DE202007000407U1 - Fire and barbecue area - Google Patents

Abstract

The fire and grill place has a hollow combustion chamber body (1) designed as lattice body consisting of two lattice panels (2, 3), where the chamber body is designed in different shapes such as square, circular or rectangular shapes. The panels are laterally arranged at a distance from each other in such a manner that the panels define a gap (4) between the panels, where the gap serves for receiving a relatively heavy, free-flowing fill material (5) e.g. brick material, where particle size of the material is larger than the lattice width of the lattice panels.

Description

The Innovation relates to a fire and barbecue area according to the preamble of the protection claim 1.

So far it is only known, fire and barbecue areas from a masonry Create a ring, creating a fire in the interior of the ring, which burns upwards. On top of the ring becomes one Grid placed on which the material to be grilled laid becomes.

disadvantage however, such a brick hearth is immovable is that it is difficult to assemble and disassemble and that the air supply difficult because appropriate air supply openings are provided have to.

Of the Another disadvantage of such a brick hearth is that Due to the development of heat, the masonry material to break Tends, and gets cracked by the heat, which makes it a fast Wear the entire brick walls comes.

The Innovation has therefore set itself the task, a fire and Barbecue of the type mentioned in such a way that they much easier to assemble and disassemble, and that no damage due to Fire on the walls to be feared.

to solution the task is the innovation characterized in that that the fire and grill point consists of a fillable grid body as a combustion chamber body, which can be formed in any shape. The grid body can be circular, oval, square, square or rectangular be.

Important is that the grid body of two complementary ones Wire mesh exists, with the outer wire mesh wall a distance from the parallel inwardly staggered wire mesh wall and the resulting cavity with any Stone material is filled.

In order to results in the significant advantage that with the filling with Stone material now a ripping the walls due to the resulting high heat is no longer to be feared. It is poured loose stone material and it requires no Foundation work or other erection work, because simple a hollow wireframe body first is mounted and its fillable Wall is filled with a corresponding stone material.

With the arrangement of a fillable Wire mesh body as a fire and barbecue site there is the further advantage that now a controlled air supply for the arranged inside the fire is given. It does not need any Feuerungsöffnungen or air supply openings more, as they might have been in masonry orders, because through the layered and interlinked ones Stones a controlled air supply through the wall into the interior of the fireplace is done. This is an essential one Advantage over the State of the art.

Another The advantage is that now in a simple way the body on a Standgalgen is placed, with a simple attachment given by is that the vertical boom has a pedestal, the off mutually spreadable metal profiles, wherein the fillable grid body, the later Fire and barbecue place, these metal feet strained, because he on this Metal feet stands. Thereby The gallows is assigned in a particularly simple way the fire and barbecue area and it requires no special attachment measures between the gallows and the fillable Grid body.

Another Advantage of the innovation is that you can easily the inner Wireframe wall that would otherwise be exposed to fire thereby protects by you use two simple sheets, which complement each other and complementary which form an inner circumferential metal wall, where the fire up flames.

In order to There is no danger that the fire will be the inner wire mesh wall of the fillable Wire mesh body to damage could.

Another Advantage of the innovation is that in itself a ground for fire and barbecue is not necessary. In the formation of the fillable grid body in Round shape is thus practically a barrel-like arrangement, wherein the barrel wall as fillable Wall is formed and the barrel top no lid and no bottom Has floor, so that the entire wire mesh body simply flat on one appropriate Erdaufstellfläche set up becomes.

in the The following is the innovation of only one execution way illustrative drawings closer explained. Here are more from the drawings and their description essential features and benefits of the innovation.

It demonstrate:

1 : schematized a section along the line II in 2 by one as a ring cylinder trained fillable grid body

2 : the perspective view of an annular cylinder designed as a fillable grid body

3 A first embodiment of a cross connector

4 A second embodiment of a cross connector

5 : Perspective view from above of the pedestal of the Standgalgens with gespreizten Fußschenkeln

6 : Erected stand upright with pedestal according to 5 in a perspective view from above

7 : New fire and grill site with filled grid body after 1 and 2 on the pedestal of the erected stand gallows according to 5 and 6 ,

In 1 and 2 is a ring cylinder as the combustion chamber body 1 shown, which consists essentially of an outer, circumferential and circular cylindrical lattice panel 3 which is the outer shell of the annular cylinder 1 forms.

An inner mantle becomes through an inner lattice panel 2 formed, which is also formed circumferentially and self-contained.

After the two lattice panels 2 . 3 take a mutual radial distance from each other, hereby becomes a gap 4 according to the innovation, with a pourable filling material 5 is filled.

As the 1 shows, is thus the interior 11 of the ring cylinder 1 formed hollow in which the materials mentioned in the general description (fuel, ring guard, grill grate) can be introduced.

The 1 and 2 By the way, that shows every lattice panel 2 . 3 in a conventional manner from intersecting and interconnected longitudinal and transverse bars 6 . 7 consists.

To stabilize the gap 4 between the inner and the outer lattice panel 2 . 3 are here at a mutual distance and parallel to each other cross connector 8th arranged. Such a cross connector 8th is in 3 shown in more detail. It consists of mutually oppositely arranged hook ends 9 passing through a connecting wire 10 material integral with each other.

For mounting the cross connector 8th thus becomes the one hook end on a longitudinal or transverse bar 6 . 7 to the inner lattice panel 2 and the outer hook end also on a longitudinal or transverse bar 6 . 7 the outer lattice panel 3 hooked. In this way, thus becomes a load-transmitting connection between the outer and the inner grid panel 2 . 3 created.

As another alternative embodiment, the 4 a cross connector 8a , which is formed as a flat grid body and which is also formed of intersecting longitudinal and transverse bars, which are connected to each other at the crossing points.

Preferably, this sheet-like cross connector extends 8a over the entire vertical height of the annular cylinder 1 and thus separates the gap 4 in each case in individual circumferential departments. In this way, a load-transferring connection between the inner and outer lattice panel takes place 2 . 3 over the entire height of the fillable ring cylinder 1 time.

It is important that a stable structure is created by the arrangement of two spaced lattice panels and a space defined therebetween, because the space with a correspondingly heavy filler 5 is filled, so the ring cylinder 1 can be placed free-standing on a footprint.

The 5 and 6 show now the Standgalgen 12 , which consists of a base-side pedestal 13 exists, as well as a detachably connected upper pipe bend 14 , The pedestal 13 includes a vertical standpipe 15 , at the lower end of a horizontal hinge strip 16 is located, at the ends turn two horizontally pivoting feet 17 via one swivel joint each 18 are articulated.

The connection between pedestal 13 and pipe bend 14 of the stand gallows 12 is detachable by a clamping protection 19 (here wing nut) trained. The lower free end of the vertical part 20 of the pipe bend 14 is in the upper free end of the vertical standpipe 15 of the pedestal 13 plugged in and with the wing nut 19 secured.

At the top of the pipe bend 14 is a round part 21 provided which a 180 ° arc from the upper end of the vertical part 20 of the pipe bend 14 down and thus the free end 22 of the round part 21 pointing down towards the ground. At this free end 22 of the round part 21 is then according to 7 a chain 23 attached, which are divided into at least three sub-chains 24 dissected a grill grate 25 can pick up in the ring cylinder 1 protrudes or at least over its interior 11 hangs.

In the interior 11 of the ring cylinder 1 is incidentally in 7 still the ring guard 26 to recognize which the grid and the stones of the ring cylinder 1 from overheating and contamination from the fire in the interior 11 protects.

1

Combustor body as fillable grid body

2

inner grid panel

3

outer lattice panel

4

gap

5

filling material

6

longitudinal bar

7

cross bar

8th

cross-connector 8a

9

hook end

10

connecting wire

11

inner space

12

stand gallows

13

pedestal

14

Elbows

15

vertical standpipe

16

horizontal articulation strip

17

Horizontal swivel feet from 13

18

Swivel joint between 16 and 17

19

locking device

20

vertical part

21

indexing

22

Free end of 21

23

Chain

24

chain components

25

grill

26

metal cover

Claims (10)

Fire and barbecue area with a hollow combustion chamber body which is open at the top but laterally closed all around ( 1 ), whose interior ( 11 ) can be filled with fuel, characterized in that the combustion chamber body ( 1 ) as a grid body consisting of at least two interconnected arcuately and / or angularly extending lattice panels ( 2 . 3 ) is formed, which are at least partially so laterally spaced from each other, that between them a gap ( 4 ), which is suitable for receiving relatively heavy, pourable filling material ( 5 ) whose grain size is greater than the grid width of the lattice panels ( 2 . 3 ). Fire and grill site according to claim 1, characterized in that the arcuate lattice panels ( 2 . 3 ) together form a cross-sectionally circular or oval hollow cylinder or flat torus. Fire and grilling unit according to claim 1 or 2, characterized in that a single radially inner arcuate lattice panel ( 2 ), and two radially outer arcuate lattice panels ( 3 ) the combustion chamber body ( 1 ) form. Fire and barbecue area according to one of claims 1 to 3, characterized in that the distance between the radially inner and outer grid panel ( 2 . 3 ) by load-transmitting the gap ( 4 ) passing through cross connectors ( 8th . 8a ) is formed. Fire and grill site according to claim 4, characterized in that the transverse connector ( 8th ) consists of a respective wire hook consisting of a connecting wire ( 10 ) is formed, at whose outer, free ends in each case a hook end ( 9 ) is arranged. Fire and grill site according to claim 5, characterized in that the transverse connector ( 8a ) consists of a grid body, the space ( 4 ) between the grids ( 2 . 3 ) and on which a plurality of hook ends ( 9 ) are arranged. Fire and grilling unit according to one of claims 1 to 6, characterized in that the fire and grill continues to be a stand gallows ( 12 ), on which a grill ( 25 ), which is located in or slightly above the interior ( 11 ) of the combustion chamber body ( 1 ) and that the combustion chamber body ( 1 ) on at least one foot ( 17 ) of a pedestal ( 13 ) of a stand ( 12 ) stands. Fire and barbecue area according to one of claims 1 to 7, characterized in that the pedestal ( 13 ) at least two horizontally approximately equally 180 ° pivotable feet ( 17 ) owns. Fire and barbecue area according to one of claims 1 to 8, characterized in that the filling material ( 5 ) consists of stones. Fire and barbecue area according to claim 9, characterized characterized in that the stones are made of broken natural stones or made of pebbles or polygonal artificial stones.