SE1300746A1 - Connection device and system for using the connection device - Google Patents

Connection device and system for using the connection device

Info

Publication number
SE1300746A1
SE1300746A1 SE1300746A SE1300746A SE1300746A1 SE 1300746 A1 SE1300746 A1 SE 1300746A1 SE 1300746 A SE1300746 A SE 1300746A SE 1300746 A SE1300746 A SE 1300746A SE 1300746 A1 SE1300746 A1 SE 1300746A1
Authority
SE
Sweden
Prior art keywords
connection device
connection
noise
release mechanism
connecting device
Prior art date
Application number
SE1300746A
Other languages
Swedish (sv)
Other versions
SE540389C2 (en
Inventor
Dag Nordin
Original Assignee
Dag Nordin
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.)
Filing date
Publication date
Application filed by Dag Nordin filed Critical Dag Nordin
Priority to SE1300746A priority Critical patent/SE540389C2/en
Priority to PCT/SE2014/000145 priority patent/WO2015084228A1/en
Priority to AU2014357774A priority patent/AU2014357774A1/en
Priority to CN201480017548.5A priority patent/CN105051297B/en
Priority to EP14867113.4A priority patent/EP3119961A4/en
Priority to JP2016528012A priority patent/JP2017509811A/en
Publication of SE1300746A1 publication Critical patent/SE1300746A1/en
Priority to HK15111829.7A priority patent/HK1211067A1/en
Publication of SE540389C2 publication Critical patent/SE540389C2/en

Links

Classifications

    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G5/00—Component parts or accessories for scaffolds
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B3/00—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar form; Layered products having particular features of form
    • B32B3/02—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar form; Layered products having particular features of form characterised by features of form at particular places, e.g. in edge regions
    • B32B3/06—Layered products comprising a layer with external or internal discontinuities or unevennesses, or a layer of non-planar form; Layered products having particular features of form characterised by features of form at particular places, e.g. in edge regions for securing layers together; for attaching the product to another member, e.g. to a support, or to another product, e.g. groove/tongue, interlocking
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
    • E04G21/24—Safety or protective measures preventing damage to building parts or finishing work during construction
    • E04G21/28—Safety or protective measures preventing damage to building parts or finishing work during construction against unfavourable weather influence
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G5/00—Component parts or accessories for scaffolds
    • E04G5/001—Safety or protective measures against falling down relating to scaffoldings
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G5/00—Component parts or accessories for scaffolds
    • E04G5/12—Canopies
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G7/00—Connections between parts of the scaffold
    • E04G7/02—Connections between parts of the scaffold with separate coupling elements
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B32—LAYERED PRODUCTS
    • B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
    • B32B2307/00—Properties of the layers or laminate
    • B32B2307/10—Properties of the layers or laminate having particular acoustical properties
    • B32B2307/102—Insulating
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
    • E04G21/24—Safety or protective measures preventing damage to building parts or finishing work during construction
    • E04G2021/248—Tarpaulins specially adapted therefor
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
    • E04G21/24—Safety or protective measures preventing damage to building parts or finishing work during construction
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
    • E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
    • E04G21/32—Safety or protective measures for persons during the construction of buildings
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16B—DEVICES FOR FASTENING OR SECURING CONSTRUCTIONAL ELEMENTS OR MACHINE PARTS TOGETHER, e.g. NAILS, BOLTS, CIRCLIPS, CLAMPS, CLIPS OR WEDGES; JOINTS OR JOINTING
    • F16B2/00—Friction-grip releasable fastenings
    • F16B2/02—Clamps, i.e. with gripping action effected by positive means other than the inherent resistance to deformation of the material of the fastening
    • F16B2/18—Clamps, i.e. with gripping action effected by positive means other than the inherent resistance to deformation of the material of the fastening using cams, levers, eccentrics, or toggles
    • F16B2/185—Clamps, i.e. with gripping action effected by positive means other than the inherent resistance to deformation of the material of the fastening using cams, levers, eccentrics, or toggles using levers

Landscapes

  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Mechanical Engineering (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Mutual Connection Of Rods And Tubes (AREA)
  • Refuge Islands, Traffic Blockers, Or Guard Fence (AREA)
  • Clamps And Clips (AREA)

Abstract

Anslutningsanordning (1), avsedd att användas för att ansluta minst ett första objekt (2) till minst ett andra objekt (3), innefattande minst en första anslutningsdel (4) och minst en andra anslutningsdel (5) samt minst ett första låsanordning med vilken minst ett av objekten (2,3) temporärt kan låsas till anslutningsanordningen (1). Anslutningsanordningen (1) innefattar en frigöringsmekanism (27) vilken automatiskt frigör sammankopplingen mellan det första objektet (2) och det andra objektet (3) vid en inbördes belastning, kraft, över en viss förutbestämd nivå. Minst en utbytbar insats (18) är anslutbar till anslutningsanordningen, med vilken dimensionerna och formen på anslutningsanordningens (1) anliggningsyta mot minst ett av objekten kan ändras.Connecting device (1), intended to be used for connecting at least one first object (2) to at least one second object (3), comprising at least a first connecting part (4) and at least one second connecting part (5) and at least one first locking device with which at least one of the objects (2,3) can be temporarily locked to the connecting device (1). The connection device (1) comprises a release mechanism (27) which automatically releases the interconnection between the first object (2) and the second object (3) at a mutual load, force, above a certain predetermined level. At least one replaceable insert (18) is connectable to the connecting device, with which the dimensions and shape of the abutment surface of the connecting device (1) against at least one of the objects can be changed.

Description

1 ANSLUTNINGSANORDNING SAMT SYSTEM FOR ATT ANVANDA ANSLUTNINGSANORDNINGEN Tekniskt omrade Den foreliggande uppfinningen avser en anslutningsanordning, saint ett system ftir aft anvanda anslutningsanordningen, i enlighet med patentkraven. 1 CONNECTION DEVICE AND SYSTEM FOR USING THE CONNECTION DEVICE Technical area The present invention relates to a connection device, saint a system for using the connection device, in accordance with the claims.

Teknisk bakgrund I manga sammanhang foreligger behov av aft ansluta ett foremal eller liknande till ett eller flera andra objekt. For aft tillfredsstalla detta behov har ett flertal olika typer av anslutningsanordningar, som är avsedda aft anvandas i ett flertal olika applikationer utvecklats under aren. Exempelvis har anslutningsanordningar avsedda aft anvandas for aft ansluta bullerdampande enheter samt olika typer av klimatskydd till byggnadsstallningar och liknande tagits fram. Vidare har anslutningsanordningar tagits fram fir aft fasta skyltar, armaturer (belysning, larm, kameror med mera), utrustningar som till exempel anvands i underhallningssammanhang (hOgtalare, lampor, scendekor med mera) och liknande till olika typer av ror, stolpar med mera. Technical background In many contexts there is a need to aft connect a form or the like to one or more other objects. In order to satisfy this need, a number of different types of connection devices, which are intended for use in a number of different applications, have been developed during the year. For example, connection devices intended to be used for connecting noise-damping units and various types of climate protection for building scaffolding and the like have been developed. Furthermore, connection devices have been developed for fixed signs, luminaires (lighting, alarms, cameras, etc.), equipment used, for example, in entertainment contexts (speakers, lamps, stage decorations, etc.) and the like for various types of rudders, poles and more.

Eli problem med aft ansluta materialskilct, sasom vaderskydd och liknande, till en byggnadsstallning är aft materialskiktet vid stark vind medfor en kraftig belastning pa byggnadsstallningen (och indirekt pa byggnaden). Vanligen utfors dessa vdderskydd sa aft de lossnar fran stallningen om vinden over& en viss vindstyrka. Dessa vaderskydd ar vanligen av ett lattvilctsmateiial med mycket ringa bullerdampande effekt. Skador av det lossade materialskiktet pa objekt och personer pa marken som traffas av materialskiktet blir dad& vanligen ringa. Vid tyngre materialskikt, sasom i de fdreliggande bullerdampande enhetema, kan denna teknik inte anvandas da allvarligare skador pa personer och foremal, som traffas av de bulldampande enhetema pa marken, inte kan uteslutas. In the event of problems with connecting material partitions, such as water protection and the like, to a building scaffolding, even the material layer in strong winds entails a heavy load on the building scaffolding (and indirectly on the building). Usually these weather protection is performed so that they detach from the stall if the wind is over & a certain wind strength. These weather protection is usually of a light-weight material with very little noise-damping effect. Damage from the loosened material layer to objects and people on the ground hit by the material layer is usually minor. In the case of heavier material layers, as in the existing noise-absorbing units, this technique cannot be used as more serious injuries to persons and objects hit by the noise-evaporating units on the ground cannot be ruled out.

Ett annat problem vid anslutning av objekt till exempelvis en byggnadsstallning är aft dimensionerna och formen pa tvarsnittet av ror och profiler, till vilka objektet ansluts, varierar. Exempelvis fdrekommer det aft rOren och profilerna har en rund form saint olika typer av kantiga former sasom fyrkantig eller annan kantig form. Olika form pa roren och profilema medfor aft ett flertal olika speciellt anpassade anslutningsanordningar lcravs. 2 Ett ytterligare problem med kanda konstruktioner av anslutningsanordningar, avsedda att anvandas till att Pasta materialskikt till byggnadsstallningars utsida, är att kanda anslutningsanordningar innefattar losa detaljer vilka i samband med montering och demontering kan tappas och falla ner och skada personer under och i narhet av byggnadsstallningen. De losa delama ftirsvarar aven arbetet fOr montorema. Another problem when connecting objects to, for example, a building scaffold is that the dimensions and shape of the cross-section of pipes and profiles to which the object is connected vary. For example, it occurs after the tube and the profiles have a round shape with different types of angular shapes such as square or other angular shape. Different shapes of the pipes and profiles result in a number of different specially adapted connection devices being required. 2 A further problem with kanda constructions of connection devices, intended to be used to paste material layers to the outside of building scaffolding, is that kanda connection devices include loose details which in connection with assembly and disassembly can be dropped and fall down and injure people during and near the building scaffolding. The loose parts also represent the work for the fitters.

Kind teknik AU anvanda anslutningsorgan for att ansluta minst ett objelct till ett annat objelct dr sedan tidigare kant. Exempelvis beskrivs i patentskriften W02012060759 anvandande av anslutningsorgan fOr att ansluta bullerdampande enheter till byggnadsstallningar eller liknande. Anslutningsorganet i den i patentskriften beskrivna bullerdampande systemet anvands for att ansluta bullerdampande enheter till r6r och liknande i byggnadsstallningar eller andra liknande konstruktioner. Anslutningsorganet i enlighet med patentskriften skiljer sig frail konstruktionen i enlighet med den foreliggande patentansokan. Konstruktionen enligt patentskriften innefattar exempelvis inte en funIction med vilken de bulldampande enhetema frigors i samband med vind over en viss forutbestamd vindstyrka. Kind technique AU use connecting means to connect at least one object to another object from the previous edge. For example, patent specification WO2012060759 describes the use of connecting means for connecting noise-damping units to building scaffolding or the like. The connecting means in the noise-damping system described in the patent specification is used to connect noise-damping units to pipes and the like in building scaffolding or other similar structures. The connecting member according to the patent specification differs from the construction according to the present patent application. The construction according to the patent specification does not, for example, comprise a function with which the bull-steaming units are released in connection with wind above a certain predetermined wind strength.

Ett annat problem med konstruktionen i enlighet med patentskriften W02012060759 utgors av problem som fororsakas av att formen och dimensioner pa ror ingaende i byggnadsstallningama varierar. Det forekommer exempelvis att komponenter har ett fyrkantigt tvarsnitt. Anslutningsorganet ingdende i W02012060579 är speciellt ldmpad att anvandas till ror och profiler med runt tvarsnitt. Trots anslutningsorganets goda funktion kan det fiireligga svarigheter aft ansluta anslutningsorganet till profiler och liknande med ett tvarsnitt som har en annan an ett runt tvarsnitt sasom exempelvis ett fyrkantigt tvarsnitt. Another problem with the construction according to the patent specification WO2012060759 is caused by problems which are caused by the shape and dimensions of the elements in the building stands varying. It happens, for example, that components have a square cross section. The connecting member contained in WO2012060579 is particularly suitable for use in pipes and profiles with a round cross-section. Despite the good function of the connecting member, the present equivalents may connect the connecting member to profiles and the like with a cross-section having a different from a round cross-section such as, for example, a square cross-section.

Ett ytterligare problem med anslutningsorganet i enlighet med patentskriften W02012060759 ar att denna under vissa forutsattningar aven kan vara svArt att ansluta till ror med runt tvarsnitt ingaende i byggnadsstallningama. Detta problem loses med konstruktionen i enlighet med den foreliggande patentansOkan. A further problem with the connecting member in accordance with the patent specification WO2012060759 is that under certain conditions it can also be difficult to connect to pipes with a round cross-section in the building scaffolding. This problem is solved with the construction in accordance with the present patent application.

I patentskriften KR100676862 beskrivs en variant av bekladnad som ansluts till rOr med anslutningsanordningar. Konstruktionen skiljer sig i vdsentlig omfattning fran konstruktionen i enlighet med den foreliggande patentansokan. Exempelvis utgors de visade anslutningsanordningama av klammer vars konstruktion i mycket stor omfattning skiljer sig fran den fbreliggande patentansokans konstruktion. 3 I patentskriften JP2010196302 beskrivs en variant av ett klanuner med vilken objekt kan anslutas till ett andra objekt. Konstruktionen skiljer sig i vasentlig omfattning fran den fOreliggande konstruktionen. Exempelvis innefattar derma inte en fimktion fOr aft denna skall kw= frigOras nar en inbordes kraft mellan dessa overstiger en fOrutbestamd niva. Patent specification KR100676862 describes a variant of cladding which is connected to rOr with connection devices. The construction differs significantly from the construction in accordance with the present patent application. For example, the connecting devices shown consist of staples whose construction differs to a very large extent from the construction of the present patent application. 3 Patent specification JP2010196302 describes a variant of a clan with which an object can be connected to a second object. The construction differs to a significant extent from the present construction. For example, it does not include a function for which it is to be released when an inboard force between them exceeds a predetermined level.

Med hanvisning till de beskrivna problemen och de kanda konstruktionema är det uppenbart aft det foreligger ett behov av en vasentligt forbattrat anslutningsanordning i enlighet med den fiireliggande patentansOkan. With reference to the described problems and the known constructions, it is obvious that there is a need for a substantially improved connection device in accordance with the present patent application.

Andamalen med den fdreliggande uppfinningen Det huvudsakliga thidamalet med den foreliggande uppfinningen ar aft skapa en forbattrad anslutningsanordning vilken loser eller reducerar minst ett av ovan namnda problem. The spirit of the present invention The main object of the present invention is to create an improved connection device which solves or reduces at least one of the above-mentioned problems.

Ett annat andamal med den fdreliggande uppfinningen är aft skapa en forbattrad anslutningsanordning med vilken exempelvis en bullerdampande konstrulctionen kan anslutas till ror och profiler, vars form pa tvarsnitten varierar, ingaende i strukturer sasom exempelvis byggnadsstallningar. Ett ytterligare andamal med den fOreliggande uppfinningen aft skapa ett bullerdampande system vilken automatiskt partiellt ffigors fran strukturen vid vindstyrkor Over en forutbestamd niva. Another object of the present invention is to create an improved connection device with which, for example, a noise-damping construction can be connected to pipes and profiles, the shape of which in cross-sections varies, not in structures such as building scaffolding. A further object of the present invention is to create a noise damping system which is automatically partially removed from the structure at wind speeds above a predetermined level.

Andamalet loses med en anordning i enlighet med patentkraven. Kortfattad beskrivning av i fiiljande stycken hanvisade figurer I den foljande detaljerade beskrivningen av den foreliggande uppfinningen kornmer hanvisningar och referenser till foljande figurer aft ske. Respektive figur beskrivs kortfattat i den foljande figurforteckningen. Notera aft figurerna är schematiska och aft detaljer darmed kan vara utelanmade i dessa. De i figurema exemplifierade utforingsformema är inte begransande for skyddsomfanget for den foreliggande patentansokan. The spirit is solved with a device according to the claims. Brief description of figures shown in the accompanying paragraphs In the following detailed description of the present invention, references and references to the following figures will be made. Each figure is briefly described in the following list of figures. Note that the figures are schematic and that details can therefore be omitted in them. The embodiments exemplified in the figures are not limiting of the scope of protection of the present patent application.

Figurerna 1A — IB visar en exemplifierande variant av den fOreliggande anslutningsanordningen sedd i perspektiv. Figures 1A - 1B show an exemplary variant of the present connection device seen in perspective.

Figurema 2A och 2B visar en exemplifierande variant av den foreliggande anslutningsanordningen sedd fran sidan. Figures 2A and 2B show an exemplary variant of the present connection device seen from the side.

Figur 2C visar en anslutningsanordning vilken har en taste med en alternativ placering. 4 Figurema 3A — 3D visar schematiskt funktionen fOr en anslutningsanordning i enlighet med den fOreliggande uppfinningen. Figure 2C shows a connection device which has a key with an alternative location. 4 Figures 3A - 3D schematically show the function of a connection device in accordance with the present invention.

Figur 4 visar anslutningsanordningar anpassade fOr objekt vars tvarsnitt avviker fran ett runt tvarsnitt. Figure 4 shows connection devices adapted for objects whose cross-section deviates from a round cross-section.

Figur 5 visar schematiskt fimlctionen fOr en insats, anpassningsdel, avsedd att anslutas till anslutningsanordning. Figure 5 schematically shows the function of an insert, adapting part, intended to be connected to a connecting device.

Figurema 6A och 6B visar en exemplifierande utforingsform av insatsen. Figurema 6C och 6D visar en exemplifierande altemativ utfOringsform av insatsen. Figures 6A and 6B show an exemplary embodiment of the insert. Figures 6C and 6D show an exemplary alternative embodiment of the insert.

Figur 7 visar en fOrsta exemplifierande teknik for aft uppna en anslutningsanordning med en utlosande funktion. Figure 7 shows a first exemplary technique for obtaining a connection device with a triggering function.

Figur 8 visar en andra exemplifierande teknik fOr aft uppna en anslutningsanordning med en utlosande funktion. Figure 8 shows a second exemplary technique for obtaining a connection device with a triggering function.

Figur 9 visar en tredje exemplifierande teknik fOr aft uppnâ en anslutningsanordning med en utlosande funktion. Figure 9 shows a third exemplary technique for achieving a connection device with a triggering function.

Figur 10 visar en fjarde exemplifierande teknik few aft uppna en anslutningsanordning med en utlosande funktion. Figure 10 shows a fourth exemplary technique for obtaining a connection device with a triggering function.

Figurema 11A och 11B visar anvandning av anordningen i en bullerdampande enhet mera i detalj sedd i perspektiv fran framsidan och i perspektiv fran baksidan. Figures 11A and 11B show the use of the device in a noise damping unit in more detail seen in perspective from the front and in perspective from the back.

Figurema 12A och 12B visar en bullerdampande enhet som är ansluten till en struktur. Figures 12A and 12B show a noise damping unit connected to a structure.

Figur 13 visar en exemplifierande uppbyggnad av materialskikten i en bullerdampande enhet. Figur 14 visar en fiirstarlcning ansluten till anslutningsanordningen. Figure 13 shows an exemplary structure of the material layers in a noise-evaporating unit. Figure 14 shows a preamplifier connected to the connection device.

Figur 15 visar mera i detalj fran insidan fyra sammankopplade bullerdampande enheter anslutna till en byggnadsstallning. Figure 15 shows in more detail from the inside four interconnected noise-evaporating units connected to a building stand.

Figur 16A till 16C visar altemativa anvandningsomraden av anslutningsanordningen. Figures 16A to 16C show alternative applications of the connection device.

Detaljerad beskrivning av uppfinningen Med hanvisning till figurema visas en anslutningsanordning 1 i enlighet med den fcireliggande patentansokan. Anslutningsanordningen 1 är avsedd aft ansluta minst ett fiirsta objekt 2 till minst ett andra objekt 3. Anslutningsanordningen kan anvAndas i ett flertal olika applikationer varav enbart ett fatal beskrivs eller namns i derma patentansokan. Detailed description of the invention Referring to the figures, a connecting device 1 is shown in accordance with the present patent application. The connection device 1 is intended to connect at least one first object 2 to at least a second object 3. The connection device can be used in a number of different applications, only one of which is described or named in this patent application.

Objekten som ansluts till varandra med anslutningsanordningen kan variera Mom ramen for uppfinningstanken. I den exemplifierande utfikingsformen Ar anslutningsanordningen 1 avsedd aft anvAndas fcir aft ansluta objekt 2 till objekt 3 sasom 'lir, profiler och lilcnande. The objects which are connected to each other with the connecting device can vary within the scope of the inventive concept. In the exemplary embodiment, the connection device 1 is intended to be used to connect object 2 to object 3 such as profiles, profiles and the like.

Anslutningsanordningen 1 innefattar minst ett fOrsta anslutningsdel (anslutningsorgan) 4 vilken är avsedd aft anslutas till det ena objektet. Konstruktionen innefattar vidare minst en andra anslutningsdel (anslutningsorgan) med vilken anslutningsanordningen 1 ansluts till det andra objektet. Med anslutningsdel avses en detalj som ansluter till, ansluter vid och/eller helt eller delvis omsluter objektet. The connecting device 1 comprises at least one first connecting part (connecting means) 4 which is intended to be connected to one object. The construction further comprises at least one second connecting part (connecting means) with which the connecting device 1 is connected to the second object. By connection part is meant a detail that connects to, connects to and / or completely or partially encloses the object.

Med hAnvisning till figurema 1A till 2B visas en exemplifierande utfOringsform av den foreliggande anslutningsanordningen 1. Anslutningsanordningens 1 fOrsta anslutningsorgan 4 utgOr i den exemplifierande utforingsformen av minst ett fdste 6 med vilken anslutningsanordningen 1 är avsett aft fastas (anslutas) till det ena objektet. I den exemplifierande utforingsformen innefattar det fOrsta anslutningsorganet minst ett fOrsta faste 6 och minst ett andra fliste 6. Fastet 6 innefattar minst en yta (plan) 7 (visad i figur 3) vilken utgor anliggningsyta mot objekt 2. Anslutningsanordningen 1 innefattar vidare minst en anslutningsdel 5 till det andra objektet 3 shorn ett ror, profil eller lilcnande. Anslutningsdelen 5 är i den exemplifierande utfdringsformen vAsentligen U-formad och innefattar minst en fiforsta del 8, minst en andra del 9 och minst en tredje del 10. Det U-formade anslutningsdelen 5 har en fjadrande effekt medfcirande aft anslutningsdelen 5 klams fast mot roret, profilen, i byggnadsstallningen av den fjadrande effekten. Den fjadrande effekten kan stikas genom aft den U-formade anslutningsdelen 5, i den oppna Aridens narhet, innefattar en sektion med ett mindre avstand mellan den fOrsta delen 8 och den andra delen 10. Anslutningsanordningen 1 innefattar vidare minst ett lfisorgan 11 med vilken den anslutande delen 5, ingaende i anslutningsanordningen 1, temporart fixeras till ett objekt sasom ett ror, en profil eller liknande. Lasorganet 11 Ar vridbart anordnat lcring ett rotationscentrtun 12 i en axel, slcruv, nit eller lilcnande. Lasorganet 11 är ansluten till och manovreras med minst ett manoverorgan 13 vilket är ansluten till minst ett fOrsta fdste 14. Manoverorganet 13 kan utgoras av en mangd 6 olika varianter, med olika former, av manoverorgan. I den exemplifierande utfOringsformen innefattar manoverorganet 13 en forsta arm 15. Den Thrsta amen 15 är vridbart anordnad kring en forsta vridningsaxel 16 i exempelvis en skruv, nit, axel eller lilcnande. I den exemplifierande utfOringsformen av anslutningsorganet ar det forsta fastet 6, anslutningsdelen 5 och Pdstet 14 integrerade i en enhet. Det forsta fastet 6, anslutningsdelen 5 och fastet 14 kan i altemativa utThringsformer besta av tva eller flera delar vilka sammanfogats pa ett for andamalet lampligt satt. I altemativa utforingsformer kan manoverorganet och lasorganets konstruktion utgOras av en annan fOr andamalet lamplig konstruktion. Referring to Figures 1A to 2B, an exemplary embodiment of the present connection device 1 is shown. In the exemplary embodiment, the first connection means 4 of the connection device 1 consists of at least one first 6 with which the connection device 1 is intended to be fixed (connected) to one object. In the exemplary embodiment, the first connecting means comprises at least a first fastening 6 and at least a second chip 6. The fastening 6 comprises at least one surface (plane) 7 (shown in figure 3) which forms an abutment surface against object 2. The connecting device 1 further comprises at least one connecting part 5 to the second object 3 shorn a rudder, profile or lilcnande. The connecting part 5 is in the exemplary embodiment substantially U-shaped and comprises at least one first part 8, at least a second part 9 and at least a third part 10. The U-shaped connecting part 5 has a resilient effect which causes the connecting part 5 to be clamped against the pipe, the profile, in the scaffolding of the resilient effect. The resilient effect can be extended by the U-shaped connecting part 5, in the vicinity of the open Ariden, comprising a section with a smaller distance between the first part 8 and the second part 10. The connecting device 1 further comprises at least one life member 11 with which the connecting the part 5, the input of the connecting device 1, is temporarily fixed to an object such as a rudder, a profile or the like. The welding means 11 is rotatably arranged around a center of rotation 12 in a shaft, screw, rivet or the like. The welding means 11 is connected to and operated by at least one operating means 13 which is connected to at least one first first 14. The operating means 13 can be constituted by a plurality of 6 different variants, with different shapes, of controls. In the exemplary embodiment, the actuator 13 comprises a first arm 15. The third arm 15 is rotatably arranged about a first axis of rotation 16 in, for example, a screw, rivet, shaft or the like. In the exemplary embodiment of the connecting means, the first fastener 6, the connecting part 5 and the pillar 14 are integrated in one unit. The first fastening 6, the connecting part 5 and the fastening 14 may in alternative embodiments consist of two or more parts which are joined in a manner suitable for the purpose. In alternative embodiments, the actuator and the structure of the welding means may be a different structure suitable for the spirit.

Med hanvisning till figur 2C visas en anslutningsanordning med en alternativ placering av fastet 6, eller fastena 6. I ytterligare altemativa utforingsformer är det tankbart att &stet 6, eller fastena 6 ar ansluten till anslutningsdelen 5 vid en annan for dndamalet ldmplig position. I ytterligare altemativa utforingsformer utgors fastet 6 av nagon annan typ av sedan tidigare kant taste (an det exemplifierade) vilket är lampligt fOr andamalet. Referring to Figure 2C, a connection device with an alternative location of the fastener 6, or the fasteners 6, is shown. In further alternative embodiments, the fastener 6 consists of some other type of previously edge key (other than the one exemplified), which is suitable for the spirit.

I ytterligare varianter av den foreliggande uppfinningen kan en forsta anslutningsanordning 1 anslutas till en andra anslutningsanordning 1. Det ar vidare tankbart aft den forsta anslutningsdelen 4 utgors av en motsvarande konstruktion som hela eller delar av anslutningsdelen 5. In further variants of the present invention, a first connection device 1 can be connected to a second connection device 1. It is further conceivable that the first connection part 4 consists of a corresponding construction as all or parts of the connection part 5.

Med hdnvisning till figurema 3A till 3F visas schematiskt hur anslutningsanordningen 1 =sluts till ett ror, profil eller liknande i exempelvis en byggnadsstdllning. I figur 3A är anslutningsorganet i ett tippet lage vid en position i narheten av rtiret. I figur 3D är anslutningsorganet fixerad till roret. With reference to Figures 3A to 3F, it is schematically shown how the connecting device 1 = is connected to a pipe, profile or the like in, for example, a building structure. In Figure 3A, the connecting means is in a tipped position at a position close to the ring. In figure 3D, the connecting member is fixed to the rudder.

I alternativa utforingsformer innefattar anslutningsorganen en lasningsfunktion med vilken anslutningsorganen 1 kan lasas i last position till roret i byggnadsstdllningen. I figuren 3F visas detta genom aft ett las anvands fOr aft lasa sanunan minst tva delar ingaende i anslutningsanordningen. In alternative embodiments, the connecting means comprise a welding function with which the connecting means 1 can be welded in the load position to the rudder in the building structure. In Figure 3F, this is shown by using at least one part of the at least two parts in the connection device.

Med hanvisning till figur 4 visas en variant av en anslutningsanordning 1 vilken ar avsedd aft anvandas fOr objekt som har andra former an de med runda tvarsnitt. I den exemplifierande utfOringsformen är anslutningsanordningen avsedd aft anslutas till ett objekt med fyrkantigt tvdrsnitt. I altemativa utfOringsformer är anslutningsanordningen avsedd aft anvandas for objekt med andra former pa tvarsnitten sasom rektanguldra, trekantiga, fyrkantiga, femkantiga 7 sexkantiga med flera kanter. Det är vidare tankbart aft objekten har ovala tvarsnitt eller andra typer av former pa tvarsnitten. Referring to Figure 4, a variant of a connecting device 1 is shown which is intended to be used for objects having other shapes than those with round cross-sections. In the exemplary embodiment, the connection device is intended to be connected to an object with a square cross-section. In alternative embodiments, the connecting device is intended to be used for objects of other cross-sectional shapes such as rectangular, triangular, square, pentagonal 7 hexagonal with several edges. It is also conceivable that the objects have oval cross-sections or other types of shapes on the cross-sections.

For aft majliggora ovan ndmnda anpassas formen pa anslutningsanordningens 1 forsta del 8, andra del 9 och tredje del 10 (se figurerna 1 till 3) efter formen pa det objekt, sasom rOr, profil vilken skall spaimas fast med anslutningsanordningen 1. Foretradesvis anpassas aven formen pa lasorganet 11 efier formen pa tvarsnittet pa det objekt som skall anslutas till anslutningsanordningen 1. In order to achieve the above, the shape of the first part 8, second part 9 and third part 10 of the connecting device 1 is adapted to the shape of the object, such as the tube, profile which is to be glued to the connecting device 1. Preferably, the shape is also adapted on the welding means 11 follows the shape of the cross-section of the object to be connected to the connecting device 1.

Med hdnvisning till figur visas en alternativ utforingsform av anslutningsanordningen ddr denna innefattar minst en insats 18, tillsats eller liknande vilken är avsedd aft anslutas till anslutningsdelen 5. Insatsen 18 tacker hela eller delar av anslutningsanordningens normala (utan insats) anliggningsyta mot raret, profilen eller liknande. Med hjalp av insatsen erhalls en anliggningsyta 19 med en arman form och/eller dimension an den anslutningsanordningen har utan insats. I den exemplifierande utforingsformen av uppfmningen innefattar denna minst en insats 18 vilken omsluter delar av roret eller profilen (insatsen innefattar minst en oppning i den ena riktningen). Referring to the figure, an alternative embodiment of the connection device is shown where it comprises at least one insert 18, attachment or the like which is intended to be connected to the connection part 5. The insert 18 thanks all or parts of the connection device's normal (without insert) contact surface to the groove, profile or the like. . With the aid of the insert, an abutment surface 19 is obtained with a different shape and / or dimension than the connection device has without insert. In the exemplary embodiment of the invention, this comprises at least one insert 18 which encloses parts of the tube or profile (the insert comprises at least one opening in one direction).

Med hanvisning till figur 6A-6D visas exemplifierande utforingsformer av formen pa insatsen. I figur 6 visas en variant av insatsen 18 vilken innefattar minst en fOrsta del och minst en andra del 21. Referring to Figures 6A-6D, exemplary embodiments of the mold on the insert are shown. Figure 6 shows a variant of the insert 18 which comprises at least a first part and at least a second part 21.

I den exemplifierande utfOringsformen av den foreliggande insatsen visad i figurerna 6A och 6B är den forsta delen 20 och den andra delen 21 anslutna till varandra via minst en led 22 eller liknande. I den exemplifierande utforingsformen utgors leden 22 av, ett i forhallande till den forsta delen och andra delen, relativt tunnare materialskikt 23 som forbinder den forsta delen 20 och den andra delen 21. In the exemplary embodiment of the present insert shown in Figures 6A and 6B, the first part 20 and the second part 21 are connected to each other via at least one joint 22 or the like. In the exemplary embodiment, the joint 22 consists of, in relation to the first part and the second part, a relatively thinner layer of material 23 which connects the first part 20 and the second part 21.

I den exemplifierande utfbringsformen innefattar insatsen 18 ett anslutningsorgan 24 med vilken insatsen 18, alternativt tillsatsen, ansluts till anslutningsanordningen 1. Anslutningsorganet 24 är i den exemplifierande utfOringsformen integrerat med anslutningsanordningens forsta del 20 eller andra del 21. Anslutningsorganet utgors i den exemplifierande utforingsformen av en materialtunga. For aft mojliggiira en anslutning av anslutningsorganet 24 till anslutningsanordningen 1 är denna tiirsedd med ett hal 25, slits eller liknande. I halet ar ett lasorgan 26 avsett aft infOras. Genom anvandning av insatsen i enlighet med den foreliggande uppfinningen mojliggors en anpassning av anslutningsanordning till 8 anliggningsytan mot objelctet efter formen pa det objekt som skall spannas fast med derma. En ytterligare fordel med insatsen, i enlighet med denna utfOringsform, är att denna bestir av ett stycke vilket mOjliggOr aft insatsen kan sakras i fOrhallande till anslutningsorganet (sa aft den inte riskerar aft forloras eller ramla ner). I altemativa utforingsformer är det tankbart aft insatsen innefattar flera eller fdrre delar an tva sasom tre eller flera. In the exemplary embodiment, the insert 18 comprises a connecting member 24 with which the insert 18, alternatively the attachment, is connected to the connecting device 1. In the exemplary embodiment, the connecting member 24 is integrated with the first part 20 or second part 21 of the connecting device. . In order to allow a connection of the connecting member 24 to the connecting device 1, this is provided with a hall 25, slot or the like. In the tail, a laser member 26 is intended to be inserted. By using the insert in accordance with the present invention, an adaptation of the connection device to 8 the abutment surface against the object according to the shape of the object to be clamped therewith. A further advantage of the insert, in accordance with this embodiment, is that it consists of a piece which makes it possible for the insert to be secured in relation to the connecting member (so that it does not risk being lost or falling down). In alternative embodiments, it is conceivable that the insert comprises more or less parts other than two or more.

I en altemativ utfOringsform visad i figurema 6C och 6D utgors den fdrsta delen 21 och den andra delen 22 av separata delar. Delama kan centreras inbordes med fdr andamalet lampliga anordningar sasom minst en styrpirme med tillhorande hil. In an alternative embodiment shown in Figures 6C and 6D, the first part 21 and the second part 22 consist of separate parts. The parts can be centered on board with previously suitable devices such as at least one guide pier with associated hil.

I figurema visas en utfOringsform av insatsen som är avsedd aft anvandas vid anslutning till objekt med en kantig form sasom det exemplifierande fyrkantiga tvarsnittet. I altemativa utfOringsformer kan insatsen vara avsedd aft anvandas fOr aft minska samma form sasom rund till en mindre diameter. I altemativa utforingsformer bestar insatsen av, eller innefattar, ett fjadrande material. The figures show an embodiment of the insert which is intended to be used when connecting to objects with an angular shape such as the exemplary square cross-section. In alternative embodiments, the insert may be intended to be used to reduce the same shape as round to a smaller diameter. In alternative embodiments, the insert consists of, or comprises, a resilient material.

I altemativa utfOringsformer av den foreliggande anslutningsanordningen 1 innefattar den minst en frigoringsmekanism (frikopplingsmekanism) 27 eller liknande med en funktion som frikopplar(frigor) de sammankopplande objelcten nar den inbordes kraften mellan objelcten overstiger en fiirutbestaind niva. Frigoringsmekanismens 27 konstruktion och utformning kan variera inom uppfinningstanken. Frigoringsmekanismen 27 kan utgoras av en variant av snabbkoppling eller annan typ av utlosande koppling vilken frigors vid en kraft over en viss forutbestamd niva. Snabbkopplingen (eller den andra typen av utlosande koppling eller anordning) kan exempelvis vara ansluten mellan anslutningsorganet och ett av objekten. Ett antal exemplifierande tekniker fdr aft uppna denna tekniska furiktion och tekniska effekt redovisas i det foljande med hanvisning till figurema 7 till 10. De exemplifierande konstruktionerna och teknikerna är inte begransande for den foreliggande uppfinningens uppfinningstanke. In alternative embodiments of the present connection device 1, it comprises at least one release mechanism (disengagement mechanism) 27 or the like with a function which disengages (releases) the interconnecting objects when the inboard force between the objects exceeds a predetermined level. The construction and design of the release mechanism 27 may vary within the spirit of the invention. The release mechanism 27 may be a variant of quick coupling or other type of release clutch which is released at a force above a certain predetermined level. The quick coupling (or the other type of release coupling or device) can, for example, be connected between the connecting member and one of the objects. A number of exemplary techniques for achieving this technical friction and technical effect are set forth below with reference to Figures 7 to 10. The exemplary constructions and techniques are not limiting of the inventive concept of the present invention.

Med hanvisning till figur 7 visas en ytterligare utfOringsform av den foreliggande forgorningsmekanismen 27 dar den frigorande funktionen uppnas av minst en brytpinne 28. Brytpinnen 28 sammanbinder den forsta anslutningsdelen 4 och den andra anslutningsdelen 5. Brytpinnen 28 är avsedd aft skjuvas av nar kraften mellan den fcirsta anslutningsdelen 4 och den anslutningsdelen 5 overstiger ett fdrutbestamt varde. Genom aft valja material eller materialkombinationer i brytpinnen 28 kan kraften som kravs for aft skjuva av derma variera. 9 Det är saledes mojligt aft valja en brytpinne 28 som skjuvas av vid en kraft som anses relevant for aft frigora det fiirsta objektet frail det andra objelctet. Referring to Figure 7, a further embodiment of the present recessing mechanism 27 is shown in which the releasing function is achieved by at least one breaker pin 28. The breaker pin 28 connects the first connecting part 4 and the second connecting part 5. The breaker pin 28 is intended to be displaced by the force between the first the connection part 4 and the connection part 5 exceed a predetermined value. By selecting materials or material combinations in the breaker pin 28, the force required to push them may vary. 9 It is thus possible to select a breaker pin 28 which is pushed off by a force which is considered relevant for releasing the first object from the second object.

I alternativa utforingsformer av frigoringsmekanismen bestains den utlosande kraften av fjaderkraft. Ett flertal olika konstrulctioner är mojliga varav eft fatal beskrivs i denna patentanstikan. Den gemensamma namnaren for dessa är aft när fjaderkraften understiger kraften mellan objekten sa utiliser ftigliringsmekanismen. In alternative embodiments of the release mechanism, the triggering force consists of spring force. A number of different constructions are possible, of which fatalities are described in this patent application. The common denominator for these is aft when the spring force is less than the force between the objects so utilizes the fixation mechanism.

I en principlosning visad i figur 8 (figuren visar principen Rir frigliring och inte anslutningsanordningen i sin helhet) uppnas denna effelct av en hona (hondel) 29 och en hane (handel) vars hane belt eller partiellt fOrs in i honan. Handelen innefattar minst ett forsta lasorgan 31 vilken temporart kan lasas med ett andra lasorgan 32 i hondelen. In a principle solution shown in figure 8 (the figure shows the principle Rir release and not the connecting device in its entirety) this effelct is achieved by a female (female part) 29 and a male (trade) whose male is belted or partially fed into the female. The trade comprises at least one first welding means 31 which can be temporarily welded with a second welding means 32 in the female part.

I denna utfOringsform av frigoringsmekanismen utgors det forsta lasorganet 31 i handelen 30 av minst en fOrsta urtagning 33 i radiell riktning i vilken minst en fjader 34 och minst en kula är infOrd. Hondelen 29 innefattar minst ett andra lasorgan 32. I den exemplifierande utforingsformen utgors lasorganet 32 av minst en andra urtagning 36 eller liknande. Vid san-u-nardcopplingen flirs handelens kula 35 av den fjadrande kraften in i det andra lasorganet 32 i hondelen 29. Fjaderraften paverkar kulan aft foras in belt eller delvis i urtagningen 36 i hondelen 29. In this embodiment of the release mechanism, the first laser means 31 in the trade 30 is constituted by at least one first recess 33 in the radial direction in which at least one spring 34 and at least one ball are inserted. The female part 29 comprises at least one second welding means 32. In the exemplary embodiment, the welding means 32 is constituted by at least one second recess 36 or the like. In the san-u-nard coupling, the commercial ball 35 of the resilient force slides into the second welding member 32 in the female part 29. The spring force affects the ball to be inserted belt or partly into the recess 36 in the female part 29.

Frigoringsmekanismens konstruktion medfdr aft kopplingsorganen dr sanunankopplade till det aft den inbordes kraften som paverkar kulan aft trycka ihop fjadern overstiger en viss forutbestdrnd nivd. I alternativa utforingsformer dr det tankbart aft fjaderkraften kan justeras med minst en justeringsanordning (ej visad i figurer). Justeringen av fjaderkraften kan vara stegRis eller stegvist anordnat. En stegvis justering av fjaderkraften kan ske genom aft en eller flera brickor eller annat distansorgan (ej visad i figurerna) placeras i botten av urtagningen (bottenhdlet). Brickan, eller brickornas tjocklek kan variera. En stegvis justering av fjadericraften kan awn ske genom aft fjadern byts ut. En steglos justering av fjaderlcraften kan Awn uppnis via en justerslunv (ej visad i figurer) eller liknande med vilken fjadern kan tryckas samman. The construction of the release mechanism causes the coupling means to be coupled to it, so that the force of the inboard which affects the ball to compress the spring exceeds a certain predetermined level. In alternative embodiments, it is conceivable that the spring force can be adjusted with at least one adjusting device (not shown in figures). The adjustment of the spring force can be stepRise or arranged step by step. A stepwise adjustment of the spring force can take place by placing one or more washers or another spacer (not shown in the figures) in the bottom of the recess (bottom cover). The washer, or the thickness of the washers may vary. A stepwise adjustment of the spring force can be done by replacing the spring. A stepless adjustment of the spring force can be achieved by Awn via an adjusting lug (not shown in figures) or the like with which the spring can be compressed.

I alternativa varianter (ej visad i figurer) av frigoringsmekanismen 27 enligt utfOringsformen visad i figur 9 är den forsta urtagningen 33, fjadem 34 och kulan 35 placerad i hondelen samt aft handelen innefattar den andra urtagningen 36. I alternativa utfOringsformer innefattar konstruktionen minst en fcirsta frigoringsmekanism och minst en andra ftigoringsmekanism. In alternative variants (not shown in figures) of the release mechanism 27 according to the embodiment shown in Figure 9, the first recess 33, spring 34 and the ball 35 are placed in the female part and the trade includes the second recess 36. In alternative embodiments the construction comprises at least one first release mechanism and at least a second fixation mechanism.

I en andra altemativ utfOringsform av frigorningsmekanismen 27, som visas i figur 9 (figuren visar principen for ftigOring och inte anslutningsanordningen i sin helhet), innefattar frigoringsmekanismen 27 minst ett forsta lasorgan 31 och minst ett andra lasorgan 32. I den exemplifierande utfciringsformen utgOrs det fOrsta lisorganet 31 av en forsta hake 37, eller liknande, och det andra lasorganet utgors av en andra hake 38, eller liknande, vilka gar i ingrepp med varandra. Minst den ena av dessa hakar Ar fjaderbelastad med minst en fjader 34. Nar den inbordes lcraften mellan halcama 37 och 38 overstiger en viss fOrutbestamd niva frigOrs det fdrsta lisorganet 31 ftan det andra lisorganet 32. In a second alternative embodiment of the release mechanism 27, shown in Figure 9 (the figure shows the principle of locking and not the connecting device as a whole), the release mechanism 27 comprises at least one first welding means 31 and at least one second welding means 32. In the exemplary embodiment the first is the welding means 31 of a first hook 37, or the like, and the second welding means is constituted by a second hook 38, or the like, which engage with each other. At least one of these hooks is spring loaded with at least one spring 34. When the force between the halves 37 and 38 is boarded in, a certain predetermined level is released from the first limb member 31 from the second limb member 32.

Med hanvisning till figur (figuren visar principen fOr frigoring och inte anslutningsanordningen i sin helhet) visas telcnik dar frigaringsmekanismen 18 innefattar nigon variant av en kulkoppling 39 dar en kula (hane) gar i ingrepp med en hona 41 eller liknande. Honan 41 bestir av ett delvis fjadrande material. Sammankopplingen sker genom aft hanen (kulan) fors in i hondelen 40. Det fjadrande (elastiska materialet) medfOr aft honan 41 hiller fast hanen 40 med en viss kraft. Om lcraften mellan honan och hanen understiger en viss forutbestamd niva halls kopplingsorganen samman med varandra. Om lcraften mellan honan och hanen overstiger denna niva sker en frikoppling av lculkopplingens hona 41 och hane 40 filn varandra. With male reference to figure (the figure shows the principle for release and not the connecting device in its entirety) is shown telcnik where the release mechanism 18 comprises some variant of a ball coupling 39 where a ball (male) engages a female 41 or the like. The female 41 consists of a partially resilient material. The connection takes place through the aft cock (ball) which is forced into the female part 40. The resilient (elastic material) entails that the female 41 attaches the cock 40 with a certain force. If the force between the female and the male is less than a certain predetermined level, the coupling means are held together. If the force between the female and the male exceeds this level, the female 41 and male 40 of the male coupling are disengaged from each other.

I altemativa utfOringsformer av konstruktionen kan lcraften som lutivs fOr aft frikoppla kopplingsorganen fran varandra Ors justerbar. Detta kan exempelvis uppnis genom aft hanen (kulan) 40 bestir av minst en fdrsta del 42 och minst en andra del 43. Delarna kan piverkas av minst ett justeringsorgan 44 med vilken delen 42 och delen 43 inbordes positioner kan justeras (tryckas isar fran varandra). Det hr vidare tankbart at honans 41 inre dimension gors justerbar med minst en justeringsanordning (ej visad i figurer). In alternative embodiments of the construction, the force which lutivates to disengage the coupling means from each other can be adjusted. This can be achieved, for example, by the male (ball) 40 consisting of at least a first part 42 and at least a second part 43. The parts can be pivoted by at least one adjusting member 44 with which the part 42 and the part 43 inboard positions can be adjusted (pressed ice apart) . It is further conceivable that the inner dimension of the female 41 is made adjustable with at least one adjusting device (not shown in figures).

Exemplifierande applikationer for anordningen — system for anvandning av anslutningsanordningen Anslutningsanordningen 1 kan anvandas i ett ftertal olika applikationer dar behov av minst en anslutningsanordning 1 innefattande en frigoringsfunktion och/eller anpassningsfunIction i enlighet med den fdreliggande patentansokan fOreligger. Exempelvis kan anslutningsanordningen, anslutningsanordningarna, 1 anvandas for aft ansluta komponenter ingiende i bullerdarnpande system till varandra eller till strukturer som systemet ansluts till. Den fdreliggande anslutningsanordningen kan anvandas i, eller definieras inga i namnda bullerdampande system. 11 Det bullerdampande systemet innefattar minst en anslutningsanordning 1 vilken innefattar en frigoringsmekanism 27 i enlighet med den foreliggande patentansdkan och/eller minst en anslutningsanordning som innefattar en insats i enlighet med den foreliggande patentansokan. FrigOringsfunktionen kan exempelvis anvandas fOr aft minska vindbelastningen pa 47 vid hard blast och liknande. Frigoringsfunktionen uppnas med minst en frigoringsmekanism vilken exempelvis frigOr anslutningsanordningen fran den bulldampande enhetens bulldampande del eller frigors anslutningsorganet fran byggnadsstallningen vid en kraft over en fdrutbestamd niva. Insatsen anvands for aft anpassa formen pa anslutningsanordningens anliggningsyta mot ror eller profiler ingaende i strukturer sasom byggnadsstallningar. Exemplary applications for the device - system for use of the connection device The connection device 1 can be used in a number of different applications where there is a need for at least one connection device 1 comprising a release function and / or adaptation function in accordance with the present patent application. For example, the connection device, the connection devices, 1 can be used to connect components included in noise-dropping systems to each other or to structures to which the system is connected. The former connection device can be used in, or not defined in, said noise-damping system. 11 The noise damping system comprises at least one connection device 1 which comprises a release mechanism 27 in accordance with the present patent application and / or at least one connection device which comprises an insert in accordance with the present patent application. The release function can, for example, be used to reduce the wind load of 47 during hard blasts and the like. The release function is achieved with at least one release mechanism which, for example, releases the connection device from the bull-steaming unit of the bull-steaming unit or releases the connecting member from the scaffolding at a force above a predetermined level. The insert is used to adapt the shape of the connection device's contact surface to pipes or profiles in structures such as building scaffolding.

Anslutningsorganet kan exempelvis anvandas i bullerdampande system 45 i enlighet med foljande exemplifierande utforingsform, men ej begransad till denna. The connecting means may, for example, be used in a noise damping system 45 in accordance with the following exemplary embodiment, but not limited thereto.

Det bullerdampande systemet 1 innefattar i den exemplifierande utfOringsformen av minst en forsta bullerdampande enhet 46 vilken ansluts till minst en strulctur 47. I den visade utfOringsformen utgors det bullerdampande systemet 45 av ett flertal olika bulldampande enheter 46 vilka ansluts till minst en strulctur 47 i narheten av en byggnad, anlaggning eller plats vars avgivna ljud skall dampas. Strukturen 47 kan vara fast (stationart, permanent) eller temporart uppfOrd. In the exemplary embodiment, the noise damping system 1 comprises at least one first noise damping unit 46 which is connected to at least one structure 47. In the embodiment shown, the noise damping system 45 consists of a plurality of different noise damping units 46 which are connected to at least one structure 47 in the vicinity of a building, plant or place whose emitted sound is to be vaporized. The structure 47 can be fixed (stationary, permanent) or temporarily raised.

Med hanvisning till figurerna 11A och 11B visas en exemplifierande utforingsform av ett bullerdampande enhet (vaggsegment) 46, i enlighet med den fdreliggande uppfinningen, mera i detalj. Respektive bullerdampande enhets 46 form kan variera inom ramen fdr den fdreliggande patentansokan. Den i figurerna visade utfOringsformen är darfor inte begransande fir den bullerdampande enhetens 46 konstruktion och form. I den exemplifierande utfikingsformen av den bullerdampande enheten 46, visad i figurerna, ar den bullerdampande enhetens 46 yttre form fdretradesvis av en vasentligen kvadratisk form. Det är tankbart att den bullerdampande enheten 46 har en annan form sasom exempelvis relctangular eller annan fdr andamalet lamplig form. De bullerdampande enheterna 46 innefattar vardera en insida 47 och en utsida 48. De kvadratiska enheterna 46 hax vidare minst en forsta kant (en forsta kortsida i den visade utforingsformen) 49 med en forsta motstaende kant 50 samt minst en andra kant 51 med minst en tredje motstaende kant 52. Referring to Figures 11A and 11B, an exemplary embodiment of a noise damping unit (rock segment) 46, in accordance with the present invention, is shown in more detail. The shape of each noise damping unit 46 may vary within the scope of the present patent application. The embodiment shown in the figures is therefore not limiting for the construction and shape of the noise damping unit 46. In the exemplary embodiment of the noise canceling unit 46, shown in the figures, the outer shape of the noise canceling unit 46 is preferably of a substantially square shape. It is conceivable that the noise-evaporating unit 46 has a different shape such as, for example, relctangular or another previously suitable shape. The noise damping units 46 each comprise an inside 47 and an outside 48. The square units 46 further have at least one first edge (a first short side in the embodiment shown) 49 with a first opposite edge 50 and at least a second edge 51 with at least a third opposite edge 52.

Med hanvisning till figurerna 12A och 12B visas ett antal bullerdampande enheter vilka anslutits till en strulctur. Strukturen i den exemplifierande utfdringsformen utgors av en byggnadsstallning. 12 Med hanvisning till figur 13 visas en exemplifierande uppbyggnad av de buller dampande enhetema 46. Respektive bullerdampande enhet 2 innefattar minst ett fOrsta materialskikt 53. Foretradesvis innefattar respektive bullerdampande enhet 46 minst ett forsta materialskikt 53 och minst ett andra materialskikt 54. Materialskiktet 53 kan exempelvis besta av en reducerande tungfolie eller annat for andamalet lAmpligt material. Det forsta materialskiktet 53 och det andra materialskiktet 54 ir i sig foretradesvis av ett bullerdampande material. Mellan det forsta materialskiktet 53 och det andra materialskiktet 54 placeras minst en fOrsta bullerabsorberande materialskikt 55. Referring to Figures 12A and 12B, a number of noise damping units are shown which are connected to a structure. The structure of the exemplary embodiment consists of a building structure. 12 Referring to Figure 13, an exemplary structure of the noise vaporizing units 46 is shown. Each noise vaporizing unit 2 comprises at least one first material layer 53. Preferably, each noise vaporizing unit 46 comprises at least one first material layer 53 and at least one second material layer 54. of a reducing heavy film or other suitable material. The first material layer 53 and the second material layer 54 are themselves preferably of a noise-vaporizing material. Between the first material layer 53 and the second material layer 54 is placed at least one first noise-absorbing material layer 55.

Ater med hanvisning till figurema 11A och 11B visas aft det bullerabsorberande materialskiktet 55 ar foretradesvis uppdelat i minst en fOrsta del 56 och minst en andra del 57. Mellan den forsta delen 56 och den andra delen 57 ar en mellanliggande del 58 utan ett bullerabsorberande materialskikt 55. I den i figurema visade materialskikten är det bullerabsorberande materialskiktet 55 uppdelat i minst en fOrsta del 56, minst en andra del 57, minst en tredje del 59 samt minst en flat-de del 60. Mellan delarna 56 och 57, 57 och 59 respektive 59 och 60 är mellanliggande delar 58, utan ett bullerabsorberande materialskikt 55, placerade. Foretradesvis sammanfogas det forsta materialsIdcket 53 och det andra materialskiktet 54 i den mellanliggande delen 60 samt i kanterna 49 till 52. Sammanfogningen av materialskikten kan exempelvis ske via svetsning eller annan fdr andamalet lamplig metod. Den bullerdampande enheten innefattar fOretradesvis Awn minst ett tredje materialskikt (ej visat i figurer), vilket är placerat innanfor det andra materialskiktet. Det tredje materialskiktet kan utgoras av en folie vilken utgor en filktbarriar eller lilcnande vilken minskar (eller eliminerar) fuktintrangning i det bullerabsorberande materialet. Referring again to Figures 11A and 11B, the noise absorbing material layer 55 is preferably divided into at least a first portion 56 and at least a second portion 57. Between the first portion 56 and the second portion 57 is an intermediate portion 58 without a noise absorbing material layer 55. In the material layers shown in the figures, the noise-absorbing material layer 55 is divided into at least a first part 56, at least a second part 57, at least a third part 59 and at least a flat part 60. Between the parts 56 and 57, 57 and 59 respectively 59 and 60, intermediate portions 58, without a noise-absorbing material layer 55, are located. Preferably, the first material layer 53 and the second material layer 54 are joined in the intermediate part 60 and in the edges 49 to 52. The joining of the material layers can take place, for example, via welding or another previously suitable method. The noise vaporizing unit preferably comprises at least one third layer of material (not shown in the figures), which is located inside the second layer of material. The third material layer may be formed of a foil which forms a felt barrier or lacquer which reduces (or eliminates) moisture penetration into the noise absorbing material.

Anslutningsanordningen 1 är foretrAdesvis nitade, slcruvade eller pa annat lampligt satt ansluten till den bulldampande delen vid nagon av kantema 49 till 52 pa den bullerdampande delen. Med hanvisning till figur 14 visas anslutningsanordningen 1 ansluten till en forstyvning 17. Forstyvningens 17 form och dimensioner kan variera inorn ramen for den fdreliggande patentansolcan. The connection device 1 is preferably riveted, screwed or otherwise suitably connected to the noise-damping part at one of the edges 49 to 52 of the noise-damping part. Referring to Figure 14, the connecting device 1 is shown connected to a stiffener 17. The shape and dimensions of the stiffener 17 may vary within the scope of the present patent application.

Med hanvisning till figurerna 2A och 2B visas en anslutningsanordning 1 med en fdrskjutning mellan fastets 6 anliggningsyta 7 och anslutningsdelens 5 fOrsta del 8. Konstrulctionen medfor aft en unik funktion kan uppnas med anslutningsanordningen 1. Med konstruktionen är det mOjligt aft astadkomma en overlappning av tva narliggande bullerdampande enheters 46 kanter. Genom konstruktionen kan A.ven en fixering av respektive 13 bullerdampande enheters 46 kanter till narliggande bullerdampande enheters 46 kanter uppnas. Denna overlappning visas i figur 15. Konstruktionen medfor vidare aven aft en tdtare konstruktion erhalls. Vidare minskar risken fOr aft kantema, pa de bullddmpande enhetema, fladdrar vid vindpaverkan. Referring to Figures 2A and 2B, a connecting device 1 is shown with an offset between the abutment surface 7 of the fastener 6 and the first part 8 of the connecting part 5. The construction means that a unique function can be achieved with the connecting device 1. With the construction it is possible to achieve an overlap of two adjacent 46 edges of noise damping units. Through the construction, A. can also be a fixation of the respective 13 the edges of noise damping units 46 to adjacent edges of noise damping units 46 are achieved. This overlap is shown in Figure 15. The construction also entails that a denser construction is obtained. Furthermore, the risk of the edges, on the noise-absorbing units, fluttering during wind action decreases.

Varje bullerddmpande enhet 46 innefattar minst en anslutningsanordning 1 med vilken den bullerddmpande enheten 46 kan anslutas till en struktur 47 sasom en byggnadsstdllning. Foretrddesvis innefattar den bullerdampande enheten minst en anslutningsanordning i varje kant, eller i narheten av respektive kant. I den fdredragna utforingsformen innefattar denna minst tva anslutningsanordningar och fdretradesvis ett flertal anslutningsorgan anslutna till respektive kant 49 till 52. Each noise reduction unit 46 comprises at least one connection device 1 with which the noise reduction unit 46 can be connected to a structure 47 such as a building scaffold. Preferably, the noise vaporizing unit comprises at least one connection device in each edge, or in the vicinity of each edge. In the preferred embodiment, it comprises at least two connecting devices and preferably a plurality of connecting means connected to the respective edges 49 to 52.

Anslutningsanordningarna 1 pa den fOrsta kanten 49 är forskjutna i fOrhallande till anslutningsanordningen 1 pa den fOrsta motstaende kanten 50. Anslutningsanordningarna efter den andra kanten 51 dr vidare fOrskjutna i fOrhallande till anslutningsanordningama efter den andra motstaende kanten 52. Konstruktionen medfOr aft anslutningsanordningama efter den fOrsta kanten 49, pa en fOrsta bullerdampande enhet, inte kolliderar med anslutningsanordningama 1 efter den motstaende kanten 50, pa en andra bullerdampande enhet, ndr den fOrsta bulldampande enheten och den andra bulldampande enheten ansluts till sanuna rör i byggstdllningen (eller annan typ av struktur). Konstruktionen medfdr vidare aft anslutningsanordningama efter den fOrsta kanten 51, pa en fiirsta bullerddmpande enhet, inte kolliderar med anslutningsanordningama efter den andra motstaende kanten 50, pa en andra bullerdampande enhet, nar den forsta bullerdampande enheten och den andra bullerdampande enheten ansluts till samma riir i byggstallningen (eller arman typ av struktur). The connection devices 1 on the first edge 49 are offset in relation to the connection device 1 on the first opposite edge 50. The connection devices after the second edge 51 are further offset in relation to the connection devices after the second opposite edge 52. The construction of the connecting devices , on a first noise canceling unit, does not collide with the connecting devices 1 after the opposite edge 50, on a second noise canceling unit, when the first noise canceling unit and the second noise canceling unit are connected to the same pipes in the structure (or other type of structure). The construction further entails that the connecting devices after the first edge 51, on a first noise attenuating unit, do not collide with the connecting devices after the second opposite edge 50, on a second noise attenuating unit, when the first noise attenuating unit and the second noise attenuating unit are connected to the same tube in the building structure. (or arman type of structure).

De bullerdampande enhetemas kanter 49 till 52 kan vara forsedda med urtagningar 61(24) for byggnadsstallningens ringar eller andra konstruktionsdetaljer i stallningen. Foretrddesvis ansluts materialskikten (exempelvis genom svetsning eller liknande) till varandra i anslutning till urtagningama. The edges 49 to 52 of the noise-damping units may be provided with recesses 61 (24) for the rings of the building scaffold or other structural details in the scaffolding. Preferably, the material layers (for example by welding or the like) are connected to each other in connection with the recesses.

Respektive bullerdampande enhet 46 innefattar minst en fcirstarlcning/fOrstyvning 62 vilken styvar upp hela eller delar av materialet i anslutning till minst en av den bullerddmpande enhetens 2 kanter 50 till 52. Forstyvningen/forstarkningen fOrstArker dven kantema och materialet i anslutning till kanterna. Foretradesvis innefattar respektive kant minst en forstarkning 17 och minst en andra forstarkning 63. I den exemplifierande utfOringsformen är den fOrsta fOrstarlcningen 25 placerad pa utsidan av kanten och det andra forstarkningsorganet 14 pa insidan. Forstarkningamas 62 och 63 form kan variera i stor omfattning inom ramen for den fdreliggande uppfinningstanken. I altemativa utforingsformer är det tankbart att minst en av fdrstarkningarna integreras i minst ett av (nagot av) materialskikten. Det är vidare tankbart aft minst en av fOrstarkningama placeras mellan materialskikten. Each noise damping unit 46 comprises at least one pre-reinforcement / stiffener 62 which stiffens all or part of the material adjacent to at least one of the edges 50 to 52 of the noise-reducing unit 2. The stiffening / reinforcement also reinforces the edges and the material adjacent the edges. Preferably, each edge comprises at least one reinforcement 17 and at least one second reinforcement 63. In the exemplary embodiment, the first reinforcement 25 is located on the outside of the edge and the second reinforcing member 14 on the inside. The shape of the reinforcements 62 and 63 can vary widely within the scope of the present inventive concept. In alternative embodiments, it is conceivable that at least one of the reinforcements is integrated in at least one of (some of) the material layers. It is further conceivable that at least one of the reinforcements is placed between the material layers.

Foretradesvis fiigors inte hela den bullerdampande enheten 2 fran byggnadsstallningen 4 genom aft vissa anslutningsanordningar är foretradesvis inte Rirsedda med en frigorande fimktion. Anslutningsanordning pa mitten av kantema 49 och 52 kan exempelvis vara av en icke utlosande typ. Vid en lc:5r hog vindbelastning kan exempelvis de Ovre fastorganen i den bullerdampande enheten frigoras varvid den bullerdarnpande enhetens oversta del automatiskt viks ner. Preferably, the entire noise-evaporating unit 2 is not removed from the scaffolding 4 by certain connection devices are preferably not provided with a releasing function. Connecting device in the middle of the edges 49 and 52 may, for example, be of a non-triggering type. At a very high wind load, for example, the upper fixed members of the noise-damping unit can be released, whereby the upper part of the noise-damping unit is automatically folded down.

Med hanvisning till figur 16A till 16C visas exemplifierande altemativa anvandningsomraden fir den foreliggande anslutningsanordningen. I figur 16A och 16B visas hur anslutningsanordningen anvands for aft ansluta minst en skylt 64 eller liknande till ett rdr. Skyltarna kan exempelvis vara avsedd aft anvandas till aft overfora information till anvandaren. Skyltama iir av en sedan tidigare kanda konstruktioner varfor dessa inte beslcrivs mera ingaende i derma patentansOkan. I altemativa utfOringsformer kan skylten utgOras av en banderoll eller annat fir andamalet lamplig informationsoverfOrande objekt. Referring to Figures 16A to 16C, exemplary alternative applications of the present connection device are shown. Figures 16A and 16B show how the connection device is used to connect at least one sign 64 or the like to a pipe. The signs may, for example, be intended to be used to transmit information to the user. The plates are of a prior art constructions for which these are no longer described in detail in this patent application. In alternative embodiments, the sign may consist of a banner or other object that transmits information.

Med hanvisning till figur 16C visas anvandning av anslutningsanordningen dar derma anvands fdr aft ansluta ett objekt ingaende i en scenutrustning till et ror, profil eller liknande. Objektet kan exempelvis utgoras av nagon typ av lampa, kamera, del till ljudanlaggningar eller liknande. Referring to Figure 16C, there is shown the use of the connection device therein which is used to connect an object entering a stage equipment to a pipe, profile or the like. The object can, for example, consist of some type of lamp, camera, part for sound systems or the like.

Ovan angivna anvandningsonulden utgor enbart exemplifierande anvandningsomraden for den fdreliggande anslutningsanordningen. Dessa skall inte ses som begransande for de omraden som den fdreliggande anslutningsanordningen kan anvandas inom. The above usage nuances constitute only exemplary areas of application for the existing connection device. These should not be construed as limiting the areas in which the existing connection device may be used.

I den detaljerade beskrivningen av den fOreliggande uppfinningen kan konstruktionsdetaljer vara utelamnade som är uppenbara fOr en fackman inom det omrade uppfinningen avser. Sadana uppenbara konstruktionsdetaljer ingar i den omfattning som kravs for aft en fullgod funktion fdr den fdreliggande uppfinningen skall uppnas. In the detailed description of the present invention, construction details may be omitted which will be apparent to one skilled in the art to which the present invention pertains. Such obvious constructional details are to the extent required for a proper function of the present invention to be achieved.

ANen om vissa fiiredragna utfdrandeformer bar beslcrivits i detalj, kan variationer och modifieringar mom ramen for uppfinningen komma aft framga fiir fackmannen inom det omrade uppfinningen avser. samt anvandningsomraden fcir den fOreliggande uppfinningen, Samtliga sadana varianter anses falla Mom ramen fcir de efterfOljande patenticraven. Although certain preferred embodiments may have been described in detail, variations and modifications within the scope of the invention may become apparent to those skilled in the art. The invention relates to. as well as the areas of application of the present invention. All such variants are considered to fall within the scope of the following patent claims.

Fordelar med uppfinningen Med den fiireliggande uppfinningen uppnas ett antal fordelar. Den viktigaste fordelen är aft minst en av ovan angivna nackdelar elimineras eller atminstone reduceras. 16 Advantages of the invention The present invention achieves a number of advantages. The main advantage is that at least one of the above disadvantages is eliminated or at least reduced. 16

Claims (1)

Patentkrav 1. Anslutningsanordning (1), avsedd aft anvandas for aft ansluta minst ett fiirsta objelct (2) till minst ett andra objelct (3), innefattande minst en forsta anslutningsdel (4) och minst en andra anslutningsdel (5) samt minst ett fdrsta lAsanordning med vilken minst ett av objekten (2, 3) temporart kan lasas till anslutningsanordningen (1) kannetecknat av aft anslutningsanordningen (1) innefattar en frigoringsmekanism (27) vilken automatiskt frigor sanunankopplingen mellan det forsta objektet (2) och det andra objektet (3) vid en inbordes belastning, kraft, over en viss forutbestamd nivA samt aft minst en utbytbar insats (18) är anslutbar till anslutningsanordningen, med vilken dimensionerna och formen pA anslutningsanordningens (1) anliggningsyta mot minst ett av objelcten kan Andras. 2. Anslutningsanordningen (1) i enlighet med patentkrav 1 kannetecknat av aft frigoringsmekanismen (27) innefattar minst en forsta och minst en andra del vilka sammanbinds med minst en brytpinne (28). 3. Anslutningsanordningen (1) i enlighet med patentkrav 1 kanneteeknat av aft frigoringsmekanismen (27) utgors av en fOrsta del (29) och en andra del (30) vilka sammankopplas och hills samman av fjaderkraft samt aft sammankopplingen mellan den fiirsta delen och den andra delen frigOrs vid en inbordes belastning, lcraft, over en viss forutbestamd niva. 4. Anslutningsanordningen (1) i enlighet med patentkrav 1 kannetecknat av aft den ena av den forsta delen (29) och den andra delen (30) utgors av en hondel och den andra av den forsta delen (29) och den andra delen (30) utglirs av en handel vilka sammankopplas och frigors vid en inbordes belastning, lcraft, Over en viss fdrutbestamd niva mellan den forsta delen och den andra delen. 5. Anslutningsanordningen (1) i enlighet med patentkrav 3 kannetecknat av aft frigoringsmekanismens (18) fjaderkraft kommer fran minst en fjader. 6. Anslutningsanordningen (1) i enlighet med patentkrav 3 kannetecknat av aft frigoringsmekanismens (27) innefattar en kulkoppling innefattande en hondel och en handel vilka halls samman av fjAderlcraft fran fjAdrande material i honan. 17 7. Anslutningsanordningen (1) i enlighet med patentkrav 3 kannetecknat av aft handelen innefattar en lculformad del vilken bestar av minst eft forsta och ett andra segment vars inb6rdes avstand kan regleras. 8. Anslutningsanordningen (1) i enlighet med patentkrav 1 kannetecknat av aft frigoringsmekanismen (27) innefattar lasorgan som utgors av en fOrsta hake och en andra hake vilka kopplas samman med varandra. 9. Anslutningsanordningen (1) i enlighet med patentkrav 1 kannetecknat av aft anslutningsanordningen (1) innefattar en utbytbar insats (18) som innefattar minst en forsta del (20) och minst en andra del (21) vilka är forbundna med varandra via en led (22). 10. Anslutningsanordningen (1) i enlighet med minst ett av tidigare patentkrav kannetecknat av aft ledkonstruktionen (22) utgors av ett materialskikt (23) vilken är integrerad med den forsta delen (20) och den andra delen (21). IZ 16 16 13,1f f't6, 14 /I/ Ft6 UE 116, 2A- 6 n 6, 2-g '((x 2(7 73- MNS ia,z( 1-(6.o 32 Z736 / / / ft& 8 32/ 29 33 3Li 38 373 F16‘ 9 111511111111111111rnmA connection device (1), intended to be used for connecting at least one first object (2) to at least one second object (3), comprising at least one first connection part (4) and at least one second connection part (5) and at least one first A locking device with which at least one of the objects (2, 3) can be temporarily locked to the connecting device (1), characterized by the connecting device (1), comprises a release mechanism (27) which automatically releases the connection between the first object (2) and the second object (3). ) at an inboard load, force, above a certain predetermined level and even at least one replaceable insert (18) is connectable to the connection device, with which the dimensions and shape of the abutment surface of the connection device (1) against at least one of the objects can be different. The connecting device (1) according to claim 1, characterized in that the release mechanism (27) comprises at least one first and at least a second part which are connected to at least one breaking pin (28). The connection device (1) according to claim 1, characterized in that the release mechanism (27) consists of a first part (29) and a second part (30) which are interconnected and healed together by spring force and the interconnection between the first part and the second the part is released at an inboard load, lcraft, above a certain predetermined level. The connection device (1) according to claim 1, characterized in that one of the first part (29) and the second part (30) is constituted by a female part and the other by the first part (29) and the second part (30). ) is formed by a trade which is interconnected and released at an inboard load, lcraft, Over a certain predetermined level between the first part and the second part. The connecting device (1) according to claim 3, characterized in that the spring force of the release mechanism (18) comes from at least one spring. The connecting device (1) according to claim 3, characterized in that the release mechanism (27) comprises a ball coupling comprising a female part and a handle which are held together by spring force from resilient material in the female. The connecting device (1) according to claim 3, characterized by the trade, comprises a circular-shaped part which consists of at least one first and a second segment whose mutual distance can be regulated. The connecting device (1) according to claim 1, characterized in that the release mechanism (27) comprises welding means which consist of a first hook and a second hook which are connected to each other. The connection device (1) according to claim 1, characterized in that the connection device (1) comprises a replaceable insert (18) comprising at least a first part (20) and at least a second part (21) which are connected to each other via a joint (22). The connection device (1) according to at least one of the preceding claims, characterized in that the articulated structure (22) consists of a material layer (23) which is integrated with the first part (20) and the second part (21). IZ 16 16 13,1f f't6, 14 / I / Ft6 UE 116, 2A- 6 n 6, 2-g '((x 2 (7 73- MNS ia, z (1- (6.o 32 Z736 / // ft & 8 32/29 33 3Li 38 373 F16 '9 111511111111111111rnm 1. 6, 114 47-K MO z tiz) 913 917 z 1 9'1 z Sir c'16. (3 Fu. rii Li 6, 6 16C1. 6, 114 47-K MO z tiz) 913 917 z 1 9'1 z Sir c'16. (3 Fu. Rii Li 6, 6 16C
SE1300746A 2013-12-03 2013-12-03 Connection device for noise-canceling construction, weather protection or the like SE540389C2 (en)

Priority Applications (7)

Application Number Priority Date Filing Date Title
SE1300746A SE540389C2 (en) 2013-12-03 2013-12-03 Connection device for noise-canceling construction, weather protection or the like
PCT/SE2014/000145 WO2015084228A1 (en) 2013-12-03 2014-12-03 Connection device
AU2014357774A AU2014357774A1 (en) 2013-12-03 2014-12-03 Connection device
CN201480017548.5A CN105051297B (en) 2013-12-03 2014-12-03 Attachment means
EP14867113.4A EP3119961A4 (en) 2013-12-03 2014-12-03 Connection device
JP2016528012A JP2017509811A (en) 2013-12-03 2014-12-03 Connection device
HK15111829.7A HK1211067A1 (en) 2013-12-03 2015-12-02 Connection device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SE1300746A SE540389C2 (en) 2013-12-03 2013-12-03 Connection device for noise-canceling construction, weather protection or the like

Publications (2)

Publication Number Publication Date
SE1300746A1 true SE1300746A1 (en) 2015-06-04
SE540389C2 SE540389C2 (en) 2018-09-11

Family

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Application Number Title Priority Date Filing Date
SE1300746A SE540389C2 (en) 2013-12-03 2013-12-03 Connection device for noise-canceling construction, weather protection or the like

Country Status (7)

Country Link
EP (1) EP3119961A4 (en)
JP (1) JP2017509811A (en)
CN (1) CN105051297B (en)
AU (1) AU2014357774A1 (en)
HK (1) HK1211067A1 (en)
SE (1) SE540389C2 (en)
WO (1) WO2015084228A1 (en)

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Also Published As

Publication number Publication date
HK1211067A1 (en) 2016-05-13
JP2017509811A (en) 2017-04-06
AU2014357774A1 (en) 2015-09-10
CN105051297A (en) 2015-11-11
EP3119961A4 (en) 2017-11-22
SE540389C2 (en) 2018-09-11
CN105051297B (en) 2017-03-15
WO2015084228A1 (en) 2015-06-11
EP3119961A1 (en) 2017-01-25

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