초록 ▼

A resilient fastening clip (10) for attaching a plant member (22) to a portion of a support structure includes a clip wall (24) that creates a first enclosure (12) and a second enclosure (14) which are integrally fashioned from the clip wall (24). The first enclosure (12) has a first enclosure entry

A resilient fastening clip (10) for attaching a plant member (22) to a portion of a support structure includes a clip wall (24) that creates a first enclosure (12) and a second enclosure (14) which are integrally fashioned from the clip wall (24). The first enclosure (12) has a first enclosure entry mouth (16), and the second enclosure (14) has a second enclosure entry mouth (18). The first enclosure entry mouth (16) may lie either within the second enclosure (14), or may be external to it. A flexible arm (34) is optionally provided to help capture the support wire (20). The clip (10) may also have a number of gripper protrusions (46) which prevent rotation of the plant member (22) within the second enclosure (14). An alternative preferred embodiment of a resilient clip (110) has a transverse wire channel (58) formed in the first enclosure region (12), into which a support wire (20) may be inserted. The clip (110) may also have an enlarged retaining arm (64) which divides the second closure (14) into inner (66) and outer enclosure portions (68). Another preferred embodiment of a resilient clip (210) has an enlarged first enclosure (12) that is configured to accept a trellis slat (84).

대표청구항 ▼

1. A resilient fastening clip for attaching a plant member to a portion of a support structure, comprising:a clip wall creating a first enclosure and a second enclosure with are integrally fashioned from said clip wall, the clip wall having an inner face and a height; said first enclosure having a f

1. A resilient fastening clip for attaching a plant member to a portion of a support structure, comprising:a clip wall creating a first enclosure and a second enclosure with are integrally fashioned from said clip wall, the clip wall having an inner face and a height; said first enclosure having a first enclosure entry mouth which may be resiliently spread open to allow entrance of a support structure portion, and which closes after insertion to prevent outward passage of said support structure portion; said second enclosure having a second enclosure entry mouth which may be resiliently spread open to allow entrance of a plant member, and which closes after insertion to prevent outward passage of said plant member, the second enclosure further comprising an enlarged retaining arm which divides the second enclosure into an inner enclosure portion and an outer enclosure portion, said retaining arm being attached to said inner surface of said clip wall at a pivot point, said retaining arm being resiliently rotatable about said pivot point as said plant member increases in diameter, said inner enclosure portion being accessible through said enclosure mouth, such that a plant member is introduced into said inner enclosure portion and is resiliently held between said retaining arm and said inner surface of said clip wall, said retaining arm having a retaining arm tip and a thinner portion proximate to said pivot point, said thinner portion allowing said retaining arm tip to rise above the height of the clip wall as said retaining arm pivots wherein the rotation of the retaining arm tip is not constrained by contact with said clip wall inner surface.