IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0073332
(2002-02-13)
|
발명자
/ 주소 |
|
대리인 / 주소 |
|
인용정보 |
피인용 횟수 :
5 인용 특허 :
10 |
초록
▼
A tie down device for securing modern sport type motorcycles having a full fairing to a truck or trailer bed without damaging the fairing. The device has a support T-bar that is secured to the central portion of the steering area of the motorcycle by a central stabilizer rod. The T-bar includes a ti
A tie down device for securing modern sport type motorcycles having a full fairing to a truck or trailer bed without damaging the fairing. The device has a support T-bar that is secured to the central portion of the steering area of the motorcycle by a central stabilizer rod. The T-bar includes a tie down bar perpendicular to a stabilizer rod having a height stop. The stabilizer rod fits within a center-bored nut on the steering stem and into the frame neck of most sport motorcycles. Adjacent to and spaced inward from each end of the tie down bar are handle bar stabilizing hooks and tie down eyelets for attachment of standard tie down straps The invention provides tie down points for securing the motorcycle without attaching the tie down straps to the motorcycle, thus avoiding damage to the fairing and handle bars.
대표청구항
▼
A tie down device for securing modern sport type motorcycles having a full fairing to a truck or trailer bed without damaging the fairing. The device has a support T-bar that is secured to the central portion of the steering area of the motorcycle by a central stabilizer rod. The T-bar includes a ti
A tie down device for securing modern sport type motorcycles having a full fairing to a truck or trailer bed without damaging the fairing. The device has a support T-bar that is secured to the central portion of the steering area of the motorcycle by a central stabilizer rod. The T-bar includes a tie down bar perpendicular to a stabilizer rod having a height stop. The stabilizer rod fits within a center-bored nut on the steering stem and into the frame neck of most sport motorcycles. Adjacent to and spaced inward from each end of the tie down bar are handle bar stabilizing hooks and tie down eyelets for attachment of standard tie down straps The invention provides tie down points for securing the motorcycle without attaching the tie down straps to the motorcycle, thus avoiding damage to the fairing and handle bars. st drill according to claim 2, wherein: said first concentration at said first portion is disposed at a depth of up to about forty micrometers as measured from said exterior of said tool portion. 4. The twist drill according to claim 3, wherein: the ratio of said components of said binder is the same within said first portion and said second portion. 5. A tool having a material engaging and manipulating portion configured to remove or dislodge material, said tool comprising one of: a drill, an endmill, a reamer, a threading tool, a threading tap, a material cutting insert, a milling insert, an indexable insert, a material cutting insert with a chip control structure, a material milling insert with chip control structure, an earth auger, a mineral drill, a rock drill, a snow plow blade, a roller cutter, a grinding apparatus, a comminuting apparatus, a seed boot, a disc blade, a stump cutter, a grinder, a furrowing tool, a screw head punch; said tool comprising: a cermet body configured to engage material to remove or dislodge material; said cermet body comprising at least one hard component and a binder; said binder comprising: cobalt in the range of from about forty weight percent to about ninety weight percent; nickel in the range of from about four weight percent to about thirty-six weight percent; and iron in the range of from about four weight percent to about thirty-six weight percent; said binder having a ratio of nickel to iron in the range of about 1.5:1 to about 1:1.5; said binder in said body having a first concentration at a first portion and a second concentration at a second portion; said first concentration in said first portion being substantially different from said second concentration in said second portion to thus form a gradient in said body; said binder comprising a substantially face centered cubic structure, with the difference in concentration between said first concentration and said second concentration of said binder in said body being configured and disposed to substantially maintain said face centered cubic structure of said binder upon said binder being subjected to plastic deformation; and the difference in concentration between said first concentration and said second concentration of said binder in said body also being configured and disposed to minimize stress and strain induced transformations in said binder, and to maximize fatigue resistance and toughness in said body. 6. The tool according to claim 5, wherein: said first concentration at said first portion comprises a concentration at the exterior of said body greater than said second concentration at said second portion at the interior of said body. 7. The tool according to claim 6, wherein: said first concentration at said first portion is disposed at a depth of up to about forty micrometers measured from the exterior of said body. 8. The tool according to claim 7, wherein: the ratio of the components of said binder is the same within said first portion and in said second portion. 9. The tool according to claim 8, wherein: said binder comprises an austenitic binder. 10. The tool according to claim 9, wherein: said binder comprises from four weight percent to about ten weight percent of said body. 11. The tool according to claim 10, wherein said at least one hard component comprises at least one of (A.); (B.); and (C): (A.) at least one carbide, at least one nitride, at least one carbonitride, their mixtures, and their solid solutions; (B.) at least one carbide of titanium, at least one carbide of zirconium, at least one carbide of hafnium, at least one carbide of vanadium, at least one carbide of niobium, at least one carbide of tantalum, at least one carbide of chromium, at least one carbide of molybdenum, and at least one carbide of tungsten; and (C.) at least one carbonitride of titanium, at least one carbonitride of zirconium, at least one carbonitride of hafnium, at least one
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