LV13384B - Device for instalation of cables - Google Patents
Device for instalation of cables Download PDFInfo
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- LV13384B LV13384B LV050101A LV050101A LV13384B LV 13384 B LV13384 B LV 13384B LV 050101 A LV050101 A LV 050101A LV 050101 A LV050101 A LV 050101A LV 13384 B LV13384 B LV 13384B
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- cable
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- cable duct
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Abstract
Description
IERĪCE kabeļu ievilkšanaiDEVICE for cable routing
Pieteiktais izgudrojums attiecas uz elektrotehnikas jomu un var tikt izmantots darbiem, kuros tiek izmantoti gofrētie vai gludie kabeļvadi un kuros pēc to izvietošanas jāievelk elektriskie, optiskie kabeļi vai kādi citi elementi.The claimed invention relates to the field of electrical engineering and may be used in works which use corrugated or smooth cable wires and which, once they have been laid, are to receive electrical, optical cables or any other element.
Lai atvieglotu kabeļu ievilkšanu kabeļvadā ir zināmas dažādas ierīces. Šāda veida ierīces kabeļu ievilkšanai ir aprakstītas patentos RU 93046285, RU 2024138, RU 2128389 vai RU 2154331.Various devices are known to facilitate cable routing. Cable pulling devices of this type are described in patents RU 93046285, RU 2024138, RU 2128389 or RU 2154331.
Ir zināma ierīce ar vismaz vienu kabeļvadu cauruli, kas satur kabeļvadu kanālu no termoplastiskās plastmasas ar apaļu šķērsgriezumu, kura iekšējai sieniņai ir paralēlas vītņveida slīdēšanas šķautnes. Slīdēšanas šķautnes izveidotas ar noteiktu pagrieziena leņķi а. [1]. Ir zināma ierīce ar vismaz vienu kabeļvadu cauruli, kas satur kabeļvadu kanālu no termoplastiskās plastmasas ar apaļu šķērsgriezumu, kura iekšējai sieniņai ir paralēlas vītņveida slīdēšanas šķautnes. Slīdēšanas šķautnes izgatavotas ar slīdēšanas zonām kā vītņu līnijas ar pretējo vītņu virzienu. Verot vaļā kanāla iekšējo sieniņu, šīs līnijas izplatās kā viļņuA device with at least one cable conduit having a circular cross-section of a thermoplastic plastic conduit having parallel threaded sliding edges on its inner wall is known. Slip edges are created with a certain turning angle а. [1]. A device with at least one cable conduit having a circular cross-section of a thermoplastic plastic conduit having parallel threaded sliding edges on its inner wall is known. Slip edges are made with slip zones as thread lines with opposite thread direction. When the inner wall of the channel is opened, these lines spread like waves
V sērijas. Viļņu sērijas garums ir intervālā 80 - 160 cm. So viļņu amplitūda mazāka par 1/4 kabeļvada kanāla iekšējā perimetra [2]. Šīs ierīces tehniskais risinājums ir pieņemts par izgudrojuma prototipu. Ir zināma ierīce ar vismaz vienu kabeļvadu cauruli, kas satur kabeļvadu kanālu no termoplastiskās plastmasas ar apaļu šķērsgriezumu, kura iekšējai sieniņai ir paralēlas vītņveida slīdēšanas šķautnes [3]. Slīdēšanas šķautnes izveidotas paralēli, un attālums starp šķautnēm ir vienāds. Ir zināma ierīce ar vismaz vienu kabeļvadu cauruli, kas satur kabeļvadu kanālu [4]. Kabeļvadu caurule ir izveidota kā atsevišķu paralēlu pavedienu pinums gar kabeļvadu cauruli, izveidojot rombveida caurumus. Izmantojot aprakstīto ierīci, kabeli vai vadus iepin kabeļvadu caurules virsmā.V Series. The wavelength range is 80 - 160 cm. The amplitude of such waves is less than 1/4 of the inside circumference of the cable duct [2]. The technical solution of this device is accepted as a prototype of the invention. A device with at least one cable duct having a cable duct made of thermoplastic plastic with a circular cross-section, the inner wall of which has parallel threaded sliding edges, is known [3]. Slip edges are created in parallel and the distance between the edges is the same. A device with at least one cable conduit containing a cable conduit is known [4]. The cable duct is formed as a single parallel thread braid along the cable duct, creating diamond holes. Using the device described, the cable or wires are wound to the surface of the cable duct.
Visas zināmas ierīces kabeļu ievilkšanai ir sarežģītas izgatavošanas procesā, kā arī neatrisina kabeļvadu izvietošanu garākajos posmos. Šobrīd kabeļvadus objektos izvieto galvenokārt pa taisniem posmiem, veidojot atsevišķus nozarojumus līdz nākošajam pagriezienam un tā tālāk.All known devices for cable routing are complicated in the manufacturing process and do not solve the problem of cable routing over long stretches. At the moment, cable wires in objects are mainly laid in straight sections, forming separate branches until the next turn and so on.
Pieteiktā izgudrojuma mērķis ir tādas ierīces izveidošana, kas ļautu samazināt kabeļvadu izgatavošanas darbietilpību, paātrināt un uzlabot montāžas darbus.The object of the claimed invention is to provide a device which allows to reduce the labor intensity of cable production, to speed up and improve the assembly work.
Izgudrojums šo mērķi sasniedz tādējādi, ka piedāvātās ierīces konstrukcija paredz jau kabeļvada ražošanas procesā tā kanālā izvietot viļņveida sinusoidālo spirāli. Šāda konstrukcija ļauj gofrētu vai gludu kabeļvadu izvietot vajadzīgajā objektā visā nepieciešamajā garumā, izslēdzot nevajadzīgās nozarojuma vietas, nodrošinot ātru un ērtu vajadzīgā elementa (elektriskie, optiskie kabeļi, vadi vai kādi citi elementi) ievilkšanu kabeļvadā pie montāžas darbiem.The present invention accomplishes this objective by providing a wavy sinusoidal spiral in its cable channel during its manufacturing process. This design allows the corrugated or smooth cable cable to be routed to the required length throughout the required area, eliminating unnecessary branching points, ensuring a quick and easy installation of the required element (electrical, optical cables, wires or any other element) in the cable.
Izgudrojums tiek izskaidrots ar atsaucēm uz zīmējumu Fig. 1. Piedāvātā ierīce kabeļu ievilkšanai kabeļvadā satur vismaz vienu gofrētu vai gludu lokanu kabeļvadu (1) ar apaļu šķērsgriezumu. Tā iekšpusē ir izvietota viļņveida sinusoidālā spirāle (2). Spirāle ir izgatavota galvenokārt no polivinilhlorīda. Sinusoīdas soļa garums (A) ir vienāds ar 1 - 2 kabeļvada kanāla iekšējiem diametriem. Sinusoīdas amplitūdas augstums ir vienāds ar kabeļvada caurules iekšējo diametru. Spirāles diametrs ir no 0,2 mm līdz 5,0 mm atkarībā no kabeļvada kanāla diametra, kas ir no 10 mm līdz 100 mm.The invention is explained with reference to FIG. 1. The proposed device for cable routing comprises at least one corrugated or smooth flexible cable duct (1) of circular cross-section. Inside is a wavy sinusoidal helix (2). The spiral is mainly made of polyvinyl chloride. The length of the sinusoidal pitch (A) is equal to 1 to 2 inside diameters of the cable duct. The height of the sinusoidal amplitude is equal to the inside diameter of the cable duct. The diameter of the coil is from 0.2 mm to 5.0 mm depending on the diameter of the cable duct from 10 mm to 100 mm.
Ar piedāvātās ierīces palīdzību ir iespējams ātri un ērti ievilkt elektriskus, optiskus kabeļus, vadus vai citus vajadzīgus elementus. Ievelkamo elementu (3) pievieno pie spirāles un, mehāniski velkot spirāli no kabeļvada caurules otrā galā, ievelk vajadzīgo elementu kabeļvadā. Pateicoties tam, ka spirāle kabeļvadā izvietota viļņveidīgi, kabeļvadu garinot un izvietojot vajadzīgajā vietā, vienmēr tiek nodrošināta spirāles saglabāšana kabeļvada caurulē, kas ļauj vajadzīgā elementa pievienošanu un ievilkšanu kabeļvadā.With the help of the device it is possible to quickly and easily pull electrical, optical cables, wires or other necessary elements. Attach the retractable element (3) to the coil and, by pulling the coil mechanically from the other end of the cable duct, pull the desired element into the cable duct. Thanks to the wavy arrangement of the coil in the cable conductor, lengthening and positioning of the cable conductor always ensures that the coil is retained in the cable conduit, allowing the necessary element to be inserted and retracted into the cable conductor.
Izmantotā literatūra:References:
1. Patents RU 93046285, Cl, H02G3/04, 19951. Patents RU 93046285, Cl, H02G3 / 04, 1995
2. Patents RU 2024138, Cl, H02G3/04, 19942. Patents RU 2024138, Cl, H02G3 / 04, 1994
3. Patents RU 2128389, Cl, H02G1/08, 19993. Patents RU 2128389, Cl, H02G1 / 08, 1999
4. Patents RU 2154331, Cl, H02G9/06, 20004. Patents RU 2154331, Cl, H02G9 / 06, 2000
5. Pieteikums RU 2002112231, A1, H02G3/04, 20045. Application RU 2002112231, A1, H02G3 / 04, 2004
Claims (2)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
LV050101A LV13384B (en) | 2005-08-24 | 2005-08-24 | Device for instalation of cables |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
LV050101A LV13384B (en) | 2005-08-24 | 2005-08-24 | Device for instalation of cables |
Publications (1)
Publication Number | Publication Date |
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LV13384B true LV13384B (en) | 2006-03-20 |
Family
ID=36693167
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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LV050101A LV13384B (en) | 2005-08-24 | 2005-08-24 | Device for instalation of cables |
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LV (1) | LV13384B (en) |
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2005
- 2005-08-24 LV LV050101A patent/LV13384B/en unknown
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