DK201600037A1

DK201600037A1 - Mounting bracket to increase the strength and flexibility of a telescopic rod / flagpole.

Info

Publication number: DK201600037A1
Application number: DKPA201600037A
Authority: DK
Inventors: Poul Erik Knudsen
Original assignee: Poul Erik Knudsen
Priority date: 2016-01-19
Filing date: 2016-01-19
Publication date: 2017-08-07
Also published as: DK179282B1

Abstract

Monteringsbeslag til at oge styrken og fleksibiliteten pa en teleskopstang/flagstang. Vinklet monteringsbeslag til at oge styrken og fleksibiliteten pa en teleskopstang/flagstang bestar af en 4�] benet fod(1) med et skruehul pa hvert ben(2) til fastgorelse pa fast underlag. Mindst et drejeligt leje(3) er monteret i midten af foden, sa stangen kan folge vindens retning. Fra midten af foden gar solid metal pal(4) der bruges til montering af det vinklede rorbeslag(5) med skruehuller(6) og beskyttelses/fleksibilitets belagning(8) hvori teleskopstangen eller flagstangen monteres og dermed opnar vasentligt oget styrke ved vindstod. Opfindelsen anvendes til ex. Landbrug, skovbrug, bygninger, industri, bilforhandlere mm. Kort sagt, alle steder med brug for ekstra forstarkning og fleksibilitet til stanger, der udsattes for meget vind belastning. Monteres let ved fastspanding pa fast underlag f.eks. europalle med 50 kg vagt pa.Mounting bracket to increase the strength and flexibility of a telescopic rod / flagpole. Angled mounting bracket to increase the strength and flexibility of a telescopic pole / flagpole consists of a 4�] leg base (1) with a screw hole on each leg (2) for mounting on a fixed base. At least one swivel bearing (3) is mounted in the center of the foot so that the rod can follow the direction of the wind. From the center of the foot, solid metal pawl (4) is used for mounting the angled rudder bracket (5) with screw holes (6) and protection / flexibility coating (8) in which the telescopic pole or flagpole is mounted, thus providing substantially increased strength in wind gusts. The invention is applied to ex. Agriculture, forestry, buildings, industry, car dealers etc. In short, all places that need extra reinforcement and flexibility for bars exposed to a lot of wind load. Can be easily mounted by fastening on a solid surface eg. europalle with 50 kg guard pa.

Description

BESKRIVELSEDESCRIPTION

Opfindelsen angår et vinklet monteringsbeslag til at øge styrken på en teleskopstang/flagstang, så den bliver mere holdbar og fleksibel. Monteringsbeslaget er en drejefod der er lavet med bøjet vinkel på rørdelen, hvor teleskopstangen/flagstangen monteres. Vinklen og drejeligheden gør styrken. Opfindelsen har mindst en lejer og kan dermed give den monterede stang mere styrke fordi den kan dreje i vindens retning. Vinklen på stangen er også med til at give teleskopstangen/flagstangen styrke fordi den giver stangen et vindtræk i stedet for et vindtryk og ikke skal bøje så meget som, hvis den stod lodret monteret. Der er en aflastende belægning (ex. Gummi) øverst på monteringsbeslaget, så der opnås en "fjedrende" effekt. Dermed har teleskopstang/flagstang og drejefoden ikke direkte kontakt. Der er tilmed to skruehuller på monteringsbeslaget til fastspænding og evt. tyverisikring af teleskopstangen. Opfindelsen anvendes til ex. Landbrug, skovbrug, bygninger, industri, bilforhandlere mm. Kort sagt, alle steder med brug for ekstra forstærkning til stænger, der udsættes for meget vind belastning.The invention relates to an angled mounting bracket to increase the strength of a telescopic rod / flagpole to make it more durable and flexible. The mounting bracket is a swivel foot made with a bent angle on the pipe part where the telescopic rod / flagpole is mounted. The angle and swivel make the force. The invention has at least one bearing and thus can give the mounted rod more strength because it can rotate in the wind direction. The angle of the pole also helps to give the telescopic pole / flagpole strength because it gives the pole a wind drag instead of a wind pressure and does not have to bend as much as if it were vertically mounted. There is a relief coating (ex. Rubber) at the top of the mounting bracket so that a "resilient" effect is achieved. Thus, the telescopic pole / flagpole and pivot foot do not have direct contact. There are also two screw holes on the mounting bracket for clamping and any. anti-theft of the telescopic rod. The invention is applied to ex. Agriculture, forestry, buildings, industry, car dealers etc. In short, all places that need extra reinforcement for bars that are exposed to a lot of wind load.

Ved kendt drejefod/monteringsbeslag er der også anvendt lejer, men hvor øverste monteringsdel til teleskopstang/flagstang virker som et lige "spyd" og sidder indvendigt i teleskopstangen. Dette giver mulighed for montering af teleskopstang/flagstang, men øger ikke styrken på stangen, da denne ikke har den vinklede del. En klar ulempe på steder og dage der er meget vind. Der er ikke gummi som aflastning på kendt konstruktion og derfor aflastes trykket på stang og fod ikke.Bearings also have been used with known swivel / mounting brackets, but the upper mounting part for the telescopic pole / flagpole acts as a straight "spear" and sits inside the telescopic pole. This allows for mounting of telescopic pole / flag pole, but does not increase the strength of the pole as it does not have the angled part. A clear disadvantage in places and days there is a lot of wind. There is no rubber as a relief on a known construction and therefore the pressure on the bar and foot is not relieved.

Det bliver altså muligt for brugeren, at anvende en teleskopstang/flagstang i de mest vindfulde måneder af året og spare tid ved ikke at være nødsaget til at tage teleskopstangen/flagstangen ned hver gang det blæser mere end det, der er garanteret for teleskopstang/flagstang uden drejefod. Ved opfindelsen giver det brugeren mulighed for, at vælge hvor meget holdbarhed på stangen man har brug for. Dvs. et produkt der kan tilkobles, hvis der ønskes mere styrke og fleksibilitet på teleskopstangen.Thus it becomes possible for the user to use a telescopic rod / flagpole during the most windy months of the year and save time by not having to take down the telescopic pole / flagpole every time it blows more than what is guaranteed for telescopic pole / flagpole without swivel foot. By the invention, it allows the user to choose how much durability on the rod one needs. Ie a product that can be connected if more strength and flexibility is desired on the telescopic rod.

Udformningen gør at stangen ikke får et vindtryk, men et vindtræk, da vinden render mere på langs af stangen. Trækket kan ved kraftig vind forøge styrken af flagstangen/teleskopstangen med op til 100 %The design means that the rod does not get a wind pressure, but a wind drag, as the wind rises more along the rod. The pull can increase the strength of the flagpole / telescopic pole by up to 100% with strong winds

Det vinklede gummibelagte rørbeslag er monteret på en fod med kuglelejer, som øjeblikkeligt korrigerer væk fra hvert vindstød, og da vindstød aldrig vil ramme direkte ind på stangen, men bøje af pga. vinklen gør det for nogle stængers vedkommende, at den er vindstøds tolerant med mere end 100%.The angled rubberized pipe fitting is mounted on a foot with ball bearings, which immediately corrects away from each gust, and since gusts will never hit directly on the rod, but bending due to the angle makes it, for some rods, tolerant to gusts. more than 100%.

Claims

1. Cross foot (1) for clamping (2) with rotating bearings (3) and mounting spigot (4) previously used for mounting advertising signs / banners. The characteristic curved / angled mounting bracket of this invention causes (5) that the wind deflects (7) and makes a pull in the mounted flagpole / telescopic pole, thus increasing the strength of the mounted workpiece. The safety screw (6) is for fastening the flagpole / telescopic pole so that it does not blow out of the pipe bracket (5) in the event of gusts. Characterized Angled iron pipe fitting with protective coating inside (8). When the telescopic rod / flagpole fits in the thickness of the iron pipe, the mounted workpiece does not break under load when it storms. The rotating foot at the characteristic angled mounting bracket (5) together means that the bracket always follows the direction of the wind (7).

The pipe fitting according to claim 1, characterized by having a protective coating (ex. Rubber) inside the upper part (8) to reduce the pressure on the telescopic rod / flagpole.

The mounting bracket according to claim 1 or 2, characterized in that the combination of swivel bearings (3) and angled pipe bracket (5) together strengthen a mounted rod when exposed to wind.