NO20160490A1 - Spring-loaded socket system with conductor arms for pulling electrical cables in prefabricated elements - Google Patents

Spring-loaded socket system with conductor arms for pulling electrical cables in prefabricated elements Download PDF

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Publication number
NO20160490A1
NO20160490A1 NO20160490A NO20160490A NO20160490A1 NO 20160490 A1 NO20160490 A1 NO 20160490A1 NO 20160490 A NO20160490 A NO 20160490A NO 20160490 A NO20160490 A NO 20160490A NO 20160490 A1 NO20160490 A1 NO 20160490A1
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NO
Norway
Prior art keywords
spring
guide arms
sleeve
loaded
outside
Prior art date
Application number
NO20160490A
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Norwegian (no)
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NO340541B1 (en
Inventor
Rune Holsted
Knut Asbjørn Forsmo
Original Assignee
Active Wall As
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by Active Wall As filed Critical Active Wall As
Priority to NO20160490A priority Critical patent/NO20160490A1/en
Publication of NO340541B1 publication Critical patent/NO340541B1/en
Publication of NO20160490A1 publication Critical patent/NO20160490A1/en

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Classifications

    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02GINSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G3/00Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
    • H02G3/02Details
    • H02G3/06Joints for connecting lengths of protective tubing or channels, to each other or to casings, e.g. to distribution boxes; Ensuring electrical continuity in the joint

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Processing Of Terminals (AREA)
  • Cable Accessories (AREA)
  • Coupling Device And Connection With Printed Circuit (AREA)

Description

Oppfinnelsen Figur A forenkler kabeltrekking i prefabrikkerte betong eller lett elementer ved at den fanger opp montasje unøyaktighet og bygg toleranser. The invention Figure A simplifies cable routing in prefabricated concrete or lightweight elements by capturing assembly inaccuracies and building tolerances.

Dagens normalt kjente metode for å trekke kabler mellom prefabrikkerte betong elementer er å legge inn trekkerør, hvor det legges en isolasjonskloss i skjøt mellom elementene. Today's normally well-known method for pulling cables between prefabricated concrete elements is to insert a pulling pipe, where an insulating block is placed in the joint between the elements.

Etter at elementene er montert fjernes isolasjonsklossen og det monteres på en ordinær skjøtemuffe som forbinder trekkerørene. After the elements have been assembled, the insulation block is removed and it is mounted on an ordinary joint that connects the draw pipes.

Område rundt skjøtemuffen må gjennstøpes og pusses. Ulempen med denne metoden er at det krever flere arbeidsoperasjoner med flere aktører involvert og at resultatet ikke blir estetisk bra hvis elementene skal stå som eksponert betong. The area around the joint must be recast and plastered. The disadvantage of this method is that it requires several work operations with several actors involved and that the result will not be aesthetically pleasing if the elements are to stand as exposed concrete.

Ofte er overmaling påkrevet for å skjule området som er pusset. Often, overpainting is required to hide the plastered area.

I prefabrikkerte lett elementer, som lette fasader ol. Vil normalt ikke trekkerør for kabling være en del av leveransen per i dag. Dette løses per i dag ved å fore ut på det prefabrikerte elementet for føring av kabler, etter at elementene er ferdig montert på bygget. In prefabricated light elements, such as light facades etc. Normally, pull pipes for cabling will not be part of the delivery as of today. This is currently solved by laying out the prefabricated element for guiding cables, after the elements have been fully assembled on the building.

Oppfinnelsen Figur A eliminerer ovennevnte problemstilling ved at det ikke kreves gjennstøping, pussing eller maling, da selve muffen blir helt innstøpt, uten behov for tilkomst ved kabeltrekking. I prefabrikkerte lette elementer kan oppfinnelsen monteres i hvert element og man unngår da utforing av elementene. The invention Figure A eliminates the above-mentioned problem by not requiring recasting, plastering or painting, as the sleeve itself is completely embedded, without the need for access when pulling cables. In prefabricated light elements, the invention can be mounted in each element and the lining of the elements is then avoided.

Oppfinnelsen Figur A består av to deler der den ene er oval konet muffe (1), og den andre er oval konet muffe med fjærbelastede buede lederarmer (2). The invention Figure A consists of two parts, one of which is an oval tapered sleeve (1), and the other is an oval tapered sleeve with spring-loaded curved guide arms (2).

Disse benyttes alltid i par, montert over og under hverandre i hvert sitt element. These are always used in pairs, mounted above and below each other in each element.

I betong elementer vil de innstøpes under betongproduksjonen på fabrikk. They will be embedded in concrete elements during concrete production at the factory.

I prefabrikkert trekonstruksjon vil de monteres av elementleverandøren på fabrikk. Elektriker vil etter at elementene er montert, trekke ut utløserpinnen(3) som holder lederarmene(4) sammen. Etter dette kan kabler trekkes. Montasje unøyaktigheter og bygg toleranser som medfører at elementene ikke er montert eksakt over hverandre vil fanges opp av lederarmene(4) slik at kabler enkelt kan trekkes. Oppfinnelsen tillater en skjevhet på opptil 50mm mellom bygningselementene. Se figur H, I, J. In prefabricated wooden construction, they will be installed by the element supplier at the factory. After the elements have been installed, the electrician will pull out the release pin (3) that holds the conductor arms (4) together. After this, cables can be pulled. Assembly inaccuracies and construction tolerances which mean that the elements are not mounted exactly above each other will be caught by the guide arms (4) so that cables can be pulled easily. The invention allows a bias of up to 50mm between the building elements. See figures H, I, J.

Muffe(1) vist i figur B består av en oval konet form der innløpsflaten (5) er tilpasset en innsats ring(6) hvor det kan velges innvendig diameter på 16mm til 40mm tilpasset innfesting av trekkerør. The sleeve (1) shown in figure B consists of an oval conical shape where the inlet surface (5) is adapted to an insert ring (6) where an internal diameter of 16mm to 40mm can be selected, adapted to the attachment of the draft tube.

Utløpsflaten(7) er oval hvor lengden alltid har større diameter enn bredden. The outlet surface (7) is oval, where the length always has a larger diameter than the width.

Muffe (2) vist i figur C og D består av en oval konet form der innløpsflaten (5) er tilpasset en innsats ring(6) hvor det kan velges innvendig diameter på 16mm til 40mm tilpasset innfesting av trekkerør. Sleeve (2) shown in figures C and D consists of an oval conical shape where the inlet surface (5) is adapted to an insert ring (6) where an internal diameter of 16mm to 40mm can be selected to fit the attachment of the pull pipe.

Utløpsflaten(7) er oval hvor lengden alltid har større diameter enn bredden. I nedre del på muffeflaten er det etablert et rør(8) som er ført fra muffens(2) innside med lengde som kan tilpasses elementflatens utside. The outlet surface (7) is oval, where the length always has a larger diameter than the width. In the lower part of the socket surface, a pipe (8) has been established which is led from the inside of the socket (2) with a length that can be adapted to the outside of the element surface.

Innsats ring(6) vist i figur E og F er påmontert hengslede lederarmer(4), der de er fjærbelastede(9) og med stag(10) som forbinder armene hvor de er låst sammen via en låsepinne(3). Insert ring (6) shown in figures E and F is mounted on hinged guide arms (4), where they are spring-loaded (9) and with struts (10) that connect the arms where they are locked together via a locking pin (3).

Lederarmer (4) er i buet form hvor lederarmens lengde skal gå på utsiden av muffens(2) utløpsflate(7). Fjær(9) er montert i hempe på lederarmens(4) bakside til hempe på fastpunkt på hengsel(11). Fjær(9) vil trekke lederarmen mot muffens ytterkant når låsepinnen(3) fjernes. Når kauei trekkes vil kabel følge lederamens(4) posisjon inn til muffe(1). Rør(8) til låsepinnen(3) skal kappes jevnt med vegg og proppes. Røret(8) kan benyttes for tilførsel av glidemiddel (silikon), ved trekking av kabler. Guide arms (4) are in a curved shape where the length of the guide arm should go on the outside of the outlet surface (7) of the sleeve (2). Spring (9) is mounted in a hook on the back of the guide arm (4) to a hook on a fixed point on the hinge (11). Spring (9) will pull the guide arm towards the outer edge of the sleeve when the locking pin (3) is removed. When the cable is pulled, the cable will follow the position of the guide frame (4) into the socket (1). The pipe (8) for the locking pin (3) must be cut flush with the wall and plugged. The tube (8) can be used for supplying lubricant (silicone), when pulling cables.

I elementet vil kun proppen være synlig på overflaten. In the element, only the plug will be visible on the surface.

For lettelementer med stendere i tre eller stål festes muffe med en festebrakett(12) til stender. Vist i figur G. For lightweight elements with studs in wood or steel, the sleeve is attached to the studs with a mounting bracket (12). Shown in Figure G.

Muffen(1)(2) har hullede flater(13) på hver side for god innfesting i betongelementer. The sleeve (1) (2) has perforated surfaces (13) on each side for good fixing in concrete elements.

Muffen(1)(2) er laget i plastmateriale eller halogenfritt plastmateriale. The sleeve (1)(2) is made of plastic material or halogen-free plastic material.

Bruksområde for oppfinnelsen vil være i alle prefabrikkerte elementer der det er behov for å legge skjult elektrisk røranlegg. Bygningselementene kan være av betong eller, tre- og stålkonstruksjoner der bygningselementene bygges på fabrikk for tiltransport og montasje på byggeplass. Normalt vil det oppstå montasjeavvik når elementene settes på plass. Oppfinnelsen vil eliminere problemet rundt kabeltrekking gjennom elementer da skjøtemuffen sikrer at kabler enkelt kan trekkes selv om elementene er forskjøvet under montasjen innenfor normalt aksepterte toleranser. The scope of application for the invention will be in all prefabricated elements where there is a need to lay hidden electrical piping. The building elements can be made of concrete or wooden and steel constructions where the building elements are built in a factory for transport and assembly on site. Assembly deviations will normally occur when the elements are put in place. The invention will eliminate the problem of cable pulling through elements as the splicing sleeve ensures that cables can be pulled easily even if the elements are displaced during assembly within normally accepted tolerances.

Claims (5)

1. Fjærbelastet muffesystem med lederarmer for trekking av elektriske kabler i prefabrikkerte konstruksjoner hvor skjøtemuffen består av to enheter som opererer i parkarakterisert veden konet oval form der muffe(2) er utstyrt med fjærbelastede bevegelige lederarmer(4) og utløser mekanisme fra muffens utside.1. Spring-loaded sleeve system with guide arms for pulling electrical cables in prefabricated constructions where the joint sleeve consists of two units that operate in a pair-characterized wood cone oval shape where the sleeve (2) is equipped with spring-loaded movable guide arms (4) and triggers mechanism from the outside of the sleeve. 2. Fjærbelastede lederarmer(4) ifølge krav 1,karakterisert veden buet form hvor formen er samsvarende med skjøtemuffens(2) innside, hvor lederarmer(4) avsluttes på utsiden av skjøtemuffens utløpsside der lederarmenes(4) nedre del er tilknyttet et hengslet legme(11) og hvor lederarmens(4) ytterside har hempe eller øre for innfesting av fjær(9) som festes til fastpunkt på hengslet legme(11).2. Spring-loaded guide arms (4) according to claim 1, characterized by a curved shape where the shape corresponds to the inside of the joint sleeve (2), where the guide arms (4) end on the outside of the outlet side of the joint sleeve where the lower part of the guide arms (4) is connected to a hinged body ( 11) and where the outside of the guide arm (4) has a loop or ear for attaching a spring (9) which is attached to a fixed point on the hinged body (11). 3. Hengslet legme (11) ifølge krav 1-2,karakterisert vedinnfesting til innsatsring i hengslets nedre del og innfesting til lederarmer og fjær i hengslets øvre del der innsatsring er festet til skjøtemuffe(2)3. Hinged body (11) according to claims 1-2, characterized by attachment to an insert ring in the lower part of the hinge and attachment to guide arms and springs in the upper part of the hinge where the insert ring is attached to the joint sleeve (2) 4. Innsats ring (6) ifølge krav 1-3,karakterisert veden hul sylindrisk form der innsats ringens innerdiameter er varierende fra 16 til 40mm for innfesting av trekkerør.4. Insert ring (6) according to claims 1-3, characterized by hollow cylindrical shape, where the inner diameter of the insert ring varies from 16 to 40 mm for attaching the draw pipe. 5. Utløsermekanisme ifølge krav 1-4,karakterisert vedto stag(10) montert mellom to fjærbelastede lederarmer(4) der en utløserpinne(3) er ført gjennom stagene(10) via et rør(8) til skjøtemuffens(2) utside.5. Release mechanism according to claims 1-4, characterized by two stays (10) mounted between two spring-loaded guide arms (4) where a release pin (3) is guided through the stays (10) via a pipe (8) to the outside of the joint sleeve (2).
NO20160490A 2016-03-28 2016-03-28 Spring-loaded socket system with conductor arms for pulling electrical cables in prefabricated elements NO20160490A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
NO20160490A NO20160490A1 (en) 2016-03-28 2016-03-28 Spring-loaded socket system with conductor arms for pulling electrical cables in prefabricated elements

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
NO20160490A NO20160490A1 (en) 2016-03-28 2016-03-28 Spring-loaded socket system with conductor arms for pulling electrical cables in prefabricated elements

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NO340541B1 NO340541B1 (en) 2017-05-08
NO20160490A1 true NO20160490A1 (en) 2017-05-08

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Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
SE318330B (en) * 1966-01-17 1969-12-08 G Jansson
NO132066B (en) * 1972-06-09 1975-06-02 Walter Nilsen
PT87252A (en) * 1988-04-15 1988-05-01 Mario Seara Pacheco Matias Pre-reinforced and prefabricated cable conduits - of PVC tubes moulded inside rectangular blocks of reinforced concrete
US5024035A (en) * 1979-10-18 1991-06-18 Insulock Corporation Building block and structures formed therefrom
DE102004064009A1 (en) * 2004-10-01 2006-10-19 Fröhlich Biegetechnik GmbH & Co. Kommanditgesellschaft Element set comprises tubular pieces and tube connectors for forming protective pipes for protecting e.g. insulated cables
US20100071293A1 (en) * 2006-06-02 2010-03-25 Cannistraro Vincent F Protective assembly for in-wall piping, conduit, and wiring

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
SE318330B (en) * 1966-01-17 1969-12-08 G Jansson
NO132066B (en) * 1972-06-09 1975-06-02 Walter Nilsen
US5024035A (en) * 1979-10-18 1991-06-18 Insulock Corporation Building block and structures formed therefrom
PT87252A (en) * 1988-04-15 1988-05-01 Mario Seara Pacheco Matias Pre-reinforced and prefabricated cable conduits - of PVC tubes moulded inside rectangular blocks of reinforced concrete
DE102004064009A1 (en) * 2004-10-01 2006-10-19 Fröhlich Biegetechnik GmbH & Co. Kommanditgesellschaft Element set comprises tubular pieces and tube connectors for forming protective pipes for protecting e.g. insulated cables
US20100071293A1 (en) * 2006-06-02 2010-03-25 Cannistraro Vincent F Protective assembly for in-wall piping, conduit, and wiring

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