FIRE STRIP MODULE-BASED REAL-LIFE, NON-FLAME FIRE SPREAD TRAINING SYSTEM
Patent Information
- Application Number
- TR202613004
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2026-08-01
- Publication Date
- 2026-09-21
Abstract
Description
REAL FLAMELESS FIRE WITH FIRE STRIP MODULES DIFFUSION EDUCATION SYSTEM 1. TECHNICAL FIELD This invention is used in environmental safety training systems, forest fire awareness training equipment, realistic fireless classroom training setups, modular nature risk training panels, fire fire spread indicator systems, teaching devices demonstrating the fire lane effect, and It is related to safe disaster awareness training systems for children. The invention specifically includes: the main training body, modular forest cells, wind direction module, and fuel. density modulus, humidity modulus, fire spread indicator line, spread slider, fire strip module, spread interruption element, delay indicator, safe zone indicator, risk Fire strip featuring intensity indicator, reset slider and module storage compartment. This relates to a modular, real-world fire-free fire spread training system. The system described in the invention consists of a real flame, combustible material, smoke-producing material, and a heating element. It operates without a mechanical indicator line representing the spread of fire. The system uses a wind direction module, a fuel density module, and a humidity module to measure fire spread. It physically demonstrates its effect on the indicator line; fire strip module When deployed, it interrupts the propagation path, activating the delay indicator and the safe zone indicator. It makes it visible. 2. STATE OF KNOWLEDGE OF THE ART In the current state of the art, fire extinguishing simulators are used for fire training, in a virtual environment. realistic fire training systems, augmented reality applications, smoke evacuation training fire extinguisher training kits, posters, digital games, classroom disaster preparedness equipment. awareness materials and teacher-led safety training It is used. A significant portion of these well-known systems are related to fire suppression, evacuation, firefighter training, and indoor fire safety. It focuses on emergency behavior and fire safety instructions. In these systems... real flame, artificial smoke, heat, electronic display, virtual environment or extinguishing simulator It is used. However, these systems do not include a real fireless modular forest for children. 35 cells, wind direction module, fuel density module, humidity module, fire spread indicator. Physical training involving the 1 / 5 line, fire strip module, and spread interruption element working together. The system is not available. Scientifically modeling forest fire spread in the current state of the art. computer software, map-based simulations, and academic modeling tools also These models take into account factors such as wind, slope, fuel density, humidity, and terrain. Fire spread is calculated using parameters. However, these structures are for children in the classroom. a real fireless and physical demonstration on modular forest cells used by It is not a training apparatus that operates with a fire strip. Furthermore, the physical structure of the fire strip module... With its establishment, the spreading slide is interrupted and the delay indicator becomes visible. The location does not involve a technical relationship. In the known state of the art, desktop disaster education boards, card matching materials, and Fire safety games are also used. In these materials, children learn about fire risks, They are learning about safe behaviors and fire prevention rules. However, this In materials, the wind direction module moves the propagation direction cam, fuel The density modulus determines the diffusion step amount, while the moisture modulus determines the diffusion resistance. Activating the element and physically cutting off the fire strip module's spread line It is not available. In the known state of the art, toy rail systems include movable control panels and sliding mechanisms. Educational devices are also included. In these structures, the parts move on a rail. or certain windows become visible. However, these systems do not prevent the spread of fire. technically represented via wind, fuel density, humidity and fire strip modules It is not designed for that purpose. Also, it works with a non-flammable fire representation indicator. When the fire strip module is installed, it cuts off the spread line and indicates the safe area. The technical integrity required for implementation is not present in these structures. Training on forest fire prevention and firebreak concepts in the current state of the art. This is explained in the materials. A firebreak slows down the spread of a fire or It is explained that there is an area that stops fires. However, known training materials describe a firebreak. The concept is mostly presented through visual aids, cards, or drawings. Application In the invention in question, the fire strip module is physically inserted into the fire strip housing, Moving the fire suppression element, progress along the fire spread indicator line. It cuts off the 35 lane and makes the delay indicator visible. Therefore, the invention in question is a fire extinguishing simulator, virtual fire training, A fire safety game, a forest fire software model, or simply a firebreak game. It is not educational material. The invention is a smoke-free device that does not produce a real flame and does not use combustible materials. Fire spread on modular forest cells that do not form 2 or 5, using a physical indicator line. representing and technically cutting the spread line of the fire strip module, a truly fireless It is a fire spread training system. 3. THE PURPOSE OF THE INVENTION The purpose of this invention is to combine a real flame, combustible material, smoke-producing material, and heating element. Training that shows children the spread of fire via a physical indicator line without using it. The goal is to create the system. Another objective of the invention is to control the spread of fire from one modular forest cell to another. The aim is to enable monitoring through indicator windows that advance into the cell. Another purpose of the invention is to direct the wind direction module through a propagation guidance cam. The purpose is to enable the fire spread indicator line to determine its direction. Another objective of the invention is to regulate the fuel density modulus via a diffusion step slider. The goal is to enable the fire indicator to determine the rate of progress of the fire. Another purpose of the invention is to represent fire through a moisture module's radiation resistance element. The goal is to limit the progress of the indicator. Another purpose of the invention is to create a firebreak element when the fire strip module is in place. The goal is to physically cut the fire spread indicator line. Another purpose of the invention is to provide a delay indicator when the fire strip module is activated. and to ensure the safe zone indicator becomes visible. Another purpose of the invention is to connect the fire spread indicator line with the reset slider, to the spread indicator line. its slide, spread interruption element, delay indicator, safe zone indicator and The goal is to return the risk intensity indicator to its initial position. 4. EXPLANATION OF THE FIGURES No form is included in the application. 5. EXPLANATION OF REFERENCES IN THE FIGURES Since no figures are included in the application, a reference list is not provided. DETAILED DESCRIPTION OF THE 6TH INVENTION 35 6.1 General structure 6.1.1 The invention relates to a fire-free fire spread training system with fire strip modules. It is related. 3 5 6.1.2 The system; main training body, modular forest cells, fire initiation cell, dispersion cells, wind direction module, fuel density module, humidity module, fire spread indicator line, spread slider, fire indicator strip, fire strip module, propagation interruption element, delay indicator, safe zone indicator, risk It includes a density indicator, a reset slider, and a module storage compartment. 6.1.3 The main training body includes all modules, rails, indicators, and components of the system. It is the main panel structure that carries the movable mechanisms. 6.1.4 Modular forest cells, representing forest area and fire spread indicators. They are removable cell modules placed side-by-side along the line. 6.1.5 Fire ignition cell, the first visible point of the fire indicator strip. It is the starting module from which it originates. 6.1.6 Dissemination cells, modular in which the fire indicator strip progresses sequentially. They are cells. 6.1.7 Wind direction module, in which cell direction of the fire indicator It is the module that determines how it will progress. 6.1.8 Fuel density module, how many times does the fire representation indicator register each movement input? This module determines which phase of the expansion will proceed. 6.1.9 The humidity module creates resistance to the advancement of the fire indicator and It is the module that activates the delay effect. 6.1.10 Fire spread indicator line, forest fire representation indicator strip It is a mechanical pathway structure that progresses through the cells. 6.1.11 Distribution slider, slider that transmits movement to the fire indicator strip. It is its structure. 6.1.12 Fire strip module, fire spread indicator line on the fire It is a removable module that interrupts its progress. 6.1.13 Fire resistance element when fire strip module is installed It is the movable cutting piece that closes the progress line of the indicator strip. 6.1.14 Delay indicator, fire strip module and humidity module effect It is a mechanical indicator unit that shows the spread is slowing down. 6.1.15 The safe zone indicator shows the fire spread line of the fire strip module. 35 is the indicator unit that becomes visible in the area it cuts. 6.1.16 Risk intensity indicator, wind direction module, fuel density module and A mechanical sensor showing the fire spread level, determined jointly by the humidity module. It is an indicator structure. 4 5 6.1.17 The reset slider resets the moving parts of the system at the end of the training cycle. It is the control element that returns to the starting position. 6.2 Main training body 6.2.1 Main training body; front display surface, rear support surface, forest cell residential area, fire initiation cell housing, spread cell housings, wind direction module slot, fuel density module slot, humidity module slot, fire strip module housing, fire spread indicator line channel, indicator window area, It includes a reset slider channel and a module storage area. 6.2.2 Preliminary display surface, the main surface seen by the child and where the modules are placed. It is a surface. 6.2.3 Rear carrier surface, expansion slide, expansion cutting element, indicator The surface on which the sliders, the risk intensity indicator, and the reset slider are mounted. 6.2.4 Forest cell settlement area, modular forest cells side by side It is the area where it is placed. 6.2.5 Fire starting cell housing, main training of the fire starting cell It is the socket into which it attaches to the body. 6.2.6 Expansion cell housings, fire spread indicator line of expansion cells These are the nests where they are located throughout the area. 6.2.7 Wind direction module housing, to the main training body of the wind direction module. It is the socket into which it is attached. 6.2.8 Fuel density module slot, main training of the fuel density module It is the socket into which it attaches to the body. 6.2.9 The humidity module housing is the housing where the humidity module is attached to the main training body. 6.2.10 Fire strip module housing, fire strip module fire spread It is the slot where the indicator line fits into the designated cutoff position. 6.2.11 Fire spread indicator line channel, fire representation indicator strip It is the channel that guides its movement. 6.2.12 Indicator windows area, fire display windows, delay indicator, panel where the safe zone indicator and risk intensity indicator become visible It is the field. 35 6.2.13 The reset slider channel allows for the linear movement of the reset slider. It is the guiding channel. 6.3 Modular forest cells 5 6.3.1 Modular forest cells, arranged sequentially on the fire spread indicator line They are removable cell modules that fit together. 6.3.2 Each modular forest cell consists of a cell body, a replaceable forest marker plate, fire indicator window, cell seating edge, cell locking tab, indicator strip It includes a transition opening and a cell connection surface. 6.3.3 The cell body is the main load-bearing part of the forest cell. 6.3.4 Replaceable forest marker plate, attached to the forest cell trunk and forest It is a removable plate structure that represents its area. 6.3.5 Fire indication window, the fire indication indicator strip is visible within the cell. It is a transparent window structure that has become a standard feature. 6.3.6 The cell seating edge fits perfectly into the modular forest cell's own slot. It ensures its settlement. 6.3.7 The cell locking tab secures the modular forest cell in the nest during training. It holds. 6.3.8 Indicator strip passage opening, fire indicator strip through the cell. It enables passage. 6.3.9 Cell connection surface, indicator aligned between successive modular forest cells It forms the line. 6.4 Fire ignition cell 6.4.1 Fire ignition cell, the first visible point of the fire indicator strip. It is the cell module from which it originates. 6.4.2 Fire ignition cell; ignition cell body, ignition marker plate, initial fire window, indicator strip entry opening, initial lock projection and The cell includes a seating edge. 6.4.3 The initial cell body is the main supporting part of the fire initiation cell. 6.4.4 Starting point plate, removable plate representing the area where the fire started. It is its structure. 6.4.5 Initial fire window, initial fire indicator strip. It makes its location visible. 6.4.6 Indicator strip inlet opening, fire indicator strip fire start It allows it to enter cell 35. 6.4.7 The starting lock projection is located on the main training body of the fire starting cell. This indicates that it has settled perfectly into the nest. 6.5 Wind direction module 6 5 6.5.1 Wind direction module, the direction of advancement of the fire indicator strip. The determining factor is the removable module. 6.5.2 Wind direction module; module housing, replaceable wind direction indicator plate, Shape-coded seat edge, steering cam surface, steering locking tab, full fit. It includes a surface and a module holding protrusion. 6.5.3 The module body is the main supporting part of the wind direction module. 6.5.4 Replaceable wind direction indicator plate, removable to show wind direction. It is a plate structure. 6.5.5 Figure-coded seating edge, wind direction module into the wind direction module housing. It ensures complete placement. 6.5.6 Directional cam surface, spread when wind direction module is fully positioned. It is in contact with the guiding element. 6.5.7 The directional locking tab keeps the wind direction module in a fixed position during training. It holds. 6.5.8 Full placement surface, inside the main training body of the wind direction module. It ensures that it reaches the designated final location. 6.5.9 Module retaining tab allows for manual attachment and detachment of the wind direction module. It provides. 6.6 Propagation guidance element 6.6.1 The propagation guide element's mechanical position is determined from the wind direction module. It is the element that transmits fire spread to the warning line. 6.6.2 Propagation guide element; guide body, cam contact surface, guide selector slide, propagation path guide rail, directional lock spring, and directional guide channel. It includes. 6.6.3 The steering body is the main movable part of the propagation steering element. It is a part of it. 6.6.4 Cam contact surface, contact with the steering cam surface in the wind direction module. is doing. 6.6.5 Direction selector slider, fire representation according to position from wind direction module. It determines the direction of movement of the indicator strip. 35 6.6.6 Propagation path routing language, fire representation indicator strip selected propagation It directs to the cell line. 6.6.7 The directional lock spring holds the steering element in place at the selected position. 6.6.8 The directional guide channel ensures the linear movement of the directional selector slider. 7 5 6.7 Fuel density module 6.7.1 Fuel density module, fire representation indicator strip progression step It is a removable module that determines the quantity. 6.7.2 Fuel density module; module housing, replaceable fuel density markings. plate, low-density coding overhang, medium-density coding overhang, high density coding protrusion, step-selective contact surface, shape-coded seating edge, and The module includes a mounting bracket. 6.7.3 The module housing is the main supporting part of the fuel density module. 6.7.4 Replaceable fuel density indicator plate, shows the fuel density level It is a removable plate structure that demonstrates this. 6.7.5 Low-density coding overhang, propagation step slider first advancement It brings it to that position. 6.7.6 Medium density coding overhang, propagation step slider second advancement It brings it to that position. 6.7.7 High-density coding overhang, propagation step slider third advancement It brings it to that position. 6.7.8 Step-selective contact surface, mechanical contact with spreading step slider. It is establishing. 6.7.9 Figure-coded seating edge, fuel density module of the fuel density module This ensures that it fits perfectly into its socket. 6.8 Spread step slider 6.8.1 Diffusion step slider, mechanical position from fuel density module. According to the system, it is a sliding mechanism that determines the amount of advancement of the fire indicator strip. 6.8.2 Spreading step slide; slide body, fuel density contact surface, primary Step tooth, second step tooth, third step tooth, expansion slide connector end, step lock It includes a spring and a step guide channel. 6.8.3 The slide body is the main moving part of the spread step slide. 6.8.4 Fuel density contact surface, step-selective contact in fuel density module. It is in contact with the surface. 6.8.5 First step female, single cell advancement of fire representation indicator strip. 35 determines the amount. 6.8.6 Second step female, the amount of advancement of the fire representation indicator strip in two cells. It determines. 8 5 6.8.7 Third step female, three-cell advancement of the fire indicator strip It determines the quantity. 6.8.8 The expansion slider connection end receives the movement from the expansion step slider. It transfers to the spreading slide. 6.8.9 The step lock spring holds the spread step slider in place at the selected position. 6.9 Humidity module 6.9.1 The humidity module creates resistance to the advancement of the fire indicator strip. It is a removable module. 6.9.2 Humidity module; module housing, replaceable humidity indicator plate, low humidity coding protrusion, medium humidity coding protrusion, high humidity coding protrusion, resistance It includes a selective contact surface, a shape-coded seating edge, and a module retention protrusion. 6.9.3 The module housing is the main supporting part of the humidity module. 6.9.4 Replaceable humidity indicator plate, removable plate showing humidity level. It is its structure. 6.9.5 Low humidity coding protrusion, low resistance of the radiation resistance element. It brings it to that position. 6.9.6 Medium humidity coding protrusion, diffusion resistance element to medium resistance position It brings. 6.9.7 High humidity coding protrusion, high resistance of the diffusion resistance element. It brings it to that position. 6.9.8 Resistance-selective contact surface, mechanical contact with diffusion resistance element. It is establishing. 6.9.9 The figure-coded seating edge fits perfectly into the moisture module housing of the moisture module. It ensures its settlement. 6.10 Radiation resistance element 6.10.1 Fire resistance element, based on mechanical position from the moisture modulus. It is a mechanical resistance structure that limits the progress of the indicator strip. 6.10.2 Diffusion resistance element; resistance housing, moisture contact surface, resistance pressure tip, Delay gear, resistance spring, delay indicator transmission projection and resistor It includes a guide channel. 35 6.10.3 The resistor housing is the main moving part of the dissipation resistance element. 6.10.4 Moisture contact surface, contact with the resistance-selective contact surface in the moisture module. is doing. 9 5 6.10.5 Resistance pressure tip, pressure on the advance line of the fire indicator strip. It is implementing. 6.10.6 The retarder gear controls the movement of the spreading slide with specified tooth spacing. It limits. 6.10.7 The resistance spring holds the resistance pressure plate in place at the selected resistance position. 6.10.8 Delay indicator transmission projection, dissipation resistor element in circuit. When it enters, it transmits movement to the delay indicator. 6.10.9 Resistance guide channel, linear movement of the propagation resistance element. It provides. 6.11 Fire spread indicator line 6.11.1 Fire spread indicator line, modular fire representation indicator strip. It is a mechanical indicator line that runs along the forest cells. 6.11.2 Fire spread indicator line; initial indicator section, directed indicator section, sequential cell indicator sections, fire strip cutting section, Indicator strip guide channel, indicator strip stop surface and indicator strip return Includes return spring. 6.11.3 Initial indicator section, fire indicator strip fire start It is the section where it becomes visible in the cell. 6.11.4 Directional display section, selected cell influenced by wind direction module effect. It is the section that connects to the line. 6.11.5 Consecutive cell indicator sections, spread of fire indicator strip. These are the sections where the cells become visible one by one. 6.11.6 Fire strip cutting section, spread when fire strip module is installed. It is the section enclosed by the cutting element. 6.11.7 Indicator strip guide channel, fire indicator strip in a straight line It enables progress. 6.11.8 Indicator strip stop surface, with spreading interruption element in active position. The fire indicator strip is stopping its progress. 6.11.9 Indicator strip return spring, fire when reset slider is activated. The indicator strip returns to its starting position. 35 6.12 Expansion slider 6.12.1 The spread slider transmits the movement of the fire indicator strip to the fire signal strip. It is a mechanical sliding mechanism. 5 6.12.2 Spreading slide; slide body, user grip ledge, step slide contact surface, indicator strip pusher tip, resistance counter surface, propagation shear counter surface, It includes a slide guide channel and a slide return spring. 6.12.3 The slide housing is the main moving part of the expansion slide. 6.12.4 User grip ledge allows manual movement of the expansion slider. It provides. 6.12.5 Step slider contact surface, amount of advancement from the spreading step slider It is in contact with. 6.12.6 Indicator strip pusher tip, forward movement of the fire indicator strip. It transmits. 6.12.7 The resistance counter surface contacts the resistance pressure terminal of the diffusion resistance element. is doing. 6.12.8 Spreading shear counterface, when the spreading shear element is in the active position. It restricts the forward movement of the expansion slide. 6.12.9 The slide guide channel ensures the linear movement of the expansion slide. 6.12.10 The slide return spring releases the spread slide at the end of each movement cycle. It returns to the starting position. 6.13 Fire indicator strip 6.13.1 Fire representation indicator strip, shows fire spread without creating actual flames. It is the moving indicator part that represents. 6.13.2 Fire representation indicator strip; strip body, visible fire representation areas, cell alignment marks, spread slider contact end, cutting element counter surface and The lane includes a return connection. 6.13.3 The strip body is the main movable part of the fire indicator strip. 6.13.4 Visible fire representation areas, fire representation in modular forest cells These are the colored indicator areas that become visible in the windows. 6.13.5 Cell alignment markings, fire indicator strip spread It ensures that the cells move in an aligned position. 6.13.6 Spreading slide contact end, indicator strip pusher end on the spreading slide It is in contact. 35 6.13.7 Counterface of the cutting element, when the spreading cutting element is in the active position It stops the progress of the indicator lane. 6.13.8 Lane return linkage, indicator strip reset slider. It connects. 11 5 6.14 Fire strip module 6.14.1 The fire strip module physically cuts the fire spread indicator line. It is a removable module. 6.14.2 Fire strip module; module housing, replaceable fire strip marker plate, strip cutting pusher projection, safe area activation projection, delay indicator activation surface, shape-coded seating edge, module lock counterpart and The module includes a mounting bracket. 6.14.3 The module housing is the main supporting part of the fire strip module. 6.14.4 Replaceable fire strip marker plate, indicating the fire strip area. It has a removable plate structure. 6.14.5 When the strip cutting ejector protrusion is fully seated in the fire strip module housing This activates the spread interruption element. 6.14.6 Safe zone activation protrusion when fire strip module is fully deployed. It transmits movement to the safe zone indicator. 6.14.7 Delay indicator activation surface, fire strip module full When it settles, it makes the delay indicator visible. 6.14.8 Figure-coded seating edge, fire strip module, fire strip module This ensures that it fits perfectly into its socket. 6.14.9 Module lock counterpart, secures the fire strip module in the housing during training. It holds. 6.14.10 Module retaining tab allows for manual installation and removal of the fire strip module. It provides. 6.15 Spreading interruption element 6.15.1 The fire spread interruption element prevents fire spread when the fire strip module is installed. It is a mechanical cut-off structure that closes the indicator line. 6.15.2 Expansion cutting element; cutting body, fire strip contact surface, indicator line closing tongue, spreading slide barrier surface, safe area transfer projection, Delay indicator, transmission projection, cutting guide channel, and cutting return It includes a bow. 6.15.3 The cutting body is the main moving part of the spreading cutting element. 35 6.15.4 Fire strip contact surface, strip cutting ejector protrusion of the fire strip module It is in contact with. 6.15.5 Indicator line closure tab, fire strip in fire spread indicator line It closes the cutting section. 12 5 6.15.6 Expansion slide obstacle surface, interrupting the forward movement of the expansion slide. It restricts it in its current location. 6.15.7 Safe area transfer projection, spreading interruption element in active position. When it arrives, it transmits movement to the safe zone indicator. 6.15.8 Delay indicator transmission projection, spreading interruption element in active position. When it arrives, it transmits the movement to the delay indicator. 6.15.9 Cutting guide channel, linear movement of the shear element. It enables it to do so. 6.15.10 Shear return spring, spread shear when fire strip module is removed It returns the element to its starting position. 6.16 Delay indicator 6.16.1 Fire extinguishing by means of delay indicator, humidity module and fire strip module effect. It is a mechanical indicator unit that shows limited progress in the spread of representation. 6.16.2 Delay indicator; indicator housing, delay indicator plate, indicator slide, indicator guide channel, resistance transmission surface, cutting transmission surface and The indicator includes a return spring. 6.16.3 The indicator housing is the main part of the delay indicator. 6.16.4 Delay sign plate, replaceable, indicating limited spread. It is a plate structure. 6.16.5 Indicator slider, radiation resistance element and radiation interruption element It becomes visible with the incoming movement. 6.16.6 Indicator guide channel, linear movement of the indicator slider. It provides. 6.16.7 Resistance transfer surface, delay indicator in the spreading resistance element. It is in contact with the transmission protrusion. 6.16.8 Cutting transfer surface, delay indicator in the spreading cutting element It is in contact with the transmission protrusion. 6.16.9 Indicator return spring, delay when reset slider is activated. It turns the indicator back to the off position. 6.17 Safe zone indicator 35 6.17.1 Safe area indicator, fire strip module fire spread line It is an indicator structure that becomes visible when cut. 13 5 6.17.2 Safe zone indicator; indicator housing, safe zone marker plate, indicator slide, fire strip transfer surface, cutting element transfer surface, indicator It includes a guide channel and a return spring for the indicator. 6.17.3 The indicator housing is the main part of the safe zone indicator. 6.17.4 Safe area sign plate, indicating the area protected by fire strip. It has a replaceable plate structure. 6.17.5 Indicator slider, fire strip module and spread interruption element It becomes visible with the incoming movement. 6.17.6 Fire strip transfer surface, safe area in fire strip module It is in contact with the activation tab. 6.17.7 Cutting element transfer surface, safe area in the spreading cutting element It is in contact with the transmission protrusion. 6.17.8 Indicator guide channel, linear movement of the indicator slider. It provides. 6.17.9 Indicator return spring, safe zone when reset slider is activated. It turns the indicator back to the off position. 6.18 Risk intensity indicator 6.18.1 Risk intensity indicator, wind direction module, fuel density module and It is a mechanical indicator structure that shows the diffusion effect created by the humidity module. 6.18.2 Risk intensity indicator; indicator body, low risk sign plate, medium risk warning sign, high risk warning sign, risk indicator slider, fuel density transfer surface, moisture transfer surface, wind direction transfer surface, indicator guide It includes the channel and the indicator return spring. 6.18.3 The indicator body is the main part of the risk intensity indicator. 6.18.4 Low risk sign plate, interchangeable indicating limited spread level. It is a plate structure. 6.18.5 Medium risk sign plate, replaceable plate indicating medium level of spread. It is its structure. 6.18.6 High risk sign plate, interchangeable indicating rapid spread level. It is a plate structure. 35 6.18.7 Risk indicator slider, wind direction module, fuel density module and humidity It moves according to the mechanical position received from the module. 6.18.8 Fuel density transfer surface, mechanical contact with spreading step slider. It is establishing. 14 5 6.18.9 The moisture transfer surface makes mechanical contact with the diffusion resistance element. 6.18.10 Wind direction transmission surface, mechanical contact with propagation guiding element. It is establishing. 6.18.11 Indicator guide channel, linear movement of the risk indicator slider. It provides. 6.18.12 Indicator return spring, risk intensity when reset slider is activated. It returns the indicator to its starting position. 6.19 Reset slider 6.19.1 The reset slider resets the moving parts of the system at the end of the training cycle. It is the control element that returns to the starting position. 6.19.2 Reset slider; slider body, instructor's grip end, fire indicator. lane return surface, spread slide return surface, spread guidance element return surface, propagation step slider return surface, propagation resistor element return surface, propagation shear element return surface, delay indicator return surface, safe zone indicator surface and risk The density indicator includes a return surface. 6.19.3 The bolt body is the main part that carries the reset movement. 6.19.4 The teacher's grip tip allows the teacher to move the reset slider. It provides. 6.19.5 Fire indicator strip return surface, fire indicator It returns the lane to its starting position. 6.19.6 The spreading slide return surface returns the spreading slide to its initial position. It rotates. 6.19.7 Propagation guidance element return surface, propagation guidance It returns the element to its starting position. 6.19.8 Spread step slider return surface, spread step slider start It returns it to its original position. 6.19.9 The return surface of the radiation resistance element connects the radiation resistance element to the initial point. It returns it to its original position. 6.19.10 The return surface of the propagation shear element protects the propagation shear element. 35 returns to the starting position. 6.19.11 Delay indicator return surface, delay indicator closed It returns to its original position. 5 6.19.12 Safety zone indicator return surface, closes the safety zone indicator. It returns to its original position. 6.19.13 Risk intensity indicator return surface, risk intensity indicator It returns to the starting position. 6.20 Module storage compartment 6.20.1 Module storage compartment, for storing unused modules on the main training body. It is the compartment that keeps things organized. 6.20.2 Module storage compartment; forest cell pockets, wind direction module pockets, fuel density module pockets, moisture module pockets, fire strip module pockets, marker plate pockets, module separator surfaces and module removal spaces It includes. 6.20.3 Forest cell pockets, modular forest cells in separate locations It holds. 6.20.4 Wind direction module pockets, wind direction modules arranged in an orderly manner. It carries. 6.20.5 Fuel density module pockets, for storing fuel density modules in separate compartments. It holds. 6.20.6 Humidity module pockets hold the humidity modules in separate compartments. 6.20.7 Fire strip module pockets, for organizing fire strip modules in separate locations It holds. 6.20.8 Signal plate pockets for neatly storing replaceable signal plates. It carries. 6.20.9 Module separator surfaces prevent different module groups from mixing together. It prevents. 6.20.10 Module removal gaps allow for manual gripping of the modules. 6.21 Employment relationship 6.21.1 Modular forest cells, spreading cell on the main training trunk They are placed in their nests. 6.21.2 Fire ignition cell, fire ignition cell housing is being placed. 35 6.21.3 Wind direction module, orientation when installed in the wind direction module housing The cam surface is in contact with the propagation guiding element. 6.21.4 The spreading guidance element directs the fire indicator strip to the selected cell. It redirects to the line. 16 5 6.21.5 When the fuel density module is installed in the fuel density module housing The spreading step determines the progression of the slider's teeth. 6.21.6 When the humidity module is installed in the humidity module housing, the radiation resistor element It brings the device to the selected resistance position. 6.21.7 When the spread slider is moved, the indicator strip pusher tip represents fire. It transmits the movement of the instrument panel to the dashboard. 6.21.8 Fire representation indicator strip, fire representation in modular forest cells They become visible in the windows one by one. 6.21.9 Diffusion resistance element when the humidity module reaches the high resistance state. It makes the delay indicator visible. 6.21.10 When the fire strip module is installed into the fire strip module slot, the strip The cutting ejector protrusion activates the propagation cutting element. 6.21.11 Indicator line closing tab in the fire spread interruption element, fire spread It closes the fire strip cutting section in the indicator line. 6.21.12 Delay indicator when the spreading interruption element is activated and The safe zone indicator becomes visible. 6.21.13 Fire indicator strip when the spread interruption element is active. The firebreak cannot pass the cutting section. 6.21.14 When the reset slider is activated, the fire indicator strip displays the spread. slider, propagation guide element, propagation step slider, propagation resistor element, spread interruption element, delay indicator, safe zone indicator and The risk intensity indicator is returning to its starting position. 7. INDUSTRIAL APPLICABILITY The invention concerns a fire strip module-based, non-flammable fire spread training system; made of plastic. injection molding, composite panel processing, modular educational panel manufacturing, mechanical rail manufacturing, Production of sliding and locking mechanisms, assembly of spring return elements, indicator window. It is manufactured on an industrial scale using production and classroom training equipment assembly techniques. Main training body, modular forest cells, wind direction module, fuel density module, humidity module, fire strip module, spread slider, spread interruption element, reset 35 sliding doors and module storage compartments made of plastic, composite, wood-based panel and durable grade. It is manufactured using internal training equipment materials. 17 5 Fire display windows, delay indicator, safe area indicator and risk intensity. indicator with transparent plastic window, movable indicator strip, spring, slider and guide channel. It is created using assembly techniques. The system in question is suitable for: kindergartens, primary schools, secondary schools, science centers, nature education workshops, and environmental settings. in the areas of safety training, disaster awareness training and forest fire awareness training It is used. 18
Claims
1. It is a fire strip module-based, non-flammable fire spread training system with the following features: a product that does not contain a real flame, combustible material container, smoke-generating material, or heating element. main training body, modular forest cells located on the main training body, The fire ignition cell where the fire indicator strip first becomes visible. The wind direction module attached to the main training body, the wind direction module and the mechanical The relation-establishing propagation guidance element is fuel attached to the main training body. density modulus, diffusion step that establishes a mechanical relationship with fuel density modulus The slide, the humidity module attached to the main training body, and the mechanical relationship between the humidity module. The fire-resistant element that creates the fire spreading across modular forest cells. fire spread indicator line, fire moving within the fire spread indicator line indicator strip, diffusion that transmits motion to the fire indicator strip slide, fire strip module located on the fire spread indicator line The fire strip module, which is installed in its socket, becomes active with the fire strip module. propagation interruption element, propagation interruption element with range retardation indicator, spread interruption element and movement area safe area indicator, wind Risk that establishes a mechanical relationship with the direction module, fuel density module, and humidity module. intensity indicator and reset slider that returns the system to its initial position. It includes.
2. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: the front display surface of the main training body, the rear support surface, and the forest. fire alarm cell housing, fire spread cell housings, wind direction module slot, fuel density module slot, humidity module slot, fire strip module housing, fire spread indicator line channel, indicator The windows area includes the reset slider channel and the module storage area.
3. Fire spread training system with fire strip module according to Claim 1, without actual flames. Its characteristic feature is that each modular forest cell has a cell body that can be replaced. warning plate, fire indication window, cell seating edge, cell locking tab, The indicator strip includes a transition opening and a cell connection surface.
4. Real non-flammable fire spread training system with fire strip module according to Claim 3. Its feature is 35; the cell of the fire indicator window and the fire indicator strip. It is designed as a transparent window structure that will become visible within the 19 5 body. It is the fact that.
5. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its feature is; the fire ignition cell body, the starting signal of the fire ignition cell. plate, starting fire window, indicator strip entry opening, starting lock It includes a protrusion and a seating edge on the cell.
6. Fire spread training system with fire strip module according to Claim 1, without actual flames. Its feature is that the wind direction module's module body has interchangeable wind direction markers. plate, shape-coded seat edge, steering cam surface, steering locking tab, full It includes a mounting surface and a module holding protrusion.
7. Fire strip module-based non-flammable fire spread training system according to Claim 6. Its feature is; the wind direction module of the orientation cam surface. When fully seated in its socket, it will be in contact with the diffusion guide element. It is regulated.
8. Fire spread training system with fire strip module according to Claim 1, without actual flames. Its characteristic feature is; the guiding body of the propagation guiding element, cam contact. surface, direction selector slider, propagation line guide tongue, direction lock spring and direction guide It includes the channel.
9. Real non-flammable fire spread training system with fire strip module according to Claim 8. Its characteristic is that the fire indicator strip of the propagation path guides the wind. to the propagation cell line selected according to the mechanical position from the direction module It is designed to guide.
10. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its feature is that the fuel density module's module body allows for replaceable fuel. density marker plate, low density coding overhang, medium density coding protrusion, high-density coding protrusion, step-selective contact surface, shape-coded It includes a seat edge and a module handle protrusion.
11. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include; the spread step slide's slide body, fuel density contact surface, 5 first-step female connectors, second-step female connectors, third-step female connectors, expansion slide connector ends, The step includes a locking spring and a step guide channel.
12. Fire strip module-based non-flammable fire spread training system according to Claim 11. Its characteristic is; the first step is the single-cell fire indicator strip of the tooth. the amount of progression, the amount of two-cell progression of the second-step tooth, and the third step It is the arrangement of the tooth in such a way as to determine the amount of three-cell progression.
13. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: the humidity module's module body, and a replaceable humidity indicator plate. low humidity coding overhang, medium humidity coding overhang, high humidity coding protrusion, resistance-selective contact surface, shape-coded seating edge, and module retention. It contains a protrusion.
14. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its characteristics include: the resistance body of the diffusion resistance element, the moisture contact surface, and the resistance. print head, delay gear, resistance spring, delay indicator transmission projection and It contains a resistance guide channel.
15. Fire strip module-based non-flammable fire spread training system according to Claim 14. Its characteristic is that the resistance pressure tip is aligned with the advancement line of the fire indicator strip. It is positioned in a way that allows it to apply pressure.
16. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its feature is; the starting indicator section of the fire spread indicator line, directional indicator section, sequential cell indicator sections, fire strip cutting section, indicator strip guide channel, indicator strip stop surface and The indicator strip includes a return spring.
17. Fire strip module-based non-flammable fire spread training system according to Claim 16. Its feature is that the fire strip module is installed in the fire strip cutting section. The expansion is arranged in a position to be closed by a propagation interruption element.
18. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: the slide body of the expansion slide, the user grip protrusion, and the step. slide contact surface, indicator strip pusher tip, resistance counter surface, propagation cutoff Its opposing surface includes a slide guide channel and a slide return spring. 21 5 19. According to Claim 18, a fire strip module-based non-flammable fire spread training system. Its characteristic feature is that the indicator strip pusher tip advances towards the fire indicator strip. It is designed to transmit motion.
20. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its feature is that the fire indicator strip body is visible fire indicator. areas, cell alignment marks, spread slider contact end, cutting element counter It includes a surface and a lane return connection.
21. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its feature is that the fire strip module's module body has a replaceable fire strip. warning plate, lane cutting pusher protrusion, safe area activation protrusion, Delay indicator activation surface, shape-coded seating edge, module lock It includes a counterpart and a module holding protrusion.
22. Fire strip module-based non-flammable fire spread training system according to Claim 21. Its feature is that the strip cutting pusher protrusion fits perfectly into the fire strip module housing. It is designed to activate the spreading interruption element when it is in place. It is the fact that.
23. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its characteristic feature is; the cutting body of the spreading cutting element, the fire strip contact surface, indicator line closing tongue, spreading slide obstruction surface, safe area transfer protrusion, delay indicator transmission protrusion, cutting guide channel and cutting return It includes a return spring.
24. Fire strip module-based non-flammable fire spread training system according to Claim 23. Its characteristic feature is that the indicator line closing tongue is on the fire spread indicator line. The firebreak is designed to close off the firebreak section.
25. Real non-flammable fire spread training system with fire strip module according to Claim 23. Its characteristic is that the spreading slide allows the forward movement of the spreading slide on the obstacle surface. It is designed to limit the cutting position.
26. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: the indicator housing of the delay indicator, the delay indicator plate, 22 5 indicator slide, indicator guide channel, resistance transmission surface, cutting transmission It includes a surface and a return spring for the indicator.
27. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: the indicator body of the safe area indicator, and the safe area marker plate. indicator slide, fire strip transfer surface, cutting element transfer surface, The indicator includes a guide channel and an indicator return spring.
28. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its feature is; the indicator body of the risk intensity indicator, low risk indicator license plate, medium risk warning plate, high risk warning plate, risk indicator slider, fuel density transfer surface, moisture transfer surface, wind direction transfer surface, indicator It includes a guide channel and a return spring for the indicator.
29. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: the reset slide's slide body, the teacher's grip end, and the fire representation. indicator strip return surface, spread slider return surface, spread guide element return surface, spread step slide return surface, propagation resistance element return surface, propagation shear element return surface, Delay indicator return surface, safe zone indicator return surface and the risk intensity indicator includes a reversal surface.
30. According to Claim 29, a fire strip module-based non-flammable fire spread training system. Its feature is; the reset slider represents the fire indicator strip, spread. slider, propagation guide element, propagation step slider, propagation resistor element, spread interruption element, delay indicator, safe zone to return the indicator and the risk intensity indicator to their starting positions It is regulated.
31. Fire strip module-based non-flammable fire spread training system according to Claim 1. Its features include: module storage compartment with forest cell pockets, wind direction module. pockets, fuel density module pockets, moisture module pockets, fire strip module pockets, marker plate pockets, module separator surfaces and module removal spaces It includes. 23