Strain relief clamp and assembly
阅读：558发布：2023-03-30
专利汇可以提供Strain relief clamp and assembly专利检索，专利查询，专利分析的服务。并且There is disclosed a strain relief clamp and assembly for limiting relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors, the clamp assembly comprising a strain relief clamp including at least two body members each having a part-cylindrical connector body portion and a part-cylindrical cable body portion and an interconnecting portion joining the connector body portion and the cable body portion, a first binder tie clamping the connector body portions about the connector to provide engagement between locking structure on the connector body portion and the retaining structure, a second binder tie clamping the cable body portions about the cable at a predetermined position therealong, hinges interconnecting the two body members, and binder tie positioning structure provided on the connector body portions and the cable body portions.，下面是Strain relief clamp and assembly专利的具体信息内容。
1. A strain relief clamp assembly for limiting the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector, said clamp assembly comprising a strain relief clamp including an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portion clampingly engaging the associated connector and said cable body portion clampingly engaging the associated cable, locking structure on the inner surface of said connector body portion for engagement with the retaining structure on the associated connector, a first binder tie disposed around and engaging the outer surface of said connector body portion for clampingly holding said connector body portion about the associated connector with said locking structure engaging the retaining structure, first binder tie positioning structure on the outer surface of said connector body portion for holding said first binder tie in a predetermined longitudinal position with respect to said connector body portion, said cable body portion having an opening therein for receiving therethrough a binder tie, and a second binder tie disposed around and engaging the outer surface of said cable body portion and extending through said opening in position to extend between the conductors of the associated cable for clampingly holding said cable body portion about the cable at a predetermined position therealong.
2. The strain relief clamp assembly set forth in claim 1, wherein said opening in said cable body portion is in the form of an elongated slot extending longitudinally of said strain relief clamp.
3. The strain relief clamp assembly set forth in claim 2, and further comprising a second binder tie positioning structure on the outer surface of said cable body portion cooperating to hold said second binder tie in a predetermined longitudinal position with respect to said cable body portion.
4. A strain relief clamp assembly for limiting the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector, said clamp assembly comprising a strain relief clamp including at least two body members each having an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portion clampingly engaging the associated connector and said cable body portion clampingly engaging the associated cable, locking structure on the inner surface of each of said connector body portions for engagement with the retaining structure on the associated connector, a first binder tie disposed around and engaging the outer surfaces of said connector body portions for clampingly holding said connector body portions about the associated connector with said locking structure engaging the retaining structure, first binder tie positioning structure on the outer surface of each of said connector body portions and cooperating to hold said first binder tie in a predetermined longitudinal position with respect to said connector body portions, a second binder tie disposed around and engaging the outer surfaces of said cable body portions for clampingly holding said cable body portions about the cable at a predetermined position therealong, and second binder tie positioning structure on the outer surface of each of said cable body portions and cooperating to hold said second binder tie in a predetermined longitudinal position with respect to said cable body portions.
5. A strain relief clamp assembly for limiting the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector, said clamp assembly comprising a strain relief clamp including at least two body members each having an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, hinge structure interconnecting said body members and accommodating movement thereof into Positions wherein said connector body portions are arranged in generally cylindrical form and said cable body portions are arranged on the surface of a cylinder, said strain relief clamp in use being arranged with said connector body portions clampingly engaging the associated connector and said cable body portions clampingly engaging the associated cable, locking structure on the inner surface of each of said connector body portions for engagement with the retaining structure on the associated connector, a first binder tie disposed around and engaging the outer surfaces of said connector body portions for clampingly holding said connector body portions about the associated connector with said locking structure engaging the retaining structure, first binder tie positioning structure on the outer surface of each of said connector body portions and cooperating to hold said first binder tie in a predetermined longitudinal position with respect to said connector body portions, a second binder tie disposed around and engaging the outer surfaces of said cable body portions for clampingly holding said cable body portions about the cable at a predetermined position therealong, and second binder tie positioning structure on the outer surface of each of said cable body portions and cooperating to hold said second binder tie in a predetermined longitudinal position with respect to said cable body portions.
6. The strain relief clamp assembly set forth in claim 5, wherein said hinge structure interconnects said connector body portions.
7. The strain relief clamp assembly set forth in claim 6, wherein said hinge structure includes a pair of hinge members integral with the associated connector body portions.
8. The strain relief clamp assembly set forth in claim 5, wherein said strain relief clamp is molded of a synthetic organic plastic resin with the free longitudinal edges of said body members disposed in a common plane and interconnected by said hinge structure.
9. A strain relief clamp assembly for limiting the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector, said clamp assembly comprising a strain relief clamp including at least two body members each having an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portions clampingly engaging the associated connector and said cable body portions clampingly engaging the associated cable, locking structure on the inner surface of each of said connector body portions for engagement with the retaining structure on the associated connector, a first binder tie disposed around and engaging the outer surfaces of said connector body portions for clampingly holding said connector body portions about the associated connector with said locking structure engaging the retaining structure, first binder tie positioning structure on the outer surface of each of said connector body portions and cooperating to hold said first binder tie in a predetermined longitudinal position with respect to said connector body portions, each of said cable body portions having an opening therein for receiving therethrough a binder tie, and a second binder tie disposed around and engaging the outer surfaces of said cable body portions and extending through said openings in position to extend between the conductors of the associated cable for clampingly holding said cable body portions about the cable at a predetermined positioned therealong.
10. The strain relief clamp assembly set forth in claim 9, wherein said opening in each of said cable body portions is in the form of an elongated slot extending longitudinally of said strain relief clamp.
11. The strain relief clamp assembly set forth in claim 10, and further comprising a Second binder tie positioning structure on the outer surface of each of said cable body portions cooperating to hold said second binder tie in a predetermine longitudinal position with respect to said cable body portions.
12. A strain relief clamp for use in a strain relief clamp assembly to limit the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector wherein the strain relief clamp is held in operative position by first and second binder ties disposed thereabout, said strain relief clamp comprising an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portion disposed about the associated connector and clampingly held thereon by the first associated binder tie and with said cable body portion disposed about the associated cable and clampingly held thereon by the second associated binder tie, locking structure on the inner surface of said connector body portion for engagement with the retaining structure on the associated connector, and first binder tie positioning structure on the outer surface of said connector body portion for holding the first associated binder tie in a predetermined longitudinal position with respect to said connector body portion, said cable body portion having an opening therein for receiving therethrough the associated second binder tie, the second binder tie in use being disposed around and engaging the outer surface of said cable body portion and extending through said opening and between the conductors of the associated cable for clampingly holding said cable body portion about the cable at a predetermined position therealong.
13. The strain relief clamp set forth in claim 12, wherein said opening in said cable body portion is in the form of an elongated slot extending longitudinally of said strain relief clamp.
14. The strain relief clamp set forth in claim 13, and further comprising a second binder tie positioning structure on the outer surface of said cable body portion for holding the associated second binder tie in a predetermined longitudinal position with respect to said cable body portion.
15. A strain relief clamp for use in a strain relief clamp assembly to limit the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector wherein the strain relief clamp is held in operative position by first and second binder ties disposed thereabout, said strain relief clamp comprising at least two body members each having an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portion disposed about the associated connector and clampingly held thereon by the first associated binder tie and with said cable body portion disposed about the associated cable and clampingly held thereon by the second associated binder tie, locking structure on the inner surface of each of said connector body portions for engagement with the retaining structure on the associated connector, first binder tie positioning structure on the outer surface of each of said connector body portions and cooperating to hold the first associated binder tie in a predetermined longitudinal position with respect to said connector body portions, and second binder tie positioning structure on the outer surface of each of said cable body portions and cooperating to hold the associated second binder tie in a predetermined longitudinal position with respect to said cable body portions.
16. A strain relief clamp for use in a strain reliEf clamp assembly to limit the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector wherein the strain relief clamp is held in operative position by first and second binder ties disposed thereabout, said strain relief clamp comprising at least two body members each having an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, hinge structure interconnecting said body members and accommodating movement thereof into positions wherein said connector body portions are arranged in generally cylindrical form and said cable body portions are arranged as on the surface of a cylinder, said strain relief clamp in use being arranged with said connector body portions disposed about the associated connector and clampingly held thereon by the first associated binder tie and with said cable body portions disposed about the associated cable and clampingly held thereon by the second associated binder tie, locking structure on the inner surface of each of said connector body portions for engagement with the retaining structure on the associated connector, first binder tie positioning structure on the outer surface of each of said connector body portions and cooperating to hold the first associated binder tie in a predetermined longitudinal position with respect to said connector body portions, and second binder tie positioning structure on the outer surface of each of said cable body portions and cooperating to hold the associated second binder tie in a predetermined longitudinal position with respect to said cable body portions.
17. The strain relief clamp set forth in claim 16, wherein said hinge structure interconnects said connector body portions.
18. The strain relief clamp set forth in claim 17, wherein said hinge structure includes a pair of hinge members integral with the associated connector body portions.
19. The strain relief clamp set forth in claim 18, wherein said strain relief clamp is molded of a synthetic organic plastic resin with the free longitudinal edges of said body members disposed in a common plane and interconnected by said hinged structure.
20. A strain relief clamp for use in strain relief clamp assembly to limit the relative movement between a generally cylindrical connector having retaining structure thereon and a cable of electrical conductors coupled to the connector wherein the strain relief clamp is held in operative position by first and second binder ties disposed thereabout, said strain relief clamp comprising at least two body members each having an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portions disposed about the associated connector and clampingly held thereon by the first associated binder tie and with said cable body portions disposed about the associated cable and clampingly held thereon by the second associated binder tie, locking structure on the inner surface of each of said connector body portions for engagement with the retaining structure on the associated connector, and first binder tie positioning structure on the outer surface of each of said connector body portions and cooperating to hold the first associated binder tie in a predetermined longitudinal position with respect to said connector body portions, each of said cable body portions having an opening therein for receiving therethrough the associated second binder tie, the second binder tie in use being disposed around and engaging the outer surfaces of said cable body portions and extending through said openings and between the conductors of the associated cable for clampingly holding said cAble body portions about the cable at a predetermined position therealong.
21. The strain relief clamp set forth in claim 20, wherein said opening in each of said cable body portions is in the form of an elongated slot extending longitudinally of said strain relief clamp.
22. The strain relief clamp set forth in claim 21, and further comprising a second binder tie positioning structure on the outer surface of each of said cable body portions cooperating to hold the associated second binder tie in a predetermined longitudinal position with respect to said cable body portions.
23. A strain relief clamp assembly for limiting the relative movement between a generally cylindrical connector having helical grooves in the outer surface thereof and a cable of electrical conductors coupled to the connector, said clamp assembly comprising a strain relief clamp including an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portion clampingly engaging the associated connector and said cable body portion clampingly engaging the associated cable, locking structure in the form of interrupted helical ridges on the inner surface of said connector body portion shaped complementary to the helical grooves on the associated connector for engagement therewith, a first binder tie disposed around and engaging the outer surface of said connector body portion for clampingly holding said connector body portion about the associated connector with said locking structure engaging the retaining structure, first binder tie positioning structure on the outer surface of said connector body portion for holding said first binder tie in a predetermined longitudinal position with respect to said connector body portion, a second binder tie disposed around and engaging the outer surface of said cable body portion for clampingly holding said cable body portion about the cable at a predetermined position therealong, and second binder tie positioning structure on the outer surface of said cable body portion for holding said second binder tie in a predetermined longitudinal position with respect to said cable body portion.
24. A strain relief clamp for use in a strain relief clamp assembly to limit the relative movement between a generally cylindrical connector having helical grooves in the outer surface thereof and a cable of electrical conductors coupled to the connector wherein the strain relief clamp is held in operative position by first and second binder ties disposed thereabout, said strain relief clamp comprising an essentially part-cylindrical connector body portion and an essentially part-cylindrical cable body portion and an interconnecting portion joining said connector body portion and said cable body portion, said strain relief clamp in use being arranged with said connector body portion disposed about the associated connector and clampingly held thereon by the first associated binder tie and with said cable body portion disposed about the associated cable and clampingly held thereon by the second associated binder tie, locking structure in the form of interrupted helical ridges on the inner surface of said connector body portion shaped complementary to the helical grooves on the associated connector for engagement therewith, first binder tie positioning structure on the outer surface of said connector body portion for holding the first associated binder tie in a predetermined longitudinal position with respect to said connector body portion, and second binder tie positioning structure on the outer surface of said cable body portion for holding the associated second binder tie in a predetermined longitudinal position with respect to said cable body portion.
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