一种抗拉强度高的8字型光缆
By introducing glass fiber and reinforcing core into the figure-eight optical cable, combined with reinforcing ribs and buffer limit seats, the problems of insufficient weight and tensile strength are solved, achieving high tensile strength and electromagnetic shielding effect, and simplifying long-distance installation.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- 江苏欣达通信科技股份有限公司
- Filing Date
- 2025-06-30
- Publication Date
- 2026-07-17
AI Technical Summary
When existing figure-eight optical cables are installed over long distances, their weight increases the burden on overhead installations, and they also have insufficient tensile strength.
Glass fiber and reinforcing core are used as the reinforcement mechanism, combined with reinforcing ribs and buffer limit seats to improve structural strength and reduce weight. At the same time, electromagnetic shielding and protection are provided by coated tape and aramid yarn to protect the optical fiber.
This approach achieves improved tensile strength and electromagnetic shielding of optical cables while reducing weight, simplifies long-distance installation, and reduces installation difficulty.
Smart Images
Figure CN224519010U_ABST
Abstract
Claims
1. An 8-shaped optical cable having high tensile strength, characterized by comprising: include: The structure consists of an upper sheath (100), a connecting part (111), and a lower sheath (110) arranged from top to bottom. The upper sheath (100) and the lower sheath (110) are connected by the connecting part (111). An optical fiber (112) is provided inside the lower sheath (110). A reinforcing mechanism (200) to improve the structural strength is provided inside the upper sheath (100) and the lower sheath (110). A protective mechanism (300) to protect the optical fiber (112) is provided inside the lower sheath (110). The strengthening mechanism (200) includes a glass fiber (210) installed in the center of the upper sheath (100), a strengthening core (211) is provided in the center of the lower sheath (110), a buffer limit seat (212) is inserted into the surface of the strengthening core (211), and a strengthening rib (220) is provided at the distance between the inner walls of the upper sheath (100), the lower sheath (110) and the connecting part (111).
2. The 8-shaped optical cable with high tensile strength according to claim 1, wherein The reinforcing rib (220) is also arranged in a figure-eight shape, and the reinforcing rib (220) is made of metal sheet.
3. The 8-shaped optical cable with high tensile strength according to claim 1, wherein The protection mechanism (300) includes a loose tube (313) sleeved on the outer surface of the optical fiber (112), and the gap between the loose tube (313) and the optical fiber (112) is filled with water-blocking grease.
4. The 8-shaped optical cable with high tensile strength according to claim 3, wherein The outer wall of the loose tube (313) is provided with aramid yarn (312), and the outer surface of the aramid yarn (312) is fixedly connected with an inner sheath (311).
5. The high tensile strength figure-8 optical cable according to claim 4, wherein The buffer limiting seat (212) has a limiting groove corresponding to the inner sleeve (311), and the inner wall of the lower sleeve (110) is fixedly connected with a plastic-coated strip (310), and the inner sleeve (311) and the plastic-coated strip (310) are fitted together.
6. The 8-shaped optical cable with high tensile strength according to claim 5, wherein The coated strip (310) is made of aluminum strip.
7. The 8-shaped optical cable with high tensile strength according to claim 5, wherein The plastic-coated strip (310) and the reinforcing rib (220) do not contact each other. The reinforcing rib (220) is respectively located in the center of the upper sheath (100), the lower sheath (110) and the connecting part (111).
8. The high tensile strength figure-8 optical cable according to claim 1, wherein The reinforcing core (211) is made of the same material as the glass fiber (210).