RU145593U1 - FOLDING Mangal - Google Patents

Abstract

The folding brazier contains a supporting body with legs pivotally mounted on it, a fuel tank mounted in the body, two opposite side walls pivotally connected to the body, on each of which an end wall is pivotally fixed, while all the walls in the unfolded state form a closed sides casing. In addition, the fuel tank can be perforated, and at least one window for air flow is made in the housing. The design is simple, compact and quick-assembled, which is beneficial for production, transportation and convenient to operate.

Description

The utility model relates to devices for the thermal processing of food products outdoors.

Known folding brazier containing an X-shaped folding housing formed by articulated side walls, an insert shelf-grill for fuel and trapezoidal end walls, articulated with side walls, forming in the unfolded state closed on the sides of the casing over the shelf-grating [patent US 20130312737 A1 publ. 11/28. 2013].

The disadvantage is the large dimensions of the device when folded, due to the fact that the side walls perform several functions at the same time - they are the walls of the casing in the upper part and they are supporting legs in the lower part, and if necessary, the production of barbecue with large sizes, this disadvantage is significantly exacerbated, and besides this, the material consumption of the device increases.

Known folding brazier containing a quadrangular bottom, pivotally connected to the end walls, side walls, retainers for connecting the end and side walls, legs and a perforated grill mounted on the inner flanging of the side walls, the latches are made of L-shaped and form with rectangular end holes the walls are a lock connection, and the quadrangular bottom is equipped with brackets for installing legs [utility model RU 79765 U1, publ. 01/20/2009].

The disadvantage is the implementation of the side walls and legs in the form of separate parts, as well as the need for additional elements for fixing the walls and legs, which complicates the design and makes the process of folding and folding the barbecue uncomfortable, increases the risk of losing individual parts during operation, and also requires more care when complete sets of products in production.

The task the utility model is aimed at is expanding the arsenal of technical means in this area, developing a simple design of a folding barbecue for industrial production at low transportation and storage costs, convenient in operation.

The technical result achieved by the implementation of the utility model is to create a folding barbecue, easy to manufacture, compact during transportation and storage, convenient to operate.

The technical result is achieved due to the fact that the folding barbecue is characterized by the fact that it contains a supporting housing with legs pivotally mounted on it, a fuel tank installed in the housing, two opposite side walls pivotally connected to the housing, each of which is pivotally mounted an end wall, while all the walls in the unfolded state form a casing closed from the sides.

In addition, the fuel tank can be perforated, and at least one window for air flow is made in the housing.

The utility model is illustrated by drawings:

In FIG. 1 folding barbecue in the folded state [isometry];

In FIG. 2 folding barbecue during the layout, while legs and two opposite side walls are folded down, and the fuel tank is conventionally raised upward [isometry];

In FIG. 3 folding barbecue during the layout, while it is shown how the end walls are expanded [isometry];

In FIG. 4 folding barbecue in the unfolded state [isometry].

The design of the folding brazier contains a supporting body 1, on which the legs 2 and two lateral, opposite walls 3 are pivotally fixed, on each of which the end wall 4 is pivotally fixed. Thus, the details of the brazier are pivotally connected to each other.

A container 5 for fuel is inserted into the housing 1.

All the walls in the unfolded state form a casing closed from the sides above the fuel tank 5, while there is no need for additional fixing elements.

The brazier is decomposed as follows - first the legs 2 are pulled apart, the brazier is mounted on a flat surface, then the side walls 3 are pulled apart and installed in a vertical position, while the end walls 4 are folded parallel to the side walls 3. Then the end walls 4 are rotated on hinges (Fig. 3) to the formation of all walls closed from the sides of the casing over the tank 5 for fuel.

The brazier is folding in the reverse order.

The fuel tank 5 can be perforated, and at least one window 6 for air flow is made in the housing. Thus, fresh air can enter the fuel combustion zone, improving combustion conditions.

Charcoal can serve as fuel. Coal is placed in a tank 5 for fuel and ignited. After some time, the coal flames up, begins to smolder and give the thermal radiation necessary for frying foods.

After using the barbecue for its intended purpose, the fuel tank 5 can be removed from the housing 1 and the barbecue can be cleaned from the remains of unburned fuel, ash and ash.

The design of the folding barbecue is quite simple - the barbecue consists of a housing, a fuel tank, two legs, two side and two end walls. A small number of parts and their simplicity in manufacturing (a small number of technological operations) makes the grill attractive for industrial serial production. Indeed, all details can be cut on laser cutting machines for sheet metal with subsequent bending. Hinged connections of parts minimize errors in the assembly and assembly of the barbecue.

When folded, the brazier takes up a small volume, is packed in a compact package, thereby making transportation and storage profitable.

The design of the barbecue is simple and convenient to use. Ease of use lies in the fact that the details of the barbecue are connected to each other by a hinge, which reduces the risks of loss of parts, and also makes the process of folding the barbecue in working condition quick and unambiguously understandable. The absence of the need for fixing the walls also makes the process of folding the barbecue as simple as possible. The brazier in the folded state takes up little space during storage and transportation. In addition, in the particular case of application, the convenience of operation may consist in improving the combustion conditions of the fuel due to the perforated fuel tank and the windows in the housing for the flow of air into the combustion zone.

Claims (2)

1. Folding brazier, characterized in that it contains a supporting housing with legs pivotally mounted thereon, a fuel tank mounted in the housing, two opposite side walls pivotally connected to the housing, on each of which an end wall is pivotally mounted, while all the walls in the unfolded state form a casing closed from the sides. 2. Folding barbecue according to claim 1, characterized in that the fuel tank is perforated, and at least one window for air flow is made in the housing.