CN210813669U - Portable exercise training system for simulating fire fighting - Google Patents

Abstract

The utility model discloses a portable simulation fire control exercise training system who puts out a fire, including equipment outer packing box, flame scene simulator and fire extinguisher simulator, equipment outer packing box comprises upper cover, lower cover and hinge, hinge swing joint is passed through on one side of upper cover and lower cover, and the another side is fixed with two parts of safety lock respectively, the inner face of upper cover is provided with the sack, and has placed the remote controller of total power cord and flame scene simulator in the sack, be provided with flame scene simulator and fire extinguisher simulator in the lower cover. The utility model discloses embody energy saving and emission reduction, green's notion provides the possibility of a simulation scene of putting out a fire for the fire drill, has played the positive effect for reinforcing masses of people's fire control consciousness of putting out a fire and promoting the people's fire extinguishing skill when the conflagration breaing out simultaneously, and all equipment can place in equipment outer packing case, and portable shifts, has convenient operation, safe and reliable, portable and energy-concerving and environment-protective characteristics.

Description

Portable exercise training system for simulating fire fighting

Technical Field

The utility model relates to a portable simulation fire control exercise training system who puts out a fire, specifically speaking are fire control exercise device belongs to analog simulation technical field.

Background

Along with the continuous development of society, electronic appliances and various inflammable goods continuously appear around people, the probability of fire hazard is continuously increased, and fire fighting drill becomes an indispensable fire safety education activity in many places.

At present, the fire drill mostly adopts an entity fire extinguisher and an ignited open fire to let people know and master how to deal with the fire, and although the drill effect is relatively real, the fire drill has the following two disadvantages: on one hand, in the exercise process, the burning objects need to be ignited to generate a fire source, and the operation pollutes the environment and has a series of potential safety hazards; on the other hand, fire extinguishing resources are wasted by adopting the fire extinguisher to extinguish fire. Based on the above drawback, the utility model provides a portable simulation fire control exercise training system who puts out a fire, proper solution some problems mentioned above-mentioned.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the not enough that exists among the prior art, the utility model relates to a simple structure, convenient operation, portable, safe and reliable and energy-concerving and environment-protective.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

according to the utility model provides a technical scheme: the utility model provides a portable simulation fire control exercise training system who puts out a fire, includes equipment outer packing box, flame scene simulator and fire extinguisher simulator, equipment outer packing box comprises upper cover, lower cover and hinge, hinge swing joint is passed through on one side of upper cover and lower cover, the another side of upper cover and lower cover is fixed with two parts of safety lock respectively, the inner face of upper cover is provided with the cloth pocket, and places the remote controller of total power cord and flame scene simulator in the cloth pocket, be provided with flame scene simulator and fire extinguisher simulator in the lower cover, the gasket is installed to the bottom surface of lower cover, flame scene simulator passes through screw and equipment outer packing box's side fixed connection, fire extinguisher simulator places on the foam screens of lower cover, flame scene simulator is by bounding wall, bottom plate, first closing cap, second closing cap, third closing cap, First cardboard, second cardboard, audio power amplifier module bracket, speaker, lamp plate, air outlet, fan module, photoelectric conversion module, equipment control panel, total power module, main control board, second grade audio power amplifier module and wireless module constitute, the bottom plate sets up in the inside lower surface of flame scene simulator, the fan module is fixed in the inside of flame scene simulator, first cardboard and second cardboard are located the both sides of lamp plate, first closing cap, second closing cap and third closing cap are located the upper surface of flame scene simulator, speaker cover and equipment control panel install on the first closing cap of flame scene simulator, the lamp plate is located one of them long limit of flame scene simulator, the air outlet is the air outlet of fan module promptly, the air outlet is for keeping apart the grid structure, fixed mounting has main control board, speaker, lamp plate, air outlet, fan module and wireless module to constitute on the bottom plate, The main control board is provided with a main controller, a power conversion circuit, an audio decoding circuit, a music access circuit, an audio power amplification circuit, a fan control circuit, a wireless module output signal receiving end, a display screen interface, a lamp array module interface, a photoelectric conversion module interface, a flame scene simulator software system maintenance interface, a power interface, an onboard audio power amplification circuit audio output interface, a fire extinguishing difficulty level mode selection interface and a fire extinguishing start/stop training interface, the main control board is respectively electrically connected with the lamp array module, the photoelectric conversion module, the fan module, the wireless module, a secondary audio power amplification module, an equipment control panel and the main power module, one end of the secondary audio power amplification module is electrically connected with a loudspeaker, including but not limited to connect left channel or right channel, perhaps connect two and above loudspeaker, electric connection between the audio input interface of second grade audio power amplifier module and the audio output interface on the board-mounted audio power amplifier circuit of main control board, total power module's power input port and equipment control panel's three hole sockets and scram switch electric connection, three hole sockets are the socket of electrified source switch and fuse, three hole socket's power switch is the master switch of flame scene simulator promptly, total power module's direct current power supply delivery outlet divides each circuit through the doubling ware and respectively with main control board, wireless module, lamp array module and second grade audio power amplifier module electric connection, photoelectric conversion module is used for receiving the light that fire extinguisher analogue means sent on the fire extinguisher simulator, photoelectric conversion module and photoelectric conversion module apron are fixed on the deep bead jointly, the main control chip of the main control board can also use other controllers to realize the main control function, including but not limited to STC series, STM32 series, GD32 series, MSP430 series, raspberry group series, FPGA, the secondary audio power amplifier module and the wireless module can be replaced by other modules with similar functions, and can also be integrated on the main control board to form a main control circuit board, thereby avoiding the operation of additional installation modules, and the circuit related design of all chips, components and PCB wiring layout used on all circuit boards can be respectively improved and replaced by the chips, components and PCB wiring layout with other similar functions, the mechanical structures of the first sealing cover, the second sealing cover, the third sealing cover, the first clamping board, the second clamping board, the coaming, the equipment control panel and the bottom board can be omitted or improved by mechanical transformation to facilitate installation and beauty, a heating device can be added inside the flame scene simulator to simulate the heat radiated by real flame, or the electronic simulation flame warmer is used for simulating the flame, and the power supply mode of the flame scene simulator can be changed into a storage battery or other modes for supplying power.

As the utility model discloses further improve, be provided with heat dissipation metal sheet, lamp array module and lamp array module fixed plate in the lamp plate, equidistant spotlight lamp pearl, every of installing on the lamp array module spotlight lamp pearl is provided with spotlight lens and adaptation lens support, it presss from both sides between the two to be provided with the nylon gasket between lamp array module fixed plate and the lamp array module to avoid lamp array module fixed plate and lamp array module between mechanical fixation with adaptation lens support oppression damage.

As a further improvement of the utility model, the equipment control panel is provided with an equipment state information display screen, a fire extinguishing difficulty degree mode selection button, a fire starting/stopping training button, an equipment volume adjusting knob, an emergency stop switch and a three-hole socket, the equipment state information display screen, the fire extinguishing difficulty degree mode selection button, the fire starting/stopping training button are respectively electrically connected with the display screen interface on the main control board, the fire extinguishing difficulty degree mode selection interface and the fire starting/stopping training interface, the equipment volume adjusting knob is mechanically clamped with the volume knob on the secondary audio power amplification module, the equipment state information display screen, the fire extinguishing difficulty degree mode selection button, the fire starting/stopping training button, the equipment volume adjusting knob, the emergency stop switch and the three-hole socket are respectively mechanically fixed with corresponding mechanical vacant positions on the equipment control panel, second grade audio power amplifier module passes through audio power amplifier module bracket and equipment control panel mechanical fastening, except there being screw mechanical fastening, also be provided with the nylon gasket and play the isolation between equipment state information display screen and the equipment control panel, the position of placing of putting out a fire difficulty degree mode selection button, start/stop the training button of putting out a fire, equipment volume adjust knob, scram switch and three hole sockets is not restricted by current position, put out a fire difficulty degree mode selection button, start/stop the training button of putting out a fire, equipment volume adjust knob, scram switch and three hole sockets can change colour, size, position, or change the device replacement for similar function.

As the utility model discloses further improve, the air outlet border is provided with metal support rod and deep bead, install the flame curtain on the metal support rod, the flame curtain is white cloth, and its one side is rolled up certain length and is sewed up to form long section of thick bamboo type hole, supply metal support rod to pass, install photoelectric conversion module on the deep bead, and also be provided with the nylon gasket between the two.

As a further improvement, the fire extinguisher simulator comprises fire extinguisher nozzle bracket, lamp pearl lid, fire extinguishing agent pipe, valve, press the valve, press handle, aircraft nose, fire extinguisher and press iron bolt, plastics safety catch, manometer, portable fire extinguisher barrel, fire extinguishing agent analogue means, supplementary linking machinery body group, fire extinguisher simulator outward appearance is similar with real fire extinguisher, fire extinguishing agent analogue means comprises condensing lens, adaptation lamp plate drive plate, lamp plate heat dissipation metal body, power supply unit and wire, install on the supplementary linking machinery body from the button switch that resets, power supply unit comprises battery case, lithium cell charging panel, lithium cell and wire, condensing lens, adaptation lamp plate drive plate, the lamp plate heat dissipation metal body in the fire extinguishing agent analogue means is installed on the fire extinguisher nozzle bracket, The lamp plate heat dissipation metal body and lamp pearl lid, the positive negative pole of adaptation lamp plate and from electric connection between reset button and the power supply unit.

As the utility model discloses further improve, the side-mounting of equipment outer packing box has four universal wheels, packing box gasket and handle, the inside adhesion of equipment outer packing box is provided with the sponge, the lower cover side of equipment outer packing box is provided with the air intake of flame scene simulator.

Compared with the prior art, the utility model, have following advantage:

the utility model is provided with a coaming, a bottom plate, a first sealing cover, a second sealing cover, a third sealing cover, a first clamping plate, a second clamping plate, an audio power amplifier module bracket, a loudspeaker, a lamp plate, an air outlet, a fan module, a photoelectric conversion module, an equipment control panel, a main power module, a main control plate, a second-stage audio power amplifier module and a wireless module on a flame scene simulator, wherein the fan module simulates the scene of wind, the light emitted by the lamp plate irradiates on a flame curtain blown by the wind (the wind at the air outlet of the fan) to simulate real flame, the audio related circuits (an audio decoding circuit, a music access circuit and an audio power amplifier circuit) of the main control plate and the loudspeaker simulate related sound signals (including but not limited to eight sections of sound: taking a fire-extinguishing start, picking up a fire extinguisher and pulling out a safety pin, standing at a safe distance, the fire extinguishing agent is sprayed at the root of a flame to extinguish the fire, the ' thunderbolt papa … … ' the ' … … ' the ' sound of the flame generated by burning an object ', ' success of fire extinguishment ', ' end of fire extinguishment ', ' failure of fire extinguishment ', and ' thank you using a simulated fire extinguisher, because the number of times you use the simulated fire extinguisher exceeds ten thousand times, the simulated fire extinguisher needs to be maintained by a contact manufacturer on time! "," fire too great, please contact the firefighter immediately! "), a fire extinguisher simulator is used to simulate the scene of fire suppressant spray. When the fire extinguishing agent pipe orifice of the fire extinguisher simulator is controlled by hands to irradiate the simulated fire extinguishing agent (light emitted by the fire extinguishing agent simulating device) on the root part of the simulated flame, a scene for extinguishing a fire by a person is simulated.

The intelligent fire extinguisher is characterized by comprising a wind-fire simulation module, a voice broadcasting module, a fire extinguishing module, a voice broadcasting module, a green environment-friendly module, a fire extinguishing module and a fire extinguishing module.

Drawings

Fig. 1 is a top view of the mechanical structure of the outer packing box of the present invention after the box cover is opened.

Fig. 2 is a perspective view of the outer packing box of the apparatus of the present invention.

Fig. 3 is a schematic diagram of connection of modules according to the present invention.

Fig. 4 is a top view of the flame scene simulator of the present invention.

Fig. 5 is a top view of the metal support rod and the flame curtain of the present invention when they are rolled up.

Fig. 6 is a front view of the metal support rod and the flame curtain of the present invention when they are deployed.

Fig. 7 is a plan view of the metal heat sink of the present invention.

Fig. 8 is a front view of a wind deflector of the present invention.

Fig. 9 is a schematic view of the structure of the fire extinguisher nozzle bracket of the present invention.

Fig. 10 is a front view of the auxiliary engaging mechanism of the present invention.

Fig. 11 is a diagram of the main control board PCB of the present invention.

Fig. 12 is a diagram of the PCB of the lamp array module of the present invention.

Fig. 13 is a PCB diagram of the photoelectric conversion module of the present invention.

Fig. 14 is a secondary circuit diagram of the present invention.

Fig. 15 is a schematic diagram of the power connection of each module of the present invention.

Fig. 16 is a schematic diagram of the pins of the main controller according to the present invention.

Fig. 17 is an audio decoding schematic diagram integrated on the main control board of the present invention.

Fig. 18 is a schematic diagram of a power conversion circuit and a power interface integrated on the main control board according to the present invention.

Fig. 19 is a schematic diagram of music access integrated on the main control board according to the present invention.

Fig. 20 is a schematic diagram of the audio power amplifier integrated on the main control board of the present invention.

Fig. 21 is a schematic diagram of the fan control integrated on the main control board of the present invention.

Fig. 22 is a schematic diagram of the output signal receiving end of the wireless module integrated on the main control board according to the present invention.

Fig. 23 is the utility model discloses a device status information display screen interface schematic diagram on the main control board.

Fig. 24 is a schematic diagram of a lamp array module interface according to the present invention.

Fig. 25 is a schematic diagram of an interface of the photoelectric conversion module according to the present invention.

Fig. 26 is a schematic diagram of a flame scene simulator software system maintenance interface according to the present invention.

Fig. 27 is a schematic diagram of a lamp array module according to the present invention.

Fig. 28 is a schematic diagram of a photoelectric conversion module according to the present invention.

Fig. 29 is a three-dimensional view of the enclosure of the flame scene simulator of the present invention.

Fig. 30 is a three-view diagram of the bracket of the second-level audio power amplifier module of the present invention.

Fig. 31 is a top view of the bottom plate of the present invention.

Fig. 32 is a schematic view of the first clip board structure of the present invention.

Fig. 33 is a schematic view of a second clip board structure of the present invention.

Fig. 34 is a schematic view of a first cover structure according to the present invention.

Fig. 35 is a third view of the second cover of the present invention.

Fig. 36 is a schematic view of a third cover structure according to the present invention.

Fig. 37 is a schematic view of a cover plate structure of a photoelectric conversion module according to the present invention.

Fig. 38 is a schematic structural view of the lamp array module fixing plate of the present invention.

In the figure: 1. an upper cover; 2. a hinge; 3. an equipment outer packing box; 4. a screw hole; 5. a fire extinguisher simulator; 6. a flame scene simulator; 7. a lower cover; 8. a lamp array module; 9. a main control board; 10. a main power supply module; 11. a fan module; 12. a wireless module; 13. a speaker; 14. a secondary audio power amplifier module; 15. a photoelectric conversion module; 16. a fire-extinguishing difficulty mode selection button; 17. a device volume adjustment knob; 18. a three-hole receptacle; 19. start/stop fire-fighting training button; 20. a device status information display screen; 21. a scram switch; 22. an equipment control panel; 23. a metal support bar; 24. a flame curtain; 25. an air outlet; 26. a lamp panel; 27. a light-focusing lamp bead; 28. a heat-dissipating metal plate; 29. a wind deflector; 30. a fire extinguisher spray nozzle bracket; 31. a lamp bead cover; 32. an auxiliary engaging mechanical body; 33. enclosing plates; 34. an audio power amplifier module bracket; 35. a base plate; 36. a first clamping plate; 37. a second clamping plate; 38. a first cover; 39. a second cover; 40. a third cover; 41. an air inlet; 42. a universal wheel; 43. packing case gaskets; 44. a handle; 45. a photoelectric conversion module cover plate; 46. a lamp array module fixing plate.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention is further described below with reference to the following embodiments.

As shown in fig. 1 to 38, a portable training system for simulating fire fighting and extinguishing comprises an equipment outer packing box 3, a flame scene simulator 6 and a fire extinguisher simulator 5, wherein the equipment outer packing box 3 is composed of an upper cover 1, a lower cover 7 and a hinge 2, one sides of the upper cover 1 and the lower cover 7 are movably connected through the hinge 2, the other sides of the upper cover 1 and the lower cover 7 are respectively fixed with two parts of a safety lock, a cloth bag is arranged on the inner surface of the upper cover 1, a main power line and a remote controller of the flame scene simulator 6 are arranged in the cloth bag, the flame scene simulator 6 and the fire extinguisher simulator 5 are arranged in the lower cover 7, a gasket is arranged on the bottom surface of the lower cover 7, the flame scene simulator 6 is fixedly connected with the side surface of the equipment outer packing box 3 through a screw hole 4, the fire extinguisher simulator 5 is arranged on a foam clamping position of the lower cover 7, the flame scene simulator 6 comprises a surrounding plate 33, a bottom plate 35, a first sealing cover 38, a second sealing cover 39, a third sealing cover 40, a first clamping plate 36, a second clamping plate 37, an audio power amplifier module bracket 34, a loudspeaker 13, a lamp panel 26, an air outlet 25, a fan module 11, a photoelectric conversion module 15, an equipment control panel 22, a main power module 10, a main control panel 9, a secondary audio power amplifier module 14 and a wireless module 12, wherein the bottom plate 35 is arranged on the lower surface inside the flame scene simulator 6, the fan module 11 is fixed inside the flame scene simulator 6, the first clamping plate 36 and the second clamping plate 37 are positioned on two sides of the lamp panel 26, the first sealing cover 38, the second sealing cover 39 and the third sealing cover 40 are positioned on the upper surface of the flame scene simulator 6, the loudspeaker 13, the loudspeaker cover and the equipment control panel 22 are arranged on the first sealing cover 38 of the flame scene simulator 6, the lamp panel 26 is located on one long edge of the flame scene simulator 6, the air outlet 25 is the air outlet of the fan module 11, the air outlet 25 is of an isolation grid structure, a main control board 9, a wireless module 12 and a main power module 10 are fixedly installed on the bottom board 35, copper columns are arranged between the bottom board 35 and the main control board 9, the wireless module 12 and the main power module 10 respectively and are fixed through screws, a main controller, a power conversion circuit, an audio decoding circuit, a music access circuit, an audio power amplification circuit, a fan control circuit, a wireless module output signal receiving end, a display screen interface, a lamp array module interface, a photoelectric conversion module interface, a flame scene simulator 6 software system maintenance interface, a power interface, an onboard audio power amplification circuit audio output interface, a fire-extinguishing difficulty mode selection interface and a fire-extinguishing training interface are arranged on the main control board 9, the main control board 9 is respectively electrically connected with the lamp array module 8, the photoelectric conversion module 15, the blower module 11, the wireless module 12, the secondary audio power amplification module 14, the device control panel 22 and the main power module 10, the photoelectric conversion module 15 can be changed into other photoelectric conversion modules including but not limited to an infrared receiving module, one end of the secondary audio power amplification module 14 is electrically connected with the loudspeaker 13 including but not limited to a left sound channel or a right sound channel or two or more loudspeakers, an audio input interface of the secondary audio power amplification module 14 is electrically connected with an audio output interface on an on-board audio power amplification circuit of the main control board 9, a power input port of the main power module 10 is electrically connected with the three-hole socket 18 of the device control panel 22 and the emergency stop switch 21, the three-hole socket 18 is a socket with a power switch and a fuse, the power switch of the three-hole socket 18 is the main switch of the flame scene simulator 6, the dc power outlet of the main power module 10 is divided into various circuits by the combiner and is respectively electrically connected with the main control board 9, the wireless module 12, the lamp array module 8 and the dc power interface of the secondary audio power amplifier module 14, the 220V power interface of the main power module 10 is respectively electrically connected with the emergency stop switch 21 and the three-hole socket 18 by the wire and the combiner, wherein the live wire and the ground wire divided by the combiner are respectively electrically connected with the live wire and the ground wire interface of the fan module 11, the zero wire divided by the combiner is electrically connected with the 220VI interface of the main control board 9, the zero wire of the fan module 11 is electrically connected with the power interface 220VO of the main control board 9, the live wire of the fan module 11 is electrically connected with the main fire wire by the combiner, the photoelectric conversion module 15 is used for receiving the light emitted by the fire extinguishing agent simulator 5, the photoelectric conversion module 15 and the photoelectric conversion module cover plate 45 are jointly fixed on the wind shield 29, the main control chip of the main control board 9 can also use other controllers to realize main control functions, including but not limited to STC series, STM32 series, GD32 series, MSP430 series, raspberry group series and FPGA, the secondary audio power amplifier module 14 and the wireless module 12 can be replaced by other modules with similar functions, and can also be integrated on the main control board 9 to form a main control circuit board, thereby avoiding the operation of additional module installation, and the related circuit design of all chips, components and PCB wiring layout used on all circuit boards can be respectively replaced by the chips, components and PCB wiring layout with other similar functions, the first sealing cover 38, the second sealing cover 39, the third sealing cover 40, the first clamping board 36, the second clamping board 37, the surrounding board 33 and the device control panel 22 can be improved and replaced by the other chips, components and PCB wiring layouts with similar functions, respectively, The mechanical structure of the bottom plate 35 can be omitted or modified by mechanical modification to facilitate installation and beauty, a heating device can be added inside the flame scene simulator 6 to simulate the heat radiated by real flames, including but not limited to heating by a heating tube or the like, or simulating flames by an electronic simulated flame warmer, the flame curtain 24 can be changed into other materials, or replaced by other electronic devices, including but not limited to an electronic display screen, and the power supply mode of the flame scene simulator 6 can be changed into a storage battery or other modes for supplying power, including but not limited to wireless charging and wireless power supply modes.

As shown in fig. 4, wherein, be provided with heat dissipation metal sheet 28, lamp array module 8 and lamp array module fixed plate 46 in the lamp plate 26, spotlight pearl 27, every are installed to equidistant installing on the lamp array module 8 be provided with condensing lens and adaptation lens support on spotlight pearl 27, it presss from both sides between the two to be provided with the nylon gasket between lamp array module fixed plate 46 and the lamp array module 8 to avoid lamp array module fixed plate 46 to damage adaptation lens support oppression when with lamp array module 8 between mechanical fixation.

As shown in fig. 3, wherein, the device control panel 22 is provided with a device status information display 20, a fire extinguishing difficulty level mode selection button 16, a fire extinguishing start/stop training button 19, a device volume adjusting knob 17, an emergency stop switch 21 and a three-hole socket 18, the device status information display 20, the fire extinguishing difficulty level mode selection button 16, the fire extinguishing start/stop training button 19 are respectively electrically connected with the display interface, the fire extinguishing difficulty level mode selection interface and the fire extinguishing start/stop training interface on the main control panel 9, the device volume adjusting knob 17 is mechanically engaged with the volume knob on the secondary audio power amplifier module 14, the device status information display 20, the fire extinguishing difficulty level mode selection button 16, the fire extinguishing start/stop training button 19, the device volume adjusting knob 17, the emergency stop switch 21 and the three-hole socket 18 are respectively mechanically fixed with the corresponding mechanical vacant positions on the device control panel 22, second grade audio power amplifier module 14 is through audio power amplifier module bracket 34 and equipment control panel 22 mechanical fastening, except there being screw mechanical fastening, also be provided with the nylon gasket and play the isolation action between equipment state information display screen 20 and the equipment control panel 22, the position of placing of putting out a fire difficulty degree mode selection button 16, start/stop the training button 19 of putting out a fire, equipment volume adjust knob 17, scram switch 21 and three hole sockets 18 does not receive current position restriction, put out a fire difficulty degree mode selection button 16, start/stop the training button 19 of putting out a fire, equipment volume adjust knob 17, scram switch 21 and three hole sockets 18 can change colour, size, position, or change to the device replacement of similar function.

As shown in fig. 4, 5 and 6, the edge of the air outlet 25 is provided with a metal support rod 23 and a wind shield 29, the metal support rod 23 is provided with a flame curtain 24, the flame curtain 24 is white cloth, one side of the flame curtain 24 is rolled up to a certain length and sewn on to form a long cylindrical hole for the metal support rod 23 to pass through, the wind shield 29 is provided with a photoelectric conversion module 15, and a nylon gasket is also arranged between the two.

As shown in fig. 3, wherein the fire extinguisher simulator 5 is composed of a fire extinguisher nozzle bracket 30, a lamp bead cover 31, a fire extinguishing agent pipe, a valve, a pressure handle, a machine head, a fire extinguisher pressure handle iron bolt, a plastic safety pin, a pressure pointer, a pressure gauge in a green area, a portable fire extinguisher cylinder, a fire extinguishing agent simulator and an auxiliary linking mechanical body 32, the appearance of the fire extinguisher simulator 5 is similar to that of a real fire extinguisher, the fire extinguishing agent simulator is composed of a condenser lens containing support, an adaptive lamp panel drive board, a lamp panel heat dissipation metal body, a power supply device and a wire, a self-resetting button switch and a power supply device are installed on the auxiliary linking mechanical body 32, the auxiliary linking mechanical body 32 is composed of a plurality of mechanical components to facilitate installation of related components, and the power supply device is composed of a battery box and a lithium battery charging board with a USB charging, Rechargeable lithium battery and wire, install collector lens, adaptation lamp plate drive plate, lamp plate heat dissipation metal body and lamp pearl lid 31 among the fire extinguishing agent analogue means on the fire extinguisher shower nozzle bracket 30, the positive negative pole of adaptation lamp plate and from electric connection between reset button and the power supply unit, circuit, mechanical structure, screw hole site and screw hole quantity of fire extinguisher analogue means 5 can carry out structural improvement and function increase, for example, the mechanical structure, screw hole site and screw hole quantity of auxiliary linking mechanical body 32 can carry out follow-up improvement, in order to conveniently install other parts and circuit wiring etc., can increase voice module and speaker in the function of fire extinguisher analogue means of distinguishing the voice when the fire, also can add certain heavy object in the fire extinguisher barrel so as to simulate the true weight of fire extinguisher, fire extinguisher analogue means 5 can change charge mode and charging circuit structure, the fire extinguisher simulator 5 can change the power supply mode and the power supply circuit structure, including but not limited to changing to a wireless charging and wireless charging circuit structure.

As shown in fig. 1 and 2, four universal wheels 42 with brake pads, a packing case gasket 43 and a handle 44 are mounted on the side of the equipment outer packing case 3, a sponge is adhered to the inside of the equipment outer packing case 3, and an air inlet 41 of the flame scene simulator 6 is disposed on the side of the lower cover 7 of the equipment outer packing case 3.

As shown in fig. 1 and 2, all the components, circuit layouts and wiring, circuit modules, fans, fire extinguisher nozzle brackets, lamp bead covers, fire extinguisher pipes, valves, pressure handles, machine heads, iron bolts for pressure handles of fire extinguishers, plastic safety pins, pressure gauges with pressure pointers in green areas, cylinders of portable fire extinguishers, fire extinguisher simulation devices, auxiliary linking mechanical bodies, sheet metal, aluminum alloy, various gaskets, studs, lenses, lens supports, cloth, handles, universal wheels 42 with brake pads, sponges, screw hole sites, the number of screw holes, screws, outer packing box structures, foam and foam structures, cloth bags, wires and other similar functional object materials can be replaced in color, position or improved, and all the object structures and appearances can be properly adjusted and improved And fixing and riveting the metal or other material gasket. The utility model discloses a various functions also can suitably improve the adjustment, including but not limited to adding following function: wireless networking, remote control, Bluetooth control, background management, remote upgrade, additional VR or AR and other virtual scene experiences. The inside certain heavy object of multiplicable in order to increase weight of fire extinguisher simulator 5, or increase the sound that audio power amplifier module and speaker sent when with the blowout of simulation fire extinguishing agent, can change the power supply mode or the charge mode of fire extinguisher simulator 5, change the power supply mode of flame scene simulator 6, do and change the packing box structure, put power cord, remote controller etc. in other suitable positions, perhaps will place the partial box of fire extinguisher and cut off, independently come out other outfits of fire extinguisher simulator 5 and carry etc. in addition, the fire extinguishing agent analogue means of fire extinguisher simulator 5 can change into the device of certain illuminator or other transmission signals, include but not limited to and change illuminator into infrared emitter, but all be based on the utility model discloses the improvement of principle and spirit should all receive the utility model discloses protect.

It should be noted that the present invention relates to a portable exercise training system for simulating Fire fighting, during operation, the flame scene simulator 6 is powered on and works, the device display screen displays the characters such as "Welcome to use the simulated Fire fighting exercise training system … … for a while"), after a few seconds, the device is initialized, the display screen displays the characters such as "Status: Standby", when the remote control button is pressed or the start-stop button on the device control panel 22 is pressed, the display screen displays the characters such as "Status: Fire", and simultaneously the system amplifies the audio signal output by the audio amplification circuit on the main control panel 9 through the secondary audio power amplification module 14, and finally plays the "Fire fighting start | with the help of the speaker 13! The voice, please pick up the fire extinguisher and pull out the safety pin, stand at the safe distance, spray the fire extinguishing agent at the root of the flame to extinguish the fire, and the noise of the object burning to generate the flame. On one hand, the fan module 11 electrically connected with the main control board 9 starts to operate, the fan blade rotates, thereby the flame curtain 24 on the metal support rod 23 at the air outlet 25 is blown, the wind effect is achieved, on the other hand, the driving circuit of the lamp array module 8 connected with the main control board 9 drives a plurality of light-gathering lamp beads 27 on the lamp array module 8, thereby the yellow lamp beads and the red lamp beads which are arranged and combined in a certain mode are made to emit light, the light of each lamp bead is focused and irradiated on the curtain blown by the wind through the light-gathering lens, so as to achieve the effect similar to real flame, thereafter, when a person holding the fire extinguisher simulator 5 presses down the lifting handle with one hand, and guides the light emitted by the fire extinguisher nozzle to irradiate on the root of the flame with the other hand, the light-sensing part irradiated by the photoelectric conversion module 15 receives the light signal (namely, the simulated fire extinguishing agent) emitted by, and transmits the signal to the main control board 9 through the wire, the main control board 9 judges where the 'simulated fire extinguishing agent' is sprayed, selects whether to extinguish the lamp at the corresponding position of the lamp panel 26 according to the current fire extinguishing difficulty mode, and when the 'simulated flame' is completely extinguished, the system amplifies the audio signal output by the audio amplifying circuit on the main control board 9 through the secondary audio power amplification module 14, and finally plays the 'Success fire extinguishing' voice by means of the loudspeaker 13, and the display screen displays the words such as 'Status: Success'. If the fire extinguisher can not extinguish the whole flame within a certain time, the system plays the voice of 'extinguishing agent is used up and fire extinguishment fails', and simultaneously, the display screen displays characters of 'Status: Failed'; if the fire extinguisher fails to extinguish the fire for several times, the system will play "fire is too big, please contact the fire fighter immediately! The sound and the display screen display the Status of Dangerous (Status: danger) and other characters; if the using times of the equipment reach the upper limit of the service life, the system plays' thank you using the simulated fire extinguisher, because the using times of the equipment exceed ten thousand times, the equipment needs to be maintained on time by a contact factory! "Sound, while the display screen displays" Maintenance! "(" maintenance "), etc. When the "flame" is not completely extinguished, some areas where the fire has been extinguished will randomly "re-ignite" to simulate the scene of real flame spread combustion. Along with the promotion of the difficulty of fire extinguishing mode, the more "simulation fire extinguishing agent" that the flame that disappears a position needs, the shorter the time interval of flame "after combustion", that is the flame after combustion is faster, in order to simulate different intensity of a fire, simultaneously, the mode information column of equipment information display screen shows the character suggestion of corresponding mode, include but not limited to: "Mode: Easy" ("Mode: simple"), "Mode: Normal" ("Mode: Normal"), "Mode: Difficult" ("Mode: Difficult"), and the like.

In addition, when the wireless remote controller or the start/stop fire-extinguishing training button 19 of the equipment control panel 22 is pressed during the fire-extinguishing training, the system can play the sound of 'fire-extinguishing end', meanwhile, the light of the lamp panel 26 is extinguished, the fan stops blowing, and the equipment state information display screen 20 displays 'Status: Standby'.

It should be noted that, the content displayed on the display screen and the played voice can be adjusted and increased or decreased properly, and the content is not limited to the above content, for example, the content is changed according to increase or decrease of other functions of the system.

The above figures and text describe the basic principles, main features and advantages of the invention. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims (6)

1. The utility model provides a portable simulation fire control training system of putting out a fire, includes equipment outer packing box (3), flame scene simulator (6) and fire extinguisher simulator (5), its characterized in that: equipment external packing box (3) comprises upper cover (1), lower cover (7) and hinge (2), hinge (2) swing joint is passed through on one side of upper cover (1) and lower cover (7), the another side of upper cover (1) and lower cover (7) is fixed with two parts of safety lock respectively, the inner face of upper cover (1) is provided with the cloth pocket, and places the remote controller of total power cord and flame scene simulator (6) in the cloth pocket, be provided with flame scene simulator (6) and fire extinguisher simulator (5) in lower cover (7), the gasket is installed to the bottom surface of lower cover (7), flame scene simulator (6) are through the side fixed connection of screw (4) with equipment external packing box (3), fire extinguisher simulator (5) are placed on the foam screens of lower cover (7), flame scene simulator (6) are by bounding wall (33), The novel flame scene simulator comprises a bottom plate (35), a first sealing cover (38), a second sealing cover (39), a third sealing cover (40), a first clamping plate (36), a second clamping plate (37), an audio power amplifier module bracket (34), a loudspeaker (13), a lamp panel (26), an air outlet (25), a fan module (11), a photoelectric conversion module (15), an equipment control panel (22), a main power module (10), a main control panel (9), a secondary audio power amplifier module (14) and a wireless module (12), wherein the bottom plate (35) is arranged on the lower surface inside the flame scene simulator (6), the fan module (11) is fixed inside the flame scene simulator (6), the first clamping plate (36) and the second clamping plate (37) are positioned on two sides of the lamp panel (26), and the first sealing cover (38), the second sealing cover (39) and the third sealing cover (40) are positioned on the upper surface of the flame scene simulator (6), loudspeaker (13), speaker cover and equipment control panel (22) are installed on first closing cap (38) of flame scene simulator (6), lamp plate (26) are located one of them long limit of flame scene simulator (6), air outlet (25) are the air outlet of fan module (11) promptly, air outlet (25) are for keeping apart the net bars structure, fixed mounting has main control board (9), wireless module (12) and total power module (10) on bottom plate (35), and has copper post bed hedgehopping and pass through the screw fixation between bottom plate (35) respectively and main control board (9), wireless module (12) and total power module (10), be provided with main control unit, power conversion circuit, audio decoding circuit, music access circuit, audio power amplifier circuit, fan control circuit, wireless module output signal receiving terminal on main control board (9), The device comprises a display screen interface, a lamp array module interface, a photoelectric conversion module interface, a flame scene simulator (6), a software system maintenance interface, a power supply interface, an onboard audio power amplifier circuit audio output interface, a fire extinguishing difficulty mode selection interface and a fire starting/stopping training interface, wherein a main control board (9) is respectively electrically connected with a lamp array module (8), a photoelectric conversion module (15), a fan module (11), a wireless module (12), a secondary audio power amplifier module (14), an equipment control panel (22) and a main power supply module (10), one end of the secondary audio power amplifier module (14) is electrically connected with a loudspeaker (13) and comprises but is not limited to a left sound channel or a right sound channel or two or more loudspeakers, the audio input interface of the secondary audio power amplifier module (14) is electrically connected with the audio output interface on the onboard audio power amplifier circuit of the main control board (9), the utility model discloses a fire extinguisher simulator, including main power module (10) power input port and three hole sockets (18) and scram switch (21) electric connection of equipment control panel (22), three hole sockets (18) are the socket of electrified source switch and fuse, the switch of three hole sockets (18) is the main switch of flame scene simulator (6), the DC power supply delivery outlet of main power module (10) divides each circuit through the doubling ware and respectively with main control board (9), wireless module (12), lamp array module (8) and second grade audio power amplifier module (14) electric connection, photoelectric conversion module (15) are used for receiving the light that fire extinguisher simulator (5) went up fire extinguishing agent analogue means and send, photoelectric conversion module (15) and photoelectric conversion module apron (45) are fixed jointly on deep bead (29), the main control chip control of main control board (9) includes but not limited to STC series, STM32 series, GD32 series, MSP430 series, Raspberry pie series, FPGA, the secondary audio power amplifier module (14) and the wireless module (12) can be integrated on the main control board (9) to form a main control circuit board, and all chips, components and PCB wiring layout used on all circuit boards, the mechanical structures of the first sealing cover (38), the second sealing cover (39), the third sealing cover (40), the first clamping plate (36), the second clamping plate (37), the enclosing plate (33), the equipment control panel (22) and the bottom plate (35) can be omitted or modified through mechanical modification so as to be convenient to install and attractive, a heating device can be added inside the flame scene simulator (6) to simulate the heat radiated by real flames, or the electronic simulation flame warmer is used for simulating the flame, and the power supply mode of the flame scene simulator (6) can be changed into the power supply mode of a storage battery.

2. A portable simulated fire-fighting maneuver training system according to claim 1, wherein: be provided with heat dissipation metal sheet (28), lamp array module (8) and lamp array module fixed plate (46) in lamp plate (26), spotlight pearl (27), every are installed to equidistant on lamp array module (8) be provided with condensing lens and adaptation lens support on spotlight pearl (27), it presss from both sides between the two to be provided with the nylon gasket between lamp array module fixed plate (46) and lamp array module (8) to avoid lamp array module fixed plate (46) when with lamp array module (8) between mechanical fixation with adaptation lens support oppression damage.

3. A portable simulated fire-fighting maneuver training system according to claim 1, wherein: be provided with equipment state information display screen (20), the degree of difficulty pattern selection button of putting out a fire (16), start/stop the training button of putting out a fire (19), equipment volume adjust knob (17), scram switch (21) and three hole sockets (18) on equipment control panel (22), equipment state information display screen (20), the degree of difficulty pattern selection button of putting out a fire (16), start/stop the training button of putting out a fire (19) respectively with main control board (9) go up display screen interface, put out a fire the degree of difficulty pattern selection interface, start/stop electric connection between the training interface of putting out a fire, equipment volume adjust knob (17) and the volume knob mechanical block on second grade audio power amplifier module (14), equipment state information display screen (20), the degree of difficulty pattern selection button of putting out a fire (16), start/stop the training button of putting out a fire (19), Equipment volume adjust knob (17), scram switch (21) and three hole sockets (18) respectively with equipment control panel (22) on corresponding machinery vacancy mechanicalness fixed, second grade audio power amplifier module (14) pass through audio power amplifier module bracket (34) and equipment control panel (22) mechanical fixation, be provided with screw and nylon gasket between equipment state information display screen (20) and equipment control panel (22), put out a fire difficulty degree mode selection button (16), start/stop the training button (19) of putting out a fire, equipment volume adjust knob (17), scram switch (21) and three hole sockets (18) place the position and do not receive current position restriction, put out a fire difficulty degree mode selection button (16), start/stop the training button (19) of putting out a fire, equipment volume adjust knob (17), scram switch (21) and three hole sockets (18) can change colour, Size and location.

4. A portable simulated fire-fighting maneuver training system according to claim 1, wherein: air outlet (25) border is provided with metal support rod (23) and deep bead (29), install flame curtain (24) on metal support rod (23), flame curtain (24) are white cloth, and its one side is rolled up certain length and is sewed up to form long tube type hole, supply metal support rod (23) to pass, install photoelectric conversion module (15) on deep bead (29), and also be provided with the nylon gasket between the two.

5. A portable simulated fire-fighting maneuver training system according to claim 1, wherein: fire extinguisher simulator (5) is by fire extinguisher shower nozzle bracket (30), lamp pearl lid (31), fire extinguishing agent pipe, valve, press handle, aircraft nose, fire extinguisher to carry and press iron bolt, plastics safety catch, manometer, portable fire extinguisher barrel, fire extinguishing agent analogue means, supplementary linking machinery body (32) to form, fire extinguisher simulator (5) outward appearance is imitative with real fire extinguisher, fire extinguishing agent analogue means comprises condensing lens, adaptation lamp plate drive plate, lamp plate heat dissipation metal body, power supply unit and wire, install on the supplementary linking machinery body (32) from restoring to the throne button switch, power supply unit by battery case, lithium cell charging panel, lithium cell and wire, condensing lens, adaptation lamp plate among the fire extinguishing agent analogue means are installed on fire extinguisher shower nozzle bracket (30), Adaptation lamp plate drive plate, lamp plate heat dissipation metal body and lamp pearl lid (31), the positive negative pole of adaptation lamp plate and from electric connection between reset button and the power supply unit.

6. A portable simulated fire-fighting maneuver training system according to claim 1, wherein: four universal wheels (42), packing box gaskets (43) and handles (44) are installed to the side of the equipment outer packing box (3), the inside adhesion of the equipment outer packing box (3) is provided with the sponge, and the side of the lower cover (7) of the equipment outer packing box (3) is provided with an air inlet (41) of the flame scene simulator (6).

Images