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    • 52. 发明授权
    • Thermoplastic pallet
    • 热塑托盘
    • US06446563B1
    • 2002-09-10
    • US09514518
    • 2000-02-28
    • Harout Ohanesian
    • Harout Ohanesian
    • B65D1938
    • B65D19/0012B65D19/0018B65D19/0036B65D19/004B65D19/0048B65D2519/00034B65D2519/00069B65D2519/00104B65D2519/00129B65D2519/00139B65D2519/00149B65D2519/00268B65D2519/00278B65D2519/00288B65D2519/00318B65D2519/00323B65D2519/00333B65D2519/00338B65D2519/00343B65D2519/00373B65D2519/00407B65D2519/00412B65D2519/00417B65D2519/00437B65D2519/00442B65D2519/00462B65D2519/00467B65D2519/00472B65D2519/00557B65D2519/00562B65D2519/00572B65D2519/0084B65D2519/0094Y10S108/902
    • An improved load bearing pallet includes an upper deck formed from a sheet of thermoplastic material with a load engaging surface and an opposing, substantially parallel lift engaging surface. Ridges, channels, depressions, and legs, are formed in the sheet with corresponding features being necessarily defined by the sheet on the opposite side. The pallet preferably includes a peripheral channel formed around a periphery of the upper deck and nine legs positioned in three rows of three creating two gaps on each side of the pallet for the tines of a fork lift to enter to lift the pallet. A plurality of strengthening ridges and channels are formed in the load bearing surface of the upper deck, with corresponding channels and ridges necessarily formed in the lifting surface of the upper deck, to resist bending and folding of the pallet. A reinforcing member received within the peripheral channel includes a steel core encapsulated within a thermoplastic coating that is molecularly bonded or cross-linked to the molecular structure of the thermoplastic material of the pallet. A lower deck or other support structure may be coupled or molecularly bonded to the upper deck. The lower deck may also include ridges, channels, depressions, legs, and reinforcing members. The pallet includes runners coupled to the legs of the decks, a stack of decks with runners, and a method for stacking decks when the decks are not in use. The pallet further includes modular dual deck pallets to allow ease of transportation and storage.
    • 改进的承载托盘包括由具有负载接合表面和相对的基本上平行的提升接合表面的热塑性材料片形成的上甲板。 脊椎,通道,凹陷和腿部形成在片材中,相应的特征必须由相对侧上的片材限定。 托盘优选地包括围绕上甲板的周边形成的周边通道,并且九个腿定位在三排三排中,在托盘的每一侧上形成两个间隙,用于叉式升降机的叉进入以提升托盘。 在上甲板的承载面上形成有多个加强脊和通道,其中必须在上甲板的提升表面中形成相应的通道和脊,以抵抗托盘的弯曲和折叠。 容纳在周边通道内的加强构件包括包封在与托盘的热塑性材料的分子结构分子结合或交联的热塑性涂层内的钢芯。 下甲板或其他支撑结构可以联接或分子结合到上甲板。 下甲板还可以包括脊,通道,凹陷,腿和加强构件。 托盘包括连接到甲板的腿部的跑道,具有跑步者的一叠甲板,以及当甲板不使用时堆放甲板的方法。 托盘还包括模块化双层托盘,以便于运输和存储。
    • 53. 发明申请
    • Thermoplastic pallet
    • 热塑托盘
    • US20020104465A1
    • 2002-08-08
    • US09990676
    • 2001-11-14
    • Harout Ohanesian
    • B65D019/38
    • B65D19/0012B65D19/0018B65D19/0036B65D19/004B65D19/0048B65D2519/00034B65D2519/00069B65D2519/00104B65D2519/00129B65D2519/00139B65D2519/00149B65D2519/00268B65D2519/00278B65D2519/00288B65D2519/00318B65D2519/00323B65D2519/00333B65D2519/00338B65D2519/00343B65D2519/00373B65D2519/00407B65D2519/00412B65D2519/00417B65D2519/00437B65D2519/00442B65D2519/00462B65D2519/00467B65D2519/00472B65D2519/00557B65D2519/00562B65D2519/00572B65D2519/0084B65D2519/0094Y10S108/902
    • An improved load bearing pallet includes an upper deck formed from a sheet of thermoplastic material with a load engaging surface and an opposing, substantially parallel lift engaging surface. Ridges, channels, depressions, and legs, are formed in the sheet with corresponding features being necessarily defined by the sheet on the opposite side. The pallet preferably includes a peripheral channel formed around a periphery of the upper deck and nine legs positioned in three rows of three creating two gaps on each side of the pallet for the tines of a fork lift to enter to lift the pallet. A plurality of strengthening ridges and channels are formed in the load bearing surface of the upper deck, with corresponding channels and ridges necessarily formed in the lifting surface of the upper deck, to resist bending and folding of the pallet. A reinforcing member received within the peripheral channel includes a steel core encapsulated within a thermoplastic coating that is molecularly bonded or cross-linked to the molecular structure of the thermoplastic material of the pallet. A lower deck or other support structure may be coupled or molecularly bonded to the upper deck. The lower deck may also include ridges, channels, depressions, legs, and reinforcing members. The invention includes runners coupled to the legs of the decks, a stack of decks with runners, and a method for stacking decks when the decks are not in use. The invention further includes modular dual deck pallets to allow ease of transportation and storage.
    • 改进的承载托盘包括由具有负载接合表面和相对的基本上平行的提升接合表面的热塑性材料片形成的上甲板。 脊椎,通道,凹陷和腿部形成在片材中,相应的特征必须由相对侧上的片材限定。 托盘优选地包括围绕上甲板的周边形成的周边通道,并且九个腿定位在三排三排中,在托盘的每一侧上形成两个间隙,用于叉式升降机的叉进入以提升托盘。 在上甲板的承载面上形成有多个加强脊和通道,其中必须在上甲板的提升表面中形成相应的通道和脊,以抵抗托盘的弯曲和折叠。 容纳在周边通道内的加强构件包括包封在与托盘的热塑性材料的分子结构分子结合或交联的热塑性涂层内的钢芯。 下甲板或其他支撑结构可以联接或分子结合到上甲板。 下甲板还可以包括脊,通道,凹陷,腿和加强构件。 本发明包括连接到甲板的腿部的跑步机,具有跑步机的甲板堆叠,以及当甲板不使用时堆放甲板的方法。 本发明还包括模块化双层托盘,以便于运输和储存。
    • 54. 发明授权
    • Packing system for unit loads
    • 单位负荷包装系统
    • US06269951B1
    • 2001-08-07
    • US09463342
    • 2000-03-14
    • Wolfgang Hartwig
    • Wolfgang Hartwig
    • B65D1900
    • B65D19/0012B65D71/0092B65D85/46B65D2519/00019B65D2519/00054B65D2519/00104B65D2519/00278B65D2519/00288B65D2519/00318B65D2519/00343B65D2519/00373B65D2519/00557B65D2571/00117
    • The invention relates to a packing system for unit loads which can be stacked in a plurality of adjacent piles or piles stacked on top of each other to form a substantially stable pile consisting of at least two stacked layers of unit loads. The invention is characterized in that spacers are provided between at least two successive stacked layers so that both stacked layers are vertically interspaced; at least one device is provided on top of and below the stack to protect at least partially the external contour of the unit loads located in the top and lower stack position; at least one fixing device encompassing the other periphery of the stack is included so that it encompasses the stack in such a way that the unit loads in a stack position are pressed against the unit loads in a directly and vertically adjacent stack position; and the fixing device extends over the protection device.
    • 本发明涉及一种用于单元负载的包装系统,其可以堆叠在彼此堆叠的多个相邻的堆叠或堆叠中,以形成由至少两个堆叠的单元负载层组成的基本稳定的桩。 本发明的特征在于,在至少两个连续堆叠的层之间设置间隔物,使得两个堆叠层是垂直间隔的; 在堆叠的顶部和底部设置至少一个装置,以至少部分地保护位于顶部和下部堆叠位置的单元负载的外部轮廓; 包括围绕堆叠的另一个周边的至少一个固定装置被包括,使得它以这样的方式包围堆叠,使得单元在堆叠位置的载荷被压靠在直接和垂直相邻堆叠位置的单元负载上; 并且固定装置延伸越过保护装置。
    • 56. 发明授权
    • Divisible shipping platform apparatus
    • 可分割运输平台设备
    • US6076475A
    • 2000-06-20
    • US187512
    • 1998-11-06
    • Wayne KuhnRobert MillerElizabeth G. Wilson
    • Wayne KuhnRobert MillerElizabeth G. Wilson
    • B65D19/00B65D19/22
    • B65D19/0012B65D2519/00019B65D2519/00054B65D2519/00089B65D2519/00273B65D2519/00293B65D2519/00323B65D2519/00338B65D2519/00343B65D2519/00363B65D2519/00373B65D2519/00378B65D2519/00557B65D2519/00562B65D2519/00751B65D2565/385
    • A divisible shipping platform apparatus for supporting and transporting loads, in which the apparatus is easily divided into multiple independent shipping platform units for subsequent transporting and handling loads. The divisible shipping platform apparatus comprises a platform member separated from a bottom panel member by a series of pylons. The platform member and bottom panel member are constructed with one or more frangibility lines dividing the platform member and bottom panel member into divisible regions. Inasmuch as those frangibility lines and divisible regions are substantially aligned, independent shipping platform units may be separated from the divisible shipping platform apparatus upon exertion of a force on the divisible regions and, in turn, the frangibility lines. Pylon sleeves, substantially corresponding to the configuration of the platform member and bottom panel member divisible regions, may be associated with the pylons to facilitate division of the divisible shipping platform apparatus and to provide increased structural integrity for the independent shipping platform units. The divisible shipping platform may also be constructed with multiple, independent bottom panels corresponding to each platform member divisible region, or no bottom panel at all. Likewise, the divisible shipping platform may be constructed of a substantially unitary paperboard blank.
    • 一种用于支撑和运输负载的可分离的运输平台装置,其中装置容易地分成多个独立的运输平台单元,用于随后的运输和处理负载。 可分割运输平台装置包括通过一系列塔架与底板构件分离的平台构件。 平台构件和底板构件构造有将平台构件和底板构件分割成可分割区域的一个或多个脆性线。 由于这些脆弱性线和可分割区域基本一致,独立航运平台单位可能在可分割区域上施加力量而与可分割航运平台设备分离,反过来又是脆弱性线路。 基本上对应于平台构件和底板构件可分区域的构造的塔架套筒可以与塔架相关联,以便于可分割运输平台装置的划分并且为独立运输平台单元提供增加的结构完整性。 可分割的运输平台还可以构造成具有对应于每个平台构件可分区域的多个独立的底板,或者根本没有底板。 同样地,可分割的运输平台可以由基本上单一的纸板坯件构成。
    • 60. 发明授权
    • Reinforced plastic pallet
    • 强化塑料托盘
    • US5755162A
    • 1998-05-26
    • US399747
    • 1995-03-07
    • John W. KnightPaul W. BakerDavid Paul Jones
    • John W. KnightPaul W. BakerDavid Paul Jones
    • B65D19/00
    • B65D19/0012B65D19/0018B65D2519/00034B65D2519/00069B65D2519/00268B65D2519/00273B65D2519/00288B65D2519/00318B65D2519/00338B65D2519/00343B65D2519/00348B65D2519/00407B65D2519/00412B65D2519/00432B65D2519/00437B65D2519/00442B65D2519/00557B65D2519/00562B65D2519/00572Y10S108/901
    • A reinforced pallet (10) includes an upper surface (11) and a pair of opposing support sides (14, 15). The pallet (10) also includes at least one reinforcing bar channel (50) and a reinforcing bar (40) received within reinforcing bar channel (50). A twin-sheet pallet (10) is formed vacuum-forming a first plastic sheet (33a) to a first mold section (30) and a second plastic sheet (33b) to a second mold sheet (31), wherein a preselected portion of the second mold section (31) is sealed such that the second plastic sheet (33b) is not vacuum-formed. The mold sections (30, 31) are then moved together and the sheets (33a, 33b) are compressed together at preselected locations. A thermoformed, plastic pallet (10) for bearing and positioning a load, also includes and a retaining wall assembly (90) carried by the upper surface (11); the retaining wall assembly (90) including a wall-receiving slot (91) in the upper surface (11) and a retaining wall means (92) received and positioned within the slot (91). The pallet (130) has a plurality of angled, spaced reinforcing bars (40a and 40b) supported by a plurality of cooperating webs 150.
    • 加强托板(10)包括上表面(11)和一对相对的支撑侧面(14,15)。 托盘(10)还包括容纳在钢筋通道(50)内的至少一个钢筋通道(50)和钢筋(40)。 形成双页板(10),将第一塑料片(33a)真空成形为第一模具部(30),将第二塑料片(33b)真空成型到第二模板(31),其中预选部分 第二模具部分(31)被密封,使得第二塑料片(33b)未被真空成形。 然后将模具部分(30,31)一起移动,并且片材(33a,33b)在预选位置被压缩在一起。 用于承载和定位负载的热成型塑料托盘(10)还包括由上表面(11)承载的挡墙组件(90)。 所述挡土墙组件(90)包括在所述上表面(11)中的壁接收槽(91)和容纳并定位在所述槽(91)内的保持壁装置(92)。 托盘(130)具有由多个配合的腹板150支撑的多个成角度间隔开的加强杆(40a和40b)。