Splice chip device
View Patent ↗A splice tray arrangement including a tray and a splice chip. The splice chip includes a plurality of arms that define channels for holding splice elements. The arms include retaining structure for retaining a splice element in both of either one of an upper region and a lower region of a channel. The splice tray arrangement also includes a mounting arrangement for securing the splice chip to the tray at a mounting location. The mounting arrangement includes sliding interlock guides disposed on each of the splice chip and the tray. The mounting arrangement further includes flexible tabs arranged to prevent lateral movement of the splice chip when positioned at the mounting location.
1. A splice chip, comprising:
a) a base;
b) a plurality of arms projecting outward from the base, the plurality of arms including a plurality of longer arms and a plurality of shorter arms, the arms defining channels having a height sized to receive multiple splice elements in a stacked relationship, the height of each of the channels being defined by a first channel region and a second channel region of the channel; and
c) retaining structure arranged to retain a splice element in both of either one of the first channel region and the second channel region.
2. The splice chip of claim 1 , wherein the retaining structure includes tabs located at an end of each of the arms.
3. The splice chip of claim 1 , wherein the plurality of longer arms includes first and second rows of longer arms, and the plurality of shorter arms includes first and second rows of shorter arms.
4. The splice chip of claim 3 , further including a plurality of dividers located between the first and second rows of longer arms.
5. The splice chip of claim 1 , wherein the retaining structure includes tabs located at an end of each of the longer arms and each of the shorter arms.
6. The splice chip of claim 5 , wherein the arms are flexible arms, and wherein the tabs and the flexible arms permit a splice element to be snap-fit into both of either one of the first channel region and the second channel region.
7. The splice chip of claim 1 , further including longitudinal guides for mounting the splice chip to a splice tray, the longitudinal guides extending outward beyond first and second ends of the base.
8. The splice chip of claim 1 , further including guide pins for mounting the splice chip to a splice tray, the guide pins extending outward from a bottom surface of the base.
9. The splice chip of claim 1 , wherein the first channel region is an upper channel region and the second channel region is a lower channel region.
10. A method of mounting a splice element, the method comprising the steps of:
a) providing a splice chip having a plurality of arms, a plurality of channels, and splice element retaining structure, the plurality of arms including longer arms and shorter arms, each of the channels including a first channel region and a second channel region; and
b) mounting a splice element in a selected one of the first channel region and the second channel region, wherein the splice element retaining structure is arranged to retain the splice element in both of either one of the first channel region and the second channel region.
11. The method of claim 10 , wherein the step of mounting the splice element includes flexing a longer arm to place the splice element with the second channel region, the splice element being retained within the second channel region by the splice element retaining structure.
12. The method of claim 11 , wherein the step of mounting the splice element further includes flexing a shorter arm to place the splice element within the first channel region, the splice element being retained within the first channel region by the splice element retaining structure.
13. A splice chip, comprising:
a) a base having a first end and an opposite second end, the base including a bottom side and a top side;
b) a plurality of arms projecting outward from the top side of the base, the arms defining channels for receiving splice elements; and
c) first and second guides extending outward in a lateral direction beyond the first and second ends of the base, the guides being offset from the bottom side of the base;
d) wherein the first and second ends of the base include an angled portion, the angled portions and the offset guides defining an interlocking space therebetween.
14. The splice chip of claim 13 , wherein the plurality of arms include a plurality of longer arms and a plurality of shorter arms.
15. A splice tray arrangement, comprising:
a) a tray having a splice chip mounting location;
b) a splice chip positioned at the mounting location, the splice chip including a plurality of splice holding structures; and
c) a mounting arrangement for securing the splice chip to the tray at the mounting location, the mounting arrangement including:
i) interlocking guides provided on each of the splice chip and the tray, wherein the interlocking guide provided on the splice chip extends outward from one of a first end and a second end of the splice chip, and wherein the interlocking guide provided on the tray includes at least a first track configured to receive the interlocking guide of the splice chip; and
ii) at least one flexible tab provided on the tray and arranged to prevent lateral movement of the splice chip when the splice chip is positioned at the mounting location.
16. The arrangement of claim 15 , wherein the interlocking guides of the splice chip and the tray prevent transverse movement of the splice chip relative to a mounting surface of the tray.
17. The arrangement of claim 15 , wherein the interlocking guides of the tray and the splice chip include the first track and a second track provided on the tray, and first and second ledges that extend outward from the first and second ends of the splice chip.
18. The arrangement of claim 15 , wherein the at least one flexible tab includes a ramped surface, the tab being arranged to flex to a position flush with a mounting surface of the tray while the splice chip is being positioned at the mounting location.
19. The arrangement of claim 15 , including first and second flexible tabs, each of the flexible tabs including a ramped surface and a shoulder surface, the ramped surfaces being arranged such that the splice chip can be mounted at the mounting location from opposite directions.
20. The arrangement of claim 19 , wherein the shoulder surface of the flexible tabs prevent lateral movement of the splice chip when the splice chip is positioned at the splice chip mounting location.
21. A method of mounting a splice chip to a splice tray, the splice chip including a base and a plurality of splice holding elements extending from the base, the method comprising the steps of:
a) sliding a bottom surface of the base of the splice chip in a lateral direction along a mounting surface of the splice tray;
b) engaging interlocking guides of the splice chip with corresponding interlocking guides of the splice tray to secure the splice chip in relation to the splice tray;
c) flexing a first tab from a first position to a second position flush with the mounting surface while sliding the splice chip in the lateral direction; and
d) contacting a second tab that prevents the splice chip from further sliding in the lateral direction, wherein the first tab returns to the first position upon contacting the second tab.
22. A splice tray arrangement, comprising:
a) a tray having a splice chip mounting location;
b) a splice chip positioned at the mounting location, the splice chip including a plurality of splice holding structures; and
c) a mounting arrangement for securing the splice chip to the tray at the mounting location, the mounting arrangement including:
i) interlocking guides disposed on each of the splice chip and the tray, the interlocking guides including first and second ledges extending outward from first and second ends of the splice chip and first and second tracks disposed on the tray; and
ii) at least one flexible tab arranged to prevents lateral movement of the splice chip when the splice chip is positioned at the mounting location.
23. A splice tray arrangement, comprising:
a) a tray having a splice chip mounting location;
b) a splice chip positioned at the mounting location, the splice chip including a plurality of splice holding structures; and
c) a mounting arrangement for securing the splice chip to the tray at the mounting location, the mounting arrangement including:
i) interlocking guides disposed on each of the splice chip and the tray; and
ii) first and second flexible tabs arranged to prevent lateral movement of the splice chip when the splice ship is positioned at the mounting location, each of the flexible tabs including a ramped surface and a shoulder surface, the ramped surfaces being arranged such that the splice chip can be mounted at the mounting location from opposite directions.
24. The arrangement of claim 23 , wherein the shoulder surface of the flexible tabs prevent lateral movement of the splice chip when the splice chip is positioned at the splice chip mounting location.
25. A method of mounting a splice chip to a splice tray, the splice chip including a base and a plurality of splice holding elements extending from the base, the method comprising the steps of:
a) sliding a bottom surface of the base of the splice chip in a lateral direction along a mounting surface of the splice tray;
b) engaging interlocking guides of the splice chip with corresponding interlocking guides of the splice tray to secure the splice chip in relation to the splice tray;
c) flexing a first tab from a first position to a second position flush with the mounting surface while sliding the splice chip in the lateral direction; and
d) contacting a second tab that prevents further lateral movement of the splice chip beyond a mounting location, wherein the first tab returns to the first position when the splice chip reaches the mounting location.
26. A splice chip, comprising:
a) a base; and
b) a plurality of arms extending outward from the base, the arms defining channels for receipt of splice elements, the plurality of arms including:
i) a first set of arms having a first height, the arms of the first set including retaining structure for retaining splice elements at a first position; and
ii) a second set of arms having a second height greater than the first height, the arms of the second set including retaining structure for retaining splice elements at a second position;
iii) wherein the arms of the first set support the splice element at a spaced distance above the base when retained in the second position.
27. The splice chip of claim 26 , wherein the arms are flexible arms, and wherein the retaining structure and the flexible arms permit a splice element to be snap-fit into both of either one of the first and second positions.
28. The splice chip of claim 26 , wherein the retaining structure includes tabs located at an end of each of the arms.
29. The splice chip of claim 26 , wherein each of the arms is positioned in a row of arms having the same height.
30. The splice chip of claim 26 , further including longitudinal guides for mounting the splice chip to a splice tray, the longitudinal guides extending outward beyond first and second ends of the base.
31. The splice chip of claim 26 , further including guide pins for mounting the splice chip to a splice tray, the guide pins extending outward from a bottom surface of the base.
32. The splice chip of claim 26 , wherein the first and second positions are positions with a channel defined by the arms, and the first position being located below the second position.
33. A splice tray arrangement, comprising:
a) a tray having a splice chip mounting location;
b) a splice chip positioned at the mounting location, the splice chip including a plurality of splice holding structures; and
c) a mounting arrangement for securing the splice chip to the tray at the mounting location, the mounting arrangement including:
i) interlocking guides provided on each of the splice chip and the tray; and
ii) at least one flexible tab provided on the tray, the tab including a ramped surface, the tab being arranged to flex to a position flush with a mounting surface of the tray while the splice chip is being positioned at the mounting location, the tab preventing lateral movement of the splice chip when the splice chip is positioned at the mounting location.