A cable tie (likewise understood as a hose pipe tie, zip tie, or by the brand name Ty-Rap) is a type of fastener, for holding products together, primarily electrical cables or wires (เคเบิลไท). Due to the fact that of their low cost and ease of usage, cable television ties are ubiquitous, discovering usage in a large range of other applications.
Some ties consist of a tab that can be depressed to launch the ratchet so that the tie can be loosened or gotten rid of, and possibly reused. Stainless steel versions, either naked or coated with a rugged plastic, cater for exterior applications and harmful environments. The ratchet mechanism on the head of a cable television tie Cable ties used to connect shade fabric to scaffolding at a construction website in Singapore The most typical cable television tie consists of a flexible nylon tape with an incorporated equipment rack, and on one end a cog within a small open case.
This enables numerous cables to be bound together into a cable television package and/or to form a cable tree. A cable television tie tensioning gadget or tool might be used to use a cable television tie with a particular degree of tension. The tool may cut off the additional tail flush with the head in order to prevent a sharp edge which may otherwise cause injury.
Cable television ties made from ETFE (Tefzel) are utilized in radiation-rich environments. Red cable television ties made from ECTFE (Halar) are utilized for plenum cabling. Stainless-steel cable ties are also available for flameproof applicationscoated stainless ties are available to avoid galvanic attack from different metals (e.g (cable tie). zinc- covered cable tray). PlastiCuffs are handcuffs based upon the cable television tie style and are used by law enforcement to limit prisoners.
At first they were designed for aircraft wire harnesses. The original design utilized a metal tooth, and these can still be gotten. Manufacturers later altered to the nylon/plastic design.  For many years the style has been extended and developed into numerous spin-off products. One example was a self-locking loop developed as an alternative to purse-string suture in colon anastomosis - เค เบิ้ ล ไทร์ ขนาด ProLock เค เบิ้ ล ไทร์.
Logan, worked for Thomas & Betts and completed his career with the business as Vice President of Research Study and Advancement. Throughout his tenure at Thomas & Betts, he contributed to the development and marketing of numerous successful Thomas & Betts products. Logan died on 12 November 2007, at the age of 86.
Airplane wiring was a troublesome and detailed undertaking, including thousands of feet of wire organized on sheets of 50-foot-long plywood and kept in location with knotted, waxcoated, intertwined nylon cable. Each knot had to be pulled tight by covering the cable around one's finger which often cut the operator's fingers till they established thick calluses or "hamburger hands." Logan was convinced there had to be an easier, more forgiving, method to accomplish this important task.
On June 24, 1958, a patent for the Ty-Rap cable television tie was sent. Self-locking loops are used for closure of the breast bone after open chest surgical treatment and at repair work of rib fractures in foals. Within research study, there are self-locking loops, based upon the construction of the conventional cable tie, designed for surgery.
The exact same product is utilized as in surgical stitch (resorbable polymers), therefore the implant can be left in the body where after the material is resorbed by the tissue. Conventional cable television ties, due to their non-resorbable product, might not be left in the body permanently due to the threat of advancement of chronic granulomas.
Cable ties are typically single-use devices. Some models have a button to release the pawl and enable re-use. A cable tie with a built-in security tag Beaded cable ties: Beaded design enables them to be releasable and reusable Releasable cable television ties: Recyclable cable ties with a releasable cog Ladder design cable television ties: For intermediate bundling and retail applications Identification cable television ties: Integrated flags for written or printed recognition Parallel entry cable television ties: Tamper-proof, low profile heads Tear-off cable television ties: Quick release style needs no cutting tools Pull-tight seals: Tamper-evident seals Steggel ties: Heavy task, multipurpose ties Other methods of bundling cable television together safely and semi-permanently include cable television lacing, strapping, binding knots such as the cosmetic surgeon's knot or constrictor knot, Velcro brand hook-and-loop strips, conveyor belt hooks, twist ties, Rapstrap fasteners, or metal buckle.
Thomas & Betts. Dodds, Chris on (15 November 2013). " Detectable Cable Television Ties for Food Industry". cablejoints.co.uk. Recovered 14 July 2017. Meissner, Craig (December 1, 2002). " Ties That Bind". Cops Publication. See the Thomas and Betts main website. Archived November 4, 2013, at the Wayback Machine Hglund, Odd V.; Maxon, Oskar; Grnberg, Anders (8 February 2017).
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" Ligation of the mesovarium in dogs with a self-locking implant of a resorbable polyglycolic based co-polymer: a research study of feasibility and comparison to stitch ligation". BMC Research Notes. 9: 245. doi:10 (tie คือ ProLock Cable Ties เคเบิ้ลไทร์).1186/ s13104-016-2042-2. ISSN 1756-0500. PMC. PMID 27121033. Hglund, Odd V.; Ingman, Jessica; Sdersten, Fredrik; Hansson, Kerstin; Borg, Niklas; Lagerstedt, Anne-Sofie (1 January 2014).
BMC Research Notes. สาย เค เบิ้ ล ไทร์ ProLock. 7: 825. doi:10.1186/ 1756-0500-7-825. ISSN 1756-0500. PMC. PMID 25410023. Hglund, Odd Viking (2012 ). (PDF). Acta Universitatis agriculturae Sueciae. pp. 173. ISBN 978-91-576-7686-3. Guedes, Rogrio Luizari; Hglund, Odd Viking; Brum, Juliana Sperotto; Borg, Niklas; Dornbusch, Peterson Triches (3 January 2018). "Resorbable Self-Locking Implant for Lung Lobectomy Through Video-Assisted Thoracoscopic Surgery: First Live Animal Application".
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184 (15 ): 478478 (เคเบิล ไทร์ ProLock Thailand). doi:. Werner, RE; Straughan, AJ; Vezin, D (1 January 1992). "Nylon cable band responses in ovariohysterectomized bitches". Journal of the American Veterinary Medical Association. 200 (1 ): 646. PMID 1537693. Johnson-Neitman, JL; Bahr, RJ; Broaddus, KD (2005 ). "Fistula development secondary to a nylon cable band in a pet dog".
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