Stackable splice chip device
First Claim
Patent Images
1. A splice chip arrangement that mounts to a splice tray, the splice chip arrangement comprising:
- a) a first splice chip and a second splice chip secured to one another in a stacked relationship, each of the first and second splice chips including;
i) a base having a first end and a second opposite end;
ii) a plurality of channels sized to receive splice elements; and
iii) first and second latch members located at the first and second ends of the splice chip, and first and second interlocking spaces defined by ledges located at the first and second ends of the base;
b) wherein the first end of the first splice chip is pivotally interconnected to the second end of the second splice chip; and
wherein the second end of the first splice chip is snap-fit to the first end of the second splice chip.
12 Assignments
0 Petitions
Accused Products
Abstract
A splice tray arrangement including a tray and a splice chip arrangement. The splice chip arrangement including stackable splice chips defining channels for holding splice elements. Each of the splice chips including a mounting arrangement for mounting the splice chip at a mounting location on the tray, and a stacking arrangement for mounting the splice chip upon another splice chip.
-
Citations
13 Claims
-
1. A splice chip arrangement that mounts to a splice tray, the splice chip arrangement comprising:
-
a) a first splice chip and a second splice chip secured to one another in a stacked relationship, each of the first and second splice chips including; i) a base having a first end and a second opposite end; ii) a plurality of channels sized to receive splice elements; and iii) first and second latch members located at the first and second ends of the splice chip, and first and second interlocking spaces defined by ledges located at the first and second ends of the base; b) wherein the first end of the first splice chip is pivotally interconnected to the second end of the second splice chip; and
wherein the second end of the first splice chip is snap-fit to the first end of the second splice chip. - View Dependent Claims (2, 3)
-
-
4. A splice tray arrangement, comprising:
-
a) a tray having a splice chip mounting location; b) a first splice chip positioned at the mounting location, the first splice chip including a plurality of splice holding structures, the first splice chip including mounting structure configured such that the first splice chip laterally slides into position at the mounting location; and c) a second splice chip disposed on the first splice chip at the mounting location, the second splice chip including a plurality of splice holding structures; d) wherein at least one of the first and second splice chips includes a release element for detaching the second splice chip from the first splice chip.
-
-
5. A splice chip, comprising:
-
a) a base having first and second opposite ends; b) a plurality of channels sized to receive splice elements; and c) a stacking arrangement, the stacking arrangement including; i) mounting guides located at the opposite ends of the base, the mounting guides being configured to selectively mount the splice chip to another splice chip in a stacked relationship, the mounting guides further being configured to selectively mount the splice chip to a splice tray; ii) latch members located at the opposite ends of the base, the latch members being configured to selectively receive another splice chip in a stacked relationship; iii) alignment structure formed in a bottom surface of the base that aligns the splice chip relative to another splice chip when the splice chip is selectively mounted to another splice chip in a stacked relationship; and iv) corresponding alignment structure located adjacent to the channels that aligns another splice chip relative to the splice chip when the splice chip selectively receives another splice chip in a stacked relationship. - View Dependent Claims (6, 7, 8, 9)
-
-
10. A splice chip, comprising:
-
a) a base having first and second opposite ends; b) a plurality of channels sized to receive splice elements; and c) a stacking arrangement, the stacking arrangement including; i) mounting guides located at the opposite ends of the base, the mounting guides being configured to selectively mount the splice chip to another splice chip in a stacked relationship, the mounting guides further being configured to selectively mount the splice chip to a splice tray; ii) latch members located at the opposite ends of the base, the latch members being configured to selectively receive another splice chip in a stacked relationship; iii) a recess formed in a bottom surface of the base; and iv) a guide structure located adjacent to the channels; v) wherein one of the recess and guide structure prevents lateral movement of the splice chip when the splice chip is selectively mounted to another spice chip in a stacked relationship.
-
-
11. A splice chip arrangement that mounts to a splice tray, the splice chip arrangement comprising:
-
a) a first splice chip and a second splice chip secured to one another in a stacked relationship, each of the first and second splice chips including; i) a base having a first end and a second opposite end; ii) a plurality of channels sized to receive splice elements; b) wherein one of the first and second splice chips includes a latch member, and the other of the first and second splice chips includes a ledge projecting outward beyond the base to define an interlocking space, the latch member being pivotally engaged with the interlocking space to pivotally interconnect the first end of the first splice chip to the second end of the second splice chip; c) and wherein the second end of the first splice chip is snap-fit to the first end of the second splice chip.
-
-
12. A splice chip arrangement that mounts to a splice tray, the splice chip arrangement comprising:
-
a) a first splice chip and a second splice chip secured to one another in a stacked relationship, each of the first and second splice chips including; i) a base having a first end and a second opposite end; and ii) a plurality of channels sized to receive splice elements; b) wherein the first end of the first splice chip is pivotally interconnected to the second end of the second splice chip; and
wherein the second end of the first splice chip is snap-fit to the first end of the second splice chip; andc) wherein a recess is formed in a bottom surface of the base of one of the first and second splice chips, and a guide structure is located adjacent to the channels of the other of the first and second splice chips, the recess of the one splice chip being configured to receive the guide structure of the other splice chip to prevent lateral movement of the splice chips relative to one another.
-
-
13. A splice chip arrangement that mounts to a splice tray, the splice chip arrangement comprising:
-
a) a first splice chip and a second splice chip secured to one another in a stacked relationship, each of the first and second splice chips including; i) a base having a first end and a second opposite end; and ii) a plurality of channels sized to receive splice elements; b) wherein the first end of the first splice chip is pivotally interconnected to the second end of the second splice chip; and
wherein the second end of the first splice chip is snap-fit to the first end of the second splice chip; andc) wherein a recess is formed in a bottom surface of the base of one of the first and second splice chips, and an alignment guide is located adjacent to the channels of the other of the first and second splice chips, the recess of the one splice chip being configured to receive the alignment guide of the other splice chip to align the splice chips in relation to one another.
-
Specification