IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0978861
(2001-10-16)
|
발명자
/ 주소 |
|
출원인 / 주소 |
|
대리인 / 주소 |
Law Offices of James D. McFarland
|
인용정보 |
피인용 횟수 :
5 인용 특허 :
27 |
초록
▼
A shipping pallet offers significant advantage over the prior art, in that it is stronger, lighter, stiffer and more rigid, more economical, and ecologically sound. The pallet for shipping materials includes a deck that has a plurality of arch elements situated adjacent to each other and wherein eac
A shipping pallet offers significant advantage over the prior art, in that it is stronger, lighter, stiffer and more rigid, more economical, and ecologically sound. The pallet for shipping materials includes a deck that has a plurality of arch elements situated adjacent to each other and wherein each of the arch elements is situated such that a load applied to the deck will transmit forces through each of the arch elements and towards adjacent arch elements, such that forces from adjacent arch elements intersect each other at an intersection point. One advantage of this structural design is that the intersecting forces create a countervailing compressive stress to fully or partially offset the forces from the applied load by laterally redirecting the stress inducing forces.
대표청구항
▼
A shipping pallet offers significant advantage over the prior art, in that it is stronger, lighter, stiffer and more rigid, more economical, and ecologically sound. The pallet for shipping materials includes a deck that has a plurality of arch elements situated adjacent to each other and wherein eac
A shipping pallet offers significant advantage over the prior art, in that it is stronger, lighter, stiffer and more rigid, more economical, and ecologically sound. The pallet for shipping materials includes a deck that has a plurality of arch elements situated adjacent to each other and wherein each of the arch elements is situated such that a load applied to the deck will transmit forces through each of the arch elements and towards adjacent arch elements, such that forces from adjacent arch elements intersect each other at an intersection point. One advantage of this structural design is that the intersecting forces create a countervailing compressive stress to fully or partially offset the forces from the applied load by laterally redirecting the stress inducing forces. al., 102/217; US-4669383, 19870600, Penner, 102/202; US-4685396, 19870800, Birse et al., 102/206; US-4754705, 19880700, Worsey, 102/333; US-4809612, 19890300, Ballreich et al., 102/466; US-4869171, 19890900, Abouav, 102/215; US-4884506, 19891200, Guerreri, 102/200; US-4886126, 19891200, Yates, Jr., 175/004.54; US-4900092, 19900200, Van Der Westhuizen et al., 299/013; US-5000516, 19910300, Kolle et al., 299/016; US-5033390, 19910700, Minert et al., 102/530; US-5052301, 19911000, Walker, 102/202.7; US-5069130, 19911200, Buckley et al., 102/202; US-5090321, 19920200, Abouav, 102/200; US-5098163, 19920300, Young, 299/013; US-5211224, 19930500, Bouldin, 166/063; US-5247886, 19930900, Worsey, 102/312; US-5253586, 19931000, Worsey, 102/313; US-5308149, 19940500, Watson et al., 299/013; US-5375527, 19941200, Nakajima, 102/301; US-5452661, 19950900, Neff, 102/202.7; US-5474364, 19951200, Ruzzi et al., 299/013; US-5482754, 19960100, Crook, 428/054; US-5551344, 19960900, Couet et al., 102/312; US-5564499, 19961000, Willis et al., 166/299; US-5573307, 19961100, Wilkinson et al., 299/014; US-5576511, 19961100, Alhamad, 102/303; US-5611605, 19970300, McCarthy, 299/013; US-5705768, 19980100, Ey, 103/307; US-5710390, 19980100, Ofca, 102/275.4; US-5714712, 19980200, Ewick et al., 102/311; US-5765923, 19980600, Watson et al., 299/013; US-5789694, 19980800, Mey, 086/020.15; US-5803550, 19980900, Watson et al., 299/013; US-5803551, 19980900, McCarthy, 299/013; US-5874691, 19990200, Manole et al., 102/507; US-6035784, 20000300, Watson, 102/313; US-6119574, 20000900, Burkey et al., 089/036.04; US-6145933, 20001100, Watson et al., 299/013; US-6148730, 20001100, Watson, 102/313; US-6155172, 20001200, Nakajima, 102/302; US-6213022, 20010400, Pullum, 102/507; US-
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