US 10,207,902 B2Granted

Load-mountable lift eye assembly

AssigneeMJT Holdings, LLC

InventorsBenjie Bradshaw, Patrick Lawrence Giles

Life of this patent

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Abstract

Exemplary embodiments of a load-mountable lift eye assembly comprise a connection interface, a mounting coupler and an axial retention element. A bushing may be disposed radially between the mounting coupler and a mounting bore of the connection interface. The axial retention element may engage the mounting bore so as to retain a segment of a head portion of the mounting coupler between a shoulder flange of the mounting bore and the axial retention element, thereby retaining the mounting coupler in mounting position and limiting its ability to move axially with respect to the connection interface. The mounting coupler may include a head-shaft interface. In such case, when the mounting coupler is in its mounting position, the head-shaft interface may be axially offset from the mounting face of the connection interface. The mounting coupler may include a tool-engagement section adapted to be engaged by one or more types of torqueing tools.

Claims19

Dependent claims

A load-mountable lift eye assembly comprising:

a connection interface element including a mounting portion and a hoop portion, the mounting portion having a mounting bore extending along a main axis, a connection aperture being defined by the connection interface element so as to extend therethrough orthogonally to the main axis, the mounting bore having shoulder flange extending radially inwardly thereof;
a mounting coupler extending between a first end and a second end, and including a head portion at the first end and a shaft portion extending from the second end toward the head portion, the mounting coupler being configured to be received through the mounting bore for placement in a mounting position with respect to the connection interface element;
an axial retention element configured to engage the mounting bore so as to retain at least a segment of the head portion between the shoulder flange and the axial retention element, thereby retaining the mounting coupler in the mounting position and limiting axial movement of the mounting coupler along the main axis with respect to the mounting portion;
and
a bushing element disposed radially between the mounting coupler and the mounting bore;
wherein
(a) the mounting coupler includes a head-shaft interface defined between the head portion and the shaft portion;
(b) the mounting portion includes a mounting face disposed oppositely of the hoop portion;
(c) when the mounting coupler is in the mounting position, the head-shaft interface is axially offset from the mounting face in a direction inward of the mounting face;
(d) the bushing element includes a head engagement portion tapered with respect to the main axis;
(e) the head portion includes a support face disposed oppositely of the first end and being tapered with respect to the main axis;
and
(f) when the mounting coupler is in the mounting position, the support face is in contact with the head engagement portion.

10 more elements

A load-mountable lift eye assembly comprising:

a connection interface element including a mounting portion and a hoop portion, the mounting portion having a mounting bore extending along a main axis, a connection aperture being defined by the connection interface element so as to extend therethrough orthogonally to the main axis, the mounting bore having shoulder flange extending radially inwardly thereof;
a mounting coupler extending between a first end and a second end, and including a head portion at the first end and a shaft portion extending from the second end toward the head portion, the mounting coupler being configured to be received through the mounting bore for placement in a mounting position with respect to the connection interface element;
an axial retention element configured to engage the mounting bore so as to retain at least a segment of the head portion between the shoulder flange and the axial retention element, thereby retaining the mounting coupler in the mounting position and limiting axial movement of the mounting coupler along the main axis with respect to the mounting portion;
and
a bushing element disposed radially between the mounting coupler and the mounting bore;
wherein
(a) the mounting bore includes an axial retention groove extending circumferentially therein;
(b) the axial retention element is a c-clip configured to engage the axial retention groove;
(c) the mounting coupler includes a head-shaft interface defined between the head portion and the shaft portion;
(d) the mounting portion includes a mounting face disposed oppositely of the hoop portion;
(e) when the mounting coupler is in the mounting position, the head-shaft interface is axially offset from the mounting face in a direction inward of the mounting face;
(f) the bushing element includes a head engagement portion tapered with respect to the main axis;
(g) the head portion includes a support face disposed oppositely of the first end and being tapered with respect to the main axis;
(h) when the mounting coupler is in the mounting position, the support face is in contact with the head engagement portion;
(i) the bushing element includes a shoulder engagement portion;
and
(j) when the mounting coupler is in the mounting position, the shoulder engagement portion is in contact with the shoulder flange.

14 more elements

Dependencies are inferred from the claim text.

Facts

Application: 15/823,424Filed 27 Nov 2017 · continuation in part
Priority: 1 Sep 2016
Published: US 2018/0079628 A122 Mar 2018
Granted: 19 Feb 2019
Term ends: Not estimatedThe source records don’t support an estimate.

Classification2 codes

B66C 1/66
Comprising article-engaging members of a shape complementary to that of the articles to be handled: for engaging holes, recesses, or abutments on…
B66C
Cranes