DK177385B1

DK177385B1 - The invention relates to a holder for fireworks batteries

Info

Publication number: DK177385B1
Application number: DKPA201200062A
Authority: DK
Inventors: Henrik Larsen; Jeanne Smith Larsen
Original assignee: Henrik Larsen; Jeanne Smith Larsen
Priority date: 2012-01-23
Filing date: 2012-01-23
Publication date: 2013-03-04

Abstract

Fyrværkeri Batteri Holder, figur 2, som har til formål, at Fyrværkeri Batterier ikke kan vælte under affyring, som følge af rekylkraften eller ujævnt underlag. Fyrværkeri Batteri holderen har 3 sider med bøjelige samlinger ( Al, Bl,Cl ), hvor siderne fungerer som støttepunkter langs siden af Batteriet. Den ene af siderne er fleksibel via et knæk på midten ( Dl Ved at forsyne 2 af hjørnerne (pkt. A og B) med en trækfjeder, skubbes knækket ( Dl ) helt ind til batteriet, som derved gør holderen universal i forhold til Batteriets størrelse. Støttefunktionen fremkommer ved at holderen har vinkelrette fødder ( punkterne E ) og holderen spændes om Batteriet med kraften fra trækfjederen eller elastikken. Uanset formen på det enkelte Fyrværkeri Batteri, vil der altid være støtte fra 3 sider under affyring af Batteriet.Fireworks Battery Holder, Figure 2, which aims to prevent Fireworks Batteries from tipping over during firing due to the recoil force or uneven ground. Fireworks The Battery Holder has 3 sides with flexible joints (Al, Bl, Cl), the sides serving as support points along the side of the Battery. One of the sides is flexible via a crack in the middle (Dl) By supplying 2 of the corners (sections A and B) with a pull spring, the knuckle (Dl) is pushed all the way into the battery, making the holder universal in relation to the size of the battery. The support function is obtained by the holder having perpendicular feet (points E) and the holder being tightened around the Battery with the force of the spring or elastic, regardless of the shape of the individual Fireworks Battery, there will always be support from 3 sides during firing of the Battery.

Description

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Opfindelsen angår en holder til Fyrværkeri Batterier.The invention relates to a holder for Fireworks Batteries.

Med frembringelsen, ønskes tilvejebragt en holder til Fyrværkeri Batterier, der har til formål at Fyrværkeri 5 Batterier ikke kan vælte under affyring, som følge af rekylkraften eller ujævnt underlag.With the creation, it is desired to provide a holder for Fireworks Batteries, which is intended to prevent Fireworks 5 Batteries from tipping over during firing, due to the recoil force or uneven ground.

Der eksisterer på området ikke nogen kendt teknik, når det drejer sig om en holder til Fyrværkeri Batterier. En 10 sammenligning kan være et rør til affyring af raketter og bomberør, som sikrer fastholdelse af disse under affyring.There is no known technique in the art when it comes to a Fireworks Battery Holder. A comparison may be a rocket and bomb tube firing tube which ensures its retention during firing.

WO 2008/006374 Al beskriver en holder, der er indrettet til at fastholde et fyrværkeri batteri. Holderen er konstrueret af 15 fire flade stænger, der indbyrdes er indrettet til at overlappe hinanden som en saks. Stængerne udgør tilsammen en slags trekant hvor der findes et knæk på trekantens ene side. Holderen fastspændes manuelt i den korrekte position om et fyrværkeri batteri ved at stramme en skrue i en af samlingerne 20 mellem stængerne, således at batteriet fastholdes af mindst tre af holderens fire stænger.WO 2008/006374 A1 discloses a holder arranged to hold a fireworks battery. The holder is constructed of 15 four flat rods arranged to overlap one another as scissors. The rods together form a kind of triangle where there is a crack on one side of the triangle. The holder is manually clamped in the correct position about a fireworks battery by tightening a screw in one of the joints 20 between the bars so that the battery is held by at least three of the four bars of the holder.

Det nye ved frembringelsen, er en Fyrværkeri Batteri Holder (Figur 1) som med sin trekantede udformning og fjeder-25 /elastikfunktion imellem punkterne A og B, spænder sig fast omkring Fyrværkeri Batterier i alle udformninger og sikrer at Batteriet står så fast som muligt. Støttefunktionen fremkommer ved at holderen har vinkelrette "fødder" ( E ) og holderen spændes om Batteriet med kraften fra trækfjederen eller 30 elastikken.What's new in the production is a Fireworks Battery Holder (Figure 1) which, with its triangular design and spring-25 / elastic function between points A and B, clings around Fireworks Batteries in all designs and ensures that the Battery is as solid as possible. The support function is obtained by the holder having perpendicular "feet" (E) and the holder being tightened around the Battery with the force of the spring or elastic.

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Den tekniske virkning er, at Fyrværkeri Batteri Holderen stabiliserer Fyrværkeri Batteriet, så det står fast under affyring. ( Se Billede 1,2 og 3 ) 5 Opfindelsen forklares nærmere i det følgende, under henvisning til tegningerne.The technical effect is that the Fireworks Battery Holder stabilizes the Fireworks Battery so that it is stuck during firing. (See Figures 1,2 and 3) 5 The invention is explained in more detail below with reference to the drawings.

Figur 1: Viser Fyrværkeri Batteri holderen set fra oven.Figure 1: Displays the Fireworks Battery Holder seen from above.

Figur 2: Viser Batteri holderens "fødder".Figure 2: Displays the Battery Holder's "feet".

10 Figur 3: Viser Batteri holderen set nedefra.10 Figure 3: Displays the Battery Holder seen from below.

Figur 4: Viser Batteri holderen med fjeder- / elastikfunktion.Figure 4: Displays the Battery holder with spring / elastic function.

Billede 1,2,3: Viser Batteri holderen monteret på et 15 Fyrværkeri Batteri.Picture 1,2,3: Showing the Battery Holder mounted on a 15 Fireworks Battery.

Frembringelsen og specielt fordelagtige udførelselsformer beskrives i det følgende under henvisning til vedlagte tegninger. Batteri holderen fremstilles i metal- eller 20 plastmateriale.The invention and particularly advantageous embodiments are described below with reference to the accompanying drawings. The battery holder is made of metal or 20 plastic materials.

Figur 1: På Figur 1 ses Fyrværkeri Batteri holderen fra oven.Figure 1: Figure 1 shows the Fireworks Battery holder from above.

Siderne udgør tilsammen en ligesidet trekant, med fleksible samlinger ( Al- Dl ) , hvor siderne kan 25 fremstilles i forskellige længder fra 30 - 50 cm, afhængig af hvor stort et batteri der skal fastholdes. Højden på siderne varierer fra 5-10 cm.The sides together form an equilateral triangle, with flexible joints (Al-D1), where the sides can be made in different lengths from 30 - 50 cm, depending on the size of the battery to be held. The height of the sides varies from 5-10 cm.

Figur 2: Viser Batteriholderens "fødder" ( E ) som sikrer 30 stabiliteten i Batteri holderen. Fødderne har en dybde på 5 - 10 cm.Figure 2: Displays the "feet" of the Battery Holder (E) ensuring the stability of the Battery Holder. The feet have a depth of 5 - 10 cm.

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Figur 3: Viser Batteri holderen set nedefra.Figure 3: Displays the Battery Holder seen from below.

Figur 4: Viser Batteri holderen, hvor punkterne A og B trækkes imod hinanden ved hjælp af en fjeder- eller 5 elastikfunktion. Derved flyttes den fleksible samling (Dl) ind imod midten af holderen og fastholderFigure 4: Shows the Battery holder where points A and B are pulled against each other by means of a spring or 5 elastic function. Thereby the flexible assembly (D1) is moved towards the center of the holder and holds

Batteriet.Battery.

Billed 1,2,3: Viser Batteri holderen monteret på et Fyrværkeri 10 Batteri, hvor fjeder- /elastik effekten viser fastholdelsen af batteriet i Batteri holderen.Picture 1,2,3: Shows the Battery holder mounted on a Fireworks 10 Battery, where the spring / elastic effect shows the retention of the battery in the Battery holder.

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Claims

1. Holding a fireworks battery during firing, the holder forms a triangle arranged to span around a battery of any configuration, wherein - the triangle has a first whole side (a), a second whole side (b) , and a third side (c), which consists of two parts, that the two sides (a, b) are joined with a first flexible joint (CI), the two sides (a, c) with a second flexible joint ( A1) and the two sides (b, c) having a third flexible joint (B1), characterized in that - the two parts (c) of two thirds are joined together with a fourth flexible joint (D1) forming a crack (D1) and - that a tensioning means in the form of a spring or elastic is tensioned out between the second (A1) and third (B1) flexible joint wherein the tensioning means is arranged to pull the second (A1) and third (B1) flexible joint together, so that the third side crack (D1) is pushed in towards the center of the triangle and holds a battery placed therein. 20

Holder according to Claim 1, characterized in that the flexible joints (A1, B1 Cl) are arranged at the vertices of the triangle.

Holder according to claim 1 or 2, characterized in that the fourth flexible assembly (D1) is arranged on the middle of the third side (c).

Holder according to any one of claims 1-3, characterized in that the triangle is equilateral. 30, DK 177385 B1 5

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Holder according to any one of claims 1-4, characterized in that the first and second sides (a, b) of the triangle form an acute angle.

Holder according to any one of claims 1-5, characterized in that each of the first and third sides (a, b) and second and third sides (b, c) of the triangle respectively form an acute angle.

Holder according to any one of claims 1-6, characterized in that two parts of the third side (c) form an obtuse or pointed angle.

Holder according to claim 7, characterized in that each side is provided with a foot (E) forming a right angle with 15 sides.

Use of the holder according to any one of claims 1-8 for releasably holding a fireworks battery. 20 25