A BOX OF FIRE

Abstract

The invention is a portable firebox intended for use in cooking and / or boiling liquids in indoor and outdoor spaces, outdoor activities, military and emergency applications, comprising a main body (1) with a hole structure (3) regulating airflow and forming a reference plane for the firebox, at least two side covers (2) connected to two opposite sides of the main body (1) via pivot holes (7) and capable of pivoting movement on these sides, creating a compact box form in the closed position while forming a support structure (8) for the heating vessel in the open position, a lower plane (4a) allowing the positioning of solid fuel tablets within a limited combustion area, and an upper plane (4b) forming a closed pool geometry in which the gel fuel remains fixed during combustion;The bidirectional combustion chamber (4), which allows operation with both solid and liquid / gel fuels through a single structure by being inverted, includes fixing lugs (5) located on the combustion chamber (4) to prevent unintentional displacement of the combustion chamber (4) and a fixing lug socket (6) that locks by enclosing these lugs.

Description

1 TARIFF A BOX OF FIRE Technical Area The invention relates to a firebox. State of the Art 5 Indoors and outdoors, mountaineering, camping, hunting, marine activities, fishing and In various outdoor activities such as motor sports; in caravans and similar living spaces; It also provides rapid and reliable heat treatment in military operations and emergency response scenarios. resources are needed. In this context, to meet this need... Compact stove systems using solid fuel tablets are currently in their 10th year of operation. It is located there. The solid fuel tablet-based systems commonly used in current technology are, in principle... only on a horizontal and flat surface, within a semi-enclosed load-bearing structure. It functions by being burned. This design concept allows these systems to... This severely restricts the conditions of use; 15 slopes, irregular surfaces or surfaces with different angles. homogeneous distribution of flame in applications carried out on surfaces This is not possible; instead, the heating effect has a diffused and variable character. This situation directly and negatively affects the thermal efficiency of the system, and This prevents the heating performance from being maintained at a repeatable level. The restriction applies even to promotional materials prepared by the manufacturers of the relevant products. It can be observed that the flames are spreading uncontrollably and in a scattered manner. Furthermore, these systems in the current state of the art are only in solid form. Compatible with fuel cubes with a certain factor; and alternative fuels, especially liquid gel fuels. It is not technically feasible to use these types of fuel. This single type of fuel dependence of the system on different operational conditions and supply possibilities 25 This restricts its adaptability; particularly its logistical flexibility in critical or remote environments. It reduces. Current solutions in the known state of the art; versatile use significant technical shortcomings in terms of capability, thermal homogeneity and fuel compatibility It contains. 2 In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been made. Purpose of the Invention The invention was created by drawing inspiration from existing situations and addressing the aforementioned drawbacks. 5 It aims to solve the problem. The invention relates to existing portable solid fuel systems in the prior art as described above. to address the stated technical shortcomings and to introduce an innovation in this field. It has been developed. The main objective of the invention is to create a suitable environment for mountaineering and camping in both indoor and outdoor settings. 10 for all kinds of outdoor activities such as hunting, sea activities, fishing and motor sports in living spaces such as caravans and residences, in military operations and emergency response scenarios requiring a rapid heat source, including healthcare applications. the need for cooking and / or boiling liquids under any circumstances a fire that can meet the demand, offering high thermal efficiency despite its ultra-compact design. The goal is to design a box or stove system. 15 Accordingly, the technical problem solved by the invention is that existing systems produce a scattered and diffused flame. It has low heating efficiency due to its uncontrolled structure. The invention is original within the scope of this design. an airflow system designed in this way, structurally called a "combustion pool" integrated with an element, the combustion process is controlled through this mechanism. The flame is being drawn in such a way that it remains steady and directed without dispersing, covering the container at 20°C. It focuses directly on the central point. Thus, in the known state of the technique... The observed problem of non-homogeneous heat distribution is eliminated at the structural level. This is being done to ensure the system operates reliably in every aspect. Another invention, and one that has never been done before in previous techniques, is this type of enclosed portable system. The unapplied technical contribution, both solid fuel tablets and 25 in the same combustion pool The goal is to make it usable with liquid / gel fuels. This fuel offers versatility, practicality, rationality, and... It was realized with a minimalist design approach, using a single common fuel pool; Thus, the system's functionality is increased while structural complexity is kept to a minimum. This design choice has been adopted to allow the system to adapt to different operational environments and This significantly increases its adaptability to varying fuel supply conditions. 30 3 A unique "snap-on" design was created to allow for double-sided use of the combustion chamber. A "nail" mechanism has been developed. This mechanism gives the system a portable character. While providing benefits, it also prevents involuntary movements during use and It provides structural stability. Permanent fixtures such as welds or bolts are used throughout the entire system. The connecting elements have been deliberately avoided; only the lid hinge function is present. 5 The use of rivets was resorted to in order to improve visibility. This choice affected the production process. It simplifies, facilitates assembly and maintenance, and prevents mechanical failure in the system. It removes these points. When all these technical choices are considered as a whole, the invention exhibits high functionality. It appears to strike a balance between minimal material usage and 10% efficiency. They are all manufactured in thicknesses and sizes compatible with pocket dimensions; thus A high-performance heating solution without compromising portability. It is presented. The simple mechanisms used and minimal labor requirements contribute to the invention. This directly makes it possible to produce the product at economical costs and brings the product to the market. It makes a positive contribution to accessibility. 15 The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. Figures to Help Understand the Invention 20 Figure 1 shows the views of the main body. Figure 2 shows the views of the side panel. Figure 3 shows the views of the combustion chamber. Figure 4 shows the appearance of the application suitable for liquid / gel fuel use. Figure 5 shows the appearance of an application suitable for solid fuel use. 25 Figure 6 shows the invention in its closed state. Explanation of Part References 1 Main body 2 Side covers 3 Main body hole structure 30 4 Combustion pools 4 4a Lower plane 4b Upper plane Fixing tabs 6 Fixing tab slots 7 Pivot (rivet) holes 5 8 Support structure 9 Router channels Detailed Description of the Invention This detailed explanation describes the preferred configurations of the firebox that is the subject of the invention. It is explained solely for the purpose of better understanding the subject. 10 The main body (1), which constitutes the basic structural element of the firebox that is the subject of the invention, fire determining the compact form of the box and the fuel combustion mechanisms It is the carrier base on which it is positioned. The main body (1) is the mechanical reference of the entire system. It forms the plane, and all other movable and fixed elements are based on this structure. It is integrated. Located on the main body (1) and in a special geometric arrangement, 15 The designed main body hole structure (3) directly manages the air flow control of the system. It is a component of this. The amount and direction of air flow delivered to the combustion zone through these holes, will ensure that the flame is directed homogeneously and stably into the combustion chamber (4) It is structured in this way. The air management mechanism in question is based on known technology. The uncontrolled and scattered flame behavior observed in systems in this condition is structural 20 eliminating the heating effect at the center point of the container to be heated; It allows for concentration. Side panels (2) are elements that constitute the multifunctional design concept of the invention. Each side The cover (2) is mechanically connected to two opposite sides of the main body (1) It can perform a 180-degree pivot movement on these connection points. Pivot 25 Axis movement is provided through pivot holes (7); these holes are on both side covers (2) switching to both closed box position and fully open pot carrier position This makes it possible. When the side covers (2) are in the closed position, the system is a compact box. It takes on this form and can be easily transported in this state. Side covers (2) are in the open position. When brought, place the pot, cup or similar heating container on top safely at 30°C. The support structure (8) consists of the heating vessel flame. by ensuring that it is positioned stably and balanced, the system's cooking and It directly supports the boiling function. Combustion pool (4) allows operation with both solid fuel tablets and liquid / gel fuels. It stands out with its dual-directional functional structure that recognizes each other. The combustion chamber (4), from each other It consists of two functionally separate planes. The most original technique of the invention. Combustion pool (4), which constitutes one of the contributions, both solid fuel tablets and liquid / gel It stands out with its dual-function design that allows operation with different fuels. Combustion 5 The pool (4) consists of two planes that are functionally separate from each other. Bottom Plane (4a) is the base dedicated to the use of solid fuel tablets; this surface, positioning of solid fuel tablets within a uniform and confined combustion area It is geometrically shaped in such a way as to provide. The upper plane (4b) is gel fuel. It is a surface designed for use; this surface allows the gel fuel to burn. 10 an enclosed pool geometry that can remain stable throughout the duration and not overflow It is structured in such a way as to form the two-plan structure. The said two-plan structure consists of side panels (2) independently gains functionality through the geometry of the combustion chamber (4) and the user does not need any additional accessories or adapters. by inverting the combustion chamber (4) and between different fuel types through a single and identical structure 15 They are able to switch between them. To prevent the combustion chamber (4) from being unintentionally displaced during use. fixing tabs (5) and their corresponding fixing tab sockets (6) It is designed. The fixing tabs (5) are integrated into the relevant surface of the combustion chamber (4). 20 protruding structures and fixing tabs that fit into the socket (6) It is locked. This mechanical locking mechanism locks both the lower plane of the combustion chamber (4). (4a) and ensures that it is securely fixed in the upper plane (4b) orientation and This allows the system to operate stably even on inclined or vibrating surfaces. He knows. The directing channels (9) direct the combustion of the air entering the system from the main body hole structure (3) 25 These are the internal structural elements that enable the controlled and directed transmission of information to the region. These channels will improve airflow to enhance flame stability and concentrate heat at the focal point. by directing the system in a way that supports its concentration, thus improving its thermal efficiency. It directly contributes to his / her performance. Throughout all structural joining processes, permanent or rigid 30 such as welding or bolting is used. Connecting elements have been deliberately avoided. The only connecting element used in the system is... element that enables pivot movement of the side covers (2) and functions as a hinge It is a rivet. This design choice makes the production process simple and repeatable; the same 6 over time, this minimizes the possibility of mechanical failure in the system and improves its overall durability. It increases. The result of considering all these factors together is... The system is portable in a pocket-sized form factor and has multi-fuel operation capability. offering high thermal focusing performance and being able to be produced at economical costs. It represents a unique portable heating solution. 5

Claims

7 REQUESTS 1. Indoors and outdoors, outdoor activities, military and emergency situations. for use in cooking and / or boiling liquids in applications It is a portable firebox designed for this purpose;  It has a hole structure (3) that regulates the air flow and fire 5 main body (1) which forms the reference plane to the box,  connected to two opposite sides of the main body (1) via pivot holes (7) And because it can perform pivot movement on these edges, it remains closed. when creating a compact box form in the open position for the heating vessel at least two side covers (2) forming the support structure (8), 10  Positioning solid fuel tablets within a limited combustion area the lower plane (4a) which allows the gel fuel to remain stable during combustion inverted, encompassing the upper plane (4b) which forms a closed pool geometry. by converting it into a single structure with both solid and liquid / gel fuels. bidirectional combustion chamber (4), which allows operation, 15  To prevent unintended displacement of the combustion pool (4) from combustion fixing tabs (5) located on the pool (4) and into these tabs (6) the socket of the fixing tabs that enable locking. It includes.

2. A firebox conforming to Claim 1, characterized by the fact that the air transmitted to the combustion zone is 20 by controlling the amount and direction of the flame, homogeneous on the combustion pool (4) geometrically structured in a way that will ensure its stable formation The body contains hole structure (3).

3. A firebox conforming to claim 1 or 2, characterized by its ability to direct airflow into the combustion chamber. It includes router channels (9) that transmit in a controlled and directed manner. 25 4. A firebox that meets any of the previous requirements, and its characteristic is; the main body (1) connected to two opposite sides via pivot holes (7) and these sides It can perform a 180-degree pivot movement in the closed position. Support structure for heating pot in open position when creating a compact box form (8) It contains at least two side covers (2) that make up the product. 30

Images