | US5755543A | 1998-05-26 | James E. Culpen |
| An improved machine screw for engaging a correspondingly threaded aperture, comprising a threaded shank having a proximal portion and a distal portion. A head adapted to be rotated may be formed on a shank proximal end opposite the shank distal portion, such that the shank extends axially therefrom. The shank is deformable from a first position to a second position, for either (1) minimizing the contacting surface area between the shank and said aperture, and thereby allowing the machine screw to be easily insertable into said aperture, or (2) maximizing the contacting surface area between the shank and said aperture after the shank has been fully inserted into said aperture, and thereby making the hold between the screw and said aperture more secure. Such deformation of the screw occurs during its insertion into said aperture. It has been found that this deformation prevents screws of the present invention from seating improperly within threads of said aperture. Furthermore, the screw may be formed of a resilient material for allowing it to deform again as it is extracted from said aperture, and even to reform into its original shape after it has been thus extracted. The shank further includes an elongate, open-sided slot extending axially from the shank distal end toward the shank proximal end, for dividing at least a portion of the shank into at least two elongate shank legs. | ||||||
| 137 | Quick-connect bolt | US604145 | 1996-02-20 | US5634754A | 1997-06-03 | Bruce Weddendorf |
| A quick-connect bolt that can be inserted into a threaded receptacle without rotation and tightened with a minimum number of rotations. | ||||||
| 138 | Quick fastener | US77760 | 1993-06-17 | US5292217A | 1994-03-08 | John G. Korpi |
| Disclosed is a quick fastening quick releasing nut-and-bolt assembly in which the bolt has finger elements disposed along the bolt's longitudinal axis. The finger elements have sets of accurate thread segments matable with complimentary sets of radially inward facing arcuate thread segments on the inner diameter of a nut. The nut's inner diameter includes smooth semi-cylindrical surfaces circumferentially alternated with the nut's sets of thread segments. The nut has a central core body sliding upon radially inner surfaces of the finger elements so as to keep the finger elements in bearing relation with the nut's inner diameter. The assembly has a first, unlocked configuration in which the bolt's thread segments face the smooth surfaces on the nut's inner diameter. The assembly has a second, fastening configuration where the bolt's thread segments are engaged with the nut's thread segments. | ||||||
| 139 | Screw for easily engaging the internal thread of a tapped hole | US185900 | 1988-04-25 | US4822225A | 1989-04-18 | Walter Haberle |
| The screwed shank (2) of a screw (1) is divided into two halves (4, 5) by a slot (3) running centrally in longitudinal direction and two chamfers (7) running vertically to the slot (3) are provided on both long sides of the screwed shank (2). The screwed shank (2) can be inserted into the tapped hole without being obstructed by the thread parts on the two long sides of the slot (3) and the two halves of the screwed shank (2) move at first to the middle of the shank and then engage their external thread with the internal thread of the tapped hole. | ||||||
| 140 | Thread cleaning device | US182014 | 1980-08-28 | US4334334A | 1982-06-15 | David E. Wendell |
| A thermowell or the like is installed in a pipe or similar member without taking the member out of service by first welding an adapter to the surface of the member at the point where the thermowell is to be installed, connecting a gate valve and hot tapping machine to the adapter, drilling a hole in the member through the open gate valve, withdrawing the drill and closing the valve, replacing the drill in the hot tapping machine with the thermowell, opening the gate valve, and installing the thermowell through the open valve. The adapter having a taper internally threaded portion, distal from the ends of a conduit therethrough. A thread chaser or cleaning device to remove particles from the internal threads of the adapter is provided. | ||||||
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