CN201815025U - Combined-type automatic stair-climbing fire-fighting and smoke removal robot - Google Patents
Combined-type automatic stair-climbing fire-fighting and smoke removal robot Download PDFInfo
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- CN201815025U CN201815025U CN2010205479039U CN201020547903U CN201815025U CN 201815025 U CN201815025 U CN 201815025U CN 2010205479039 U CN2010205479039 U CN 2010205479039U CN 201020547903 U CN201020547903 U CN 201020547903U CN 201815025 U CN201815025 U CN 201815025U
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Abstract
The utility model discloses a combined-type automatic stair-climbing fire-fighting and smoke removal robot, which comprises a crawler-type automatic walking chassis, a combined-type fire-fighting and smoke removal device, an emergency spraying self-protection device and a control and image transmission system; the crawler-type automatic walking chassis serves as a carrier; the combined-type fire-fighting and smoke removal device, the emergency spraying self-protection device and the control and image transmission system are mounted on the crawler-type automatic walking chassis; the crawler-type automatic walking chassis comprises an accumulator storage battery, a bearing chassis, a caterpillar drive system and a stabilizing and tilting-prevention mechanism; and the accumulator storage battery providing power for the combined-type fire-fighting and smoke removal device, the emergency spraying self-protection device and the control and image transmission system are mounted on the bearing chassis. The combined-type automatic stair-climbing fire-fighting and smoke removal robot of the utility model has large air draft capacity, can climb stairs automatically, has the functions of self-protection and decontamination and neutralization of toxic gas, and can meet the requirements on strong airflow under different environments such as fire control, emergency rescue and the like.
Description
Technical field
The utility model belongs to the fire plant technical field, relates to a kind of combined type and climbs building fire-fighting smoke robot automatically.
Background technology
Because the continuous quickening of urbanization process, various public places of entertainment, office block, superstore, basement, high-rise building buildings etc. constantly occur, urban infrastructure is further perfect in addition, subway becomes the main means of transportation of big and medium-sized cities gradually, and various large-scale petrochemical factory, the warehouse, highway and railway tunnel are constantly built, incident is that the hazardous chemical transportation is more and more, various fire and leakage accident happen occasionally, and that the fire of this class and leakage accident often are accompanied by is a large amount of inflammable, explosive and toxic and harmful and smog, Field Force and surrounding environment are caused huge harm, and bring great difficulty to fire attack.According to statistics, there is the people more than 85% dead in the fire, far more than high temperature of fire and dead people because of sucking these toxic smogs.Be high-power positive pressure or the suction type fume extractor that adopts with thin water smoke at present to inflammable, explosive and poisonous, pernicious gas and the most effective rescue measure of smog.And for the fire that skyscraper and subway and basement took place or the leakage of toxic gas, because large-scale fume extractor can't arrive at the scene, can only adopt small-sized hand to lift the formula induced-draft fan, and present this induced-draft fan is because its exhaust air rate often all is no more than 100000m both at home and abroad
3/ h, and weight and volume are bigger, therefore are difficult to reach ideal effect.And skyscraper, subway and basement fire are because heavy high-power fire extinguishing equipment can't arrive at the scene of fire, so its fast effective fire fighting and rescue is a global problem always.
As everyone knows, in order to increase the exhaust air rate of induced-draft fan, just must strengthen the driving power of induced-draft fan, thereby the feasible power that drives the power set of induced-draft fan also must strengthen thereupon, but along with the volume and weight of its power set of increasing of power also is multiplied, and all at present induced-draft fans are all installed power set, and fan is installed on the output shaft of power set, will make power set hinder air intake like this, thereby just have to increase the diameter of induced-draft fan air duct, but because the width of portable smoke evacuation equipment is subjected to the national legislation restriction, for its width of security that guarantees its walking must not surpass 2.5 meters, therefore limited the exhaust air rate of induced-draft fan greatly.
The power set that drive induced-draft fan in addition at present generally adopt hydraulic motor, engine or conventional motor, and along with the increasing of power, the weight and volume of engine or conventional motor also is multiplied, and even a heavy vehicle all can't load; And adopt the system of hydraulic motor as fans drive power, because its power resources are former vehicle motors and provide by power takeoff that the second energy loss that adds the power loss of self and be converted into the generation of hydraulic pressure the subject of knowledge and the object of knowledge has limited the raising of induced-draft fan power greatly.
Therefore make a general survey of the various vehicular fire-fighting smoke evacuation equipment of producing at present both at home and abroad, comprise that at present being known as " smoke exhauster truck of exhaust air rate maximum in the world today "-MVU280 type France produces smoke exhauster truck, its exhaust air rate also is no more than 280000 m
3/ h is difficult to satisfy the ventilation fast and effectively, smoke evacuation, cooling, dedusting of super-huge fire and petrochemical industry major accident and changes needs such as scene of a fire direction.So, the exhaust air rate deficiency of at first existing fire-fighting smoke evacuation equipment.
The 2nd, the thin water smoke that sprays with the high wind air-flow does not have in the decontamination and the function of toxic gas; The 3rd, all in the world high power vehicular formula fire-fighting fume extractors do not possess the function of stair climbing at present, certain ramp even less " Lu Hu 60 " smoke robot of exhaust smoke level also only can be creeped, and can not stair activity, therefore skyscraper and subway and basement fire being puted out a fire to save life and property all seems powerless.The 4th, therefore the automatic holding device when above-mentioned induced-draft fan all emergency does not take place does not at present have good solution when it meets with emergency.
At present all robots that are applied to climb the building are intelligence and toy robot in the world, therefore its volume and weight is all less, can only carry heavy burden seldom, even having than the stair-climbing wheel chair of heavy ability it at present carries weight and also is no more than 100kg, and because therefore unstable and anti-tilting apparatus also need entourage's help when climbing the building; And state-of-the-art in the world at present Germany produces " Lu Hu 60 " smoke robot, because what it adopted is the traditional structure form of motor driven hydraulic system, therefore complicated operation, fault rate height, lack flexibility, particularly can not miniaturization fatal shortcoming, therefore deadweight and volume are all very big, its 40000 m
3/ h air-spray flow width just surpasses 1.3 meters, is far longer than the standard of common building stair, and is subjected to the restriction of own vol, and institute's mounted engine power is less, so its loading capacity also is no more than 250kg, does not have the possibility of climbing the building.
Summary of the invention
The purpose of this utility model is to provide a kind of combined type to climb building fire-fighting smoke robot automatically, and exhaust air rate is big, can climb the building automatically, has in self-insurance, the decontamination and the function of toxic gas.
The technical solution adopted in the utility model is, a kind of combined type is climbed building fire-fighting smoke robot automatically, comprise crawler type walk automatically chassis, combined type fire-fighting fume extractor, promptly spray automatic holding device, control and image delivering system, crawler type is walked the chassis automatically as carrier, with combined type fire-fighting fume extractor, promptly spray automatic holding device, control and image delivering system and be fixed on crawler type and walk above the chassis automatically; The crawler type chassis of walking automatically comprises batteries, chassis supported, caterpillar drive system and stable and anti-tipping mechanism, batteries be installed in chassis supported on; Caterpillar drive system comprises driver, decelerator, left and right sides crawler driving whell, left and right sides connecting rod, left and right sides pinch roller, left and right sides crawler belt, driver, decelerator, left and right sides pinch roller all be fixedly mounted on chassis supported on, driver links to each other with decelerator, this decelerator links to each other with left and right sides crawler driving whell, external tooth on the crawler driving whell of the left and right sides drives left and right sides crawler belt, this left and right sides pinch roller links to each other with left and right sides crawler driving whell by left and right sides connecting rod, thereby left and right sides crawler tensioning is installed; Stable and anti-tipping mechanism is a liftable device, comprise actuating motor, supporter, rotating shaft of being with decelerator and the sliding support that can rotate, two ends are respectively with chassis supported hinged with supporter about the actuating motor, the supporter upper end is by rotating shaft and chassis supported hinged installation, the supporter lower end is articulated on the sliding support, this sliding support and ground sliding-contact, and can be with the crawler type chassis synchronous walking of walking automatically.
Feature of the present utility model also is,
Combined type fire-fighting fume extractor comprises fire-fighting induced-draft fan and the luffing mechanism that two or three expansion contracting mechanisms, two or three multinuclears drive; The fire-fighting induced-draft fan that each multinuclear drives comprises water tank, water pump, feed pipe, support, motor, fan, wind scooper, toroidal nozzle, the superfine spray nozzle, belt pulley, belt, output shaft, fixed installation sector, the quantity of motor is more than two, symmetry is fixedly mounted on the wind scooper shell, and drive belt pulley on the output shaft respectively or simultaneously by belt, this belt pulley is to be fixedly mounted on the output shaft, and fan is fixed on the other end of output shaft by fixed installation sector, output shaft is rack-mount by bearing, this support is fixedly mounted on the wind scooper inwall, and become as a whole with wind scooper, the toroidal nozzle of band superfine spray nozzle is housed at the tail end of wind scooper; Water tank and water pump be fixed in chassis supported on, and communicate with superfine spray nozzle on the toroidal nozzle by feed pipe; Each launches contracting mechanism and comprises the expansion drive motors, launches reduction gearing, rotates and support, launch rotating shaft, this reduction gearing is meshing with each other with the gear that launches on the drive motors, rotating shaft one end and the support that launch drive motors are hinged, the other end and pitching plate are hinged, support is connected with the rotation support fixation, and rotating shaft is hinged is installed on the pitching plate for this rotation support and expansion; Luffing mechanism comprises pitching plate, pitching rotating shaft, pitching reduction gearing, pitching drive motors, hinged two or three expansion contracting mechanisms, two or three induced-draft fans of being equipped with on this pitching plate, this pitching plate bottom links to each other with chassis supported by the pitching rotating shaft, gear on pitching reduction gearing and the pitching drive motors is meshing with each other, the two ends of this pitching drive motors be articulated in respectively the pitching plate and chassis supported on.
When the fire-fighting induced-draft fan of multinuclear driving is two, these two fire-fighting induced-draft fans are installed in walk the automatically front portion on chassis of crawler type, two fire-fighting induced-draft fan end faces are installed in opposite directions, and with the axis of wind scooper on a horizontal line, and vertical mutually with walk the automatically axis on chassis of crawler type, respectively left or rightly launch to shrink half-twist; When the fire-fighting induced-draft fan of multinuclear driving is three, two fire-fighting induced-draft fans wherein are installed in walk the automatically front portion on chassis of crawler type, two fire-fighting induced-draft fan end faces are installed in opposite directions, and with the axis of wind scooper on a horizontal line, and it is vertical mutually with walk the automatically axis on chassis of crawler type, respectively left or rightly launch to shrink half-twist, the 3rd fire-fighting induced-draft fan is installed on the crawler type middle part, chassis of walking automatically, the wind scooper end face is parallel to the ground, its axis normal and ground rotate up 90 °; Two or three fire-fighting induced-draft fans are by after launching the rotating shaft expansion, and the end face of each wind scooper is on same horizontal plane.
In the fire-fighting induced-draft fan that the multinuclear of two or three drives, its air draft or air draught direction were all consistent when the flabellum of fan was installed.
The urgent automatic holding device that sprays comprises dry powder bottle, pipeline and the dry powder injection apparatus that carries air pressure, and the dry powder bottle is fixed on the support chassis, and links to each other with the dry powder injection apparatus by pipeline, and the dry powder injection apparatus is installed in the top of pitching plate.
Control and image delivering system comprise wireless controller, radio receiver, image transmission, display screen, camera head a, camera head b; Display screen has two, is installed on the top cover of wireless controller; Radio receiver is connected with driver, actuating motor, motor, water pump, valve, camera head a, camera head b that two or three launch on drive motors, pitching drive motors, the dry powder bottle respectively; Camera head a is installed in chassis supported front end bottom, and camera head b is installed in top, chassis supported back.
The utility model is installed on the induced-draft fan combination that two or more malleations or suction type multinuclear (plural motor) drive in the robot, can realize the function of walking automatically and climbing common building stair or ground iron stairs.
Combined type of the present utility model is climbed building fire-fighting smoke robot compared with prior art automatically, its remarkable advantage: (1) midget plant maximizes: the plural motor that volume is little, in light weight, power is big, security is good, reliability is high is used to drive a desk fan simultaneously, the power that can make induced-draft fan like this is greatly improved and volume becomes littler, thereby make the outlet wind speed of blower fan reach more than the 50m/s, air quantity reaches 60000m
3More than/the h; (2) with the combination of plural this kind induced-draft fan integrated after, promptly satisfied vehicle-mounted needs and also formed the super high power fume extractor simultaneously (its exhaust air rate can reach 180000m
3More than/the h, the air-flow jet length is greater than 60m), can satisfy under fire-fighting fire extinguishing and the emergency management and rescue varying environment needs, as ventilation smoke exhaust etc. to air blast.(3) control is simpler, efficient is higher: because power set such as hydraulic motor that conventional induced-draft fan uses, motor and conventional engine, himself volume and weight is all bigger, and efficient is low, be difficult to satisfy the characteristics of small-sized efficient, the version that two above motors that the utility model adopted drive a fan respectively or simultaneously then has the not available advantage of above-mentioned power set, itself also be that electricity drives in addition, so simplified control system greatly when using it for direct driving induced-draft fan fan, make its operation simple and safe and reliable more, and it is littler than the induced-draft fan volume of the same power that adopts other power, power is higher, and the development and the application of equipping for high-power high wind smoke evacuation provide effective new way.(3) adopt thin water atomizing nozzle, not only can eject the thin water smoke of particle diameter less than 150 μ m, and nozzle inserts in the tube from the center of circle, ventilating duct lateral direction, be evenly distributed in the circular cross-section of air duct, make the thin water smoke and the high wind air-flow that eject evenly mixed, improved the projected area and the range of thin water smoke.(4) at the characteristics of fire poison gas composition, the prescription of traditional antismoke agent has been done corresponding improvement, and antismoke agent made an addition in the water and with thin atomized water spray, can decontamination and eliminate the toxic smog that fire produces, and alleviate the murder by poisoning of toxic smog effectively to human body.(5) because the combined exhaust gas device is to be combined by the induced-draft fan that a plurality of independently multinuclears (plural motor) drive, therefore by quick replacing to individual induced-draft fan flabellum group, can realize the positive and negative pressure conversion of induced-draft fan easily, thus the purpose that plays a tractor serves several purposes, saves cost.(6) same fume extractor can be realized different functions simultaneously: the induced-draft fan that the above-mentioned multinuclear more than 2 or 2 (plural motor) is driven is combined into a high-power fume extractor, thereby its exhaust air rate several times are increased, by original less than 60000 m
3/ h is rapidly increased to nearly 180000 m
3More than/the h, the characteristics of midget plant high-power have been realized; And can be according to the different induced-draft fan of all or part of expansion of the actual conditions in the scene of a fire, thereby on same fume extractor, realize having simultaneously the effect of positive draft and negative pressure exhausting, thereby satisfied the needs of fire-fighting fire extinguishing and emergency management and rescue under the various varying environments.Quick when (7) possessing heavy duty, the building ability of climbing of safety: the automatic walking machine of the crawler type that the utility model adopted can be realized normal walking, retreat, turn to and the function of pivot stud, therefore it is little to have radius of turn, the advantage of flexible operation, add the stable and anti-tilting apparatus that it is exclusive, thereby make fire-fighting robot be not more than 1050 * 850 * 1700mm(length * wide * height in its appearance and size) time, its bearing capacity can reach the 1-1.5 ton can safety when above, common building stair and ground iron stairs smoothly, thus the difficult problem that large-scale fume extractor can not arrive at above-mentioned occasion solved.(8) have high temperature resistant, radioresistance and explosion-proof characteristic: because that the material that the utility model adopted all possesses is high temperature resistant, radioresistance and explosion-proof characteristic, add its exclusive safe automatic holding device and stable and anti-tipping mechanism, thereby guarantee that fire-fighting robot can enter building interior safely, fast and go deep into the scene of a fire, thereby realize rescue and drive away poisonous, harmful smog and scouting function.(9) the urgent injection automatic holding device that when emergency, can spray ultra-fine dry powder or dry powder bag of Cai Yonging, because of the extinguishing chemical-ultra-fine dry powder of its use at good extinguishing property that the useful space had, thereby preferably resolve the inherently safe problem of present fire-fighting equipment in the fire extinguishing and the process of speedily carrying out rescue work, for rescue provides reliable safety assurance.(10) because the utility model has adopted the controlled in wireless structure of band display screen,, thereby greatly reduce fire fighter's self danger even make the fire fighter outside the distance more than 300 meters, still can control fire-fighting robot easily.
Description of drawings
Fig. 1 is fire-fighting robot control principle figure in the utility model.
Fig. 2 is a caterpillar drive system structural representation in the utility model.
Fig. 3 is a fire-fighting smoke robot contour structures schematic diagram in the utility model.
Fig. 4 is the stable structural representation that reaches anti-tipping mechanism in the utility model.
Fig. 5 is the structural representation of fire-fighting induced-draft fan in the utility model.
Fig. 6 is that the work of fire-fighting induced-draft fan in the utility model launches schematic diagram.
Fig. 7 is the urgent structural representation that sprays automatic holding device in the utility model.
Fig. 8 is the profilograph of motor part among Fig. 5.
Among the figure, 1. combined type is climbed building fire-fighting smoke robot automatically, 2. the crawler type chassis of walking automatically, 3. combined type fire-fighting fume extractor 4. promptly sprays automatic holding device, 5. control and image delivering system, 6. batteries is 7. chassis supported, 8. caterpillar drive system, 9. stable and anti-tipping mechanism, 10. driver, 11. decelerators, 12. left and right sides crawler driving whell, 13. left and right sides connecting rods, 14. left and right sides pinch rollers, 15. left and right sides crawler belt, 16. actuating motor, 17. supporters, 18. sliding supports, 19. rotating shaft, 20. the expansion contracting mechanism, 21. fire-fighting induced-draft fans, 22. luffing mechanisms, 23. water tank, 24. water pump, 25. feed pipes, 26. supports, 27. motor, 28. fan, 29. wind scoopers, 30. toroidal nozzles, 31. superfine spray nozzle, 32. the expansion drive motors, 33. launch reduction gearing, and 34. rotations are supported, 35. expansion rotating shaft, 36. the pitching plate, 37. pitching rotating shafts, 38. wireless controllers, 39. radio receiver, 40. image transmission, 41. display screens, 42. pitching reduction gearing, 43. camera head a, 44. camera head b, 45. pitching drive motors, 46. dry powder bottles, 47. pipeline, 48. the dry powder injection apparatus, 49. fixed installation sectors, 50. output shafts, 51. belt pulley, 52. belts.
The specific embodiment
Below in conjunction with the drawings and specific embodiments the utility model is elaborated.
In conjunction with Fig. 1-Fig. 4, the utility model combined type is climbed building fire-fighting smoke robot automatically, comprise crawler type walk automatically chassis 2, combined type fire-fighting fume extractor 3, promptly spray automatic holding device 4, control and image delivering system 5, crawler type is walked chassis 2 automatically as carrier, with combined type fire-fighting fume extractor 3, promptly spray automatic holding device 4, control and image delivering system 5 and be installed in crawler type and walk automatically above the chassis 2; The crawler type chassis 2 of walking automatically comprises batteries 6, chassis supported 7, caterpillar drive system 8 and stable and anti-tipping mechanism 9, for combined type fire-fighting fume extractor 3, promptly spray automatic holding device 4, control and image delivering system 5 and provide the batteries 6 of power to be installed on chassis supported 7.Combined type is climbed on the building fire-fighting smoke robot 1 all electrical equipment of installing and circuit automatically and is all had high temperature resistant, radioresistance, explosion-proof measure and function; As shown in Figure 2, caterpillar drive system 8 comprises driver 10, decelerator 11, left and right sides crawler driving whell 12, left and right sides connecting rod 13, left and right sides pinch roller 14 and left and right sides crawler belt 15, driver 10(driver 10 is made up of two direct current generators, its structure is a routine techniques, batteries 6 provides power for driver 10), decelerator 11, left and right sides pinch roller 14 all is fixedly mounted on chassis supported 7, driver 10 links to each other with decelerator 11, this decelerator 11 links to each other with left and right sides crawler driving whell 12, external tooth on the left and right sides crawler driving whell 12 drives left and right sides crawler belt 15, this left and right sides pinch roller 14 links to each other with left and right sides crawler driving whell 12 by left and right sides connecting rod 13, thereby crawler belt 15 tensionings in the left and right sides are installed.As shown in Figure 4, stable and anti-tipping mechanism 9 is liftable devices, comprise actuating motor 16, supporter 17, rotating shaft 19 of being with decelerator and the sliding support 18 that can rotate, actuating motor about in the of 16 two ends respectively with chassis supported 7 and supporter 17 hinged, supporter 17 upper ends are by rotating shaft 19 and chassis supported 7 hinged installations, the lower end be articulated in sliding support 18 on, this sliding support 18 and ground sliding-contact, and can be with crawler type chassis 2 synchronous walkings of walking automatically.Wherein, sliding support 18 is made up of conveyer belt, roller and supporter, and roller and supporter are arranged in the conveyer belt, and roller is installed on the supporter, and by external tooth and conveyer belt engagement, rotating shaft 19 is hinged with supporter 17.The crawler type chassis 2 of walking automatically is carriers that whole combined type is climbed building fire-fighting smoke robot 1 automatically, and all above-mentioned devices are installed in above it, thus it be the moving body of whole fire-fighting robot also be supporting body.The crawler type chassis 2 of walking automatically is that its power source is a batteries 6 by driver 10 control, and the voltage of batteries 6 can be direct current 24V or 48V.Left and right sides crawler belt 15 is trapezoidal high-strength anti-flaming compounded rubber (built-in corrosion resistant plate) or high-strength aluminum alloy, makes the automatic walking machine safety of crawler type, up and down common building stair and ground iron stairs and near the scene of fire smoothly.Crawler type is walked the loading mass on chassis 2 automatically greater than 1 ton, and the speed of travel is at 5～7km/h.Left and right sides crawler belt 15 adopts the triangle mounting means, is the summit with the crawler driving whell promptly, makes crawler belt form a triangular structure, thereby improve the stability that combined type is climbed building fire-fighting smoke robot stair activity automatically.
In conjunction with Fig. 3 and Fig. 6, the combined type fire-fighting fume extractor 3 that the utility model combined type is climbed building fire-fighting smoke robot automatically comprises fire-fighting induced-draft fan 21 and the luffing mechanism 22 that two or three expansion contracting mechanisms 20, two or three multinuclears (plural motor) drive; Because induced-draft fan adopts a plurality of motors to drive simultaneously, and motor is loaded on the wind scooper shell, so just can effectively increase incoming air area, and the power of single motor and volume are obviously reduced, and the volume and weight of fire-fighting induced-draft fan 21 also obviously reduces; In conjunction with Fig. 5 and Fig. 8, each fire-fighting induced-draft fan 21 comprises water tank 23, water pump 24, feed pipe 25, support 26, motor 27, fan 28, wind scooper 29, toroidal nozzle 30, superfine spray nozzle 31, output shaft 50, belt pulley 51, belt 52, fixed installation sector 49, superfine spray nozzle 31 is installed in wind scooper 29 afterbodys and is evenly distributed on the inboard of toroidal nozzle 30, become 10 °～20 ° directions with axis, make the thin water smoke and the high wind air-flow that eject evenly mixed, be used to improve the range of thin water smoke; The quantity of motor 27 is more than two, symmetry is fixedly mounted on wind scooper 29 shells, and drive belt pulley 51 on the output shaft 50 respectively or simultaneously by belt 52, this belt pulley 51 is to be fixedly mounted on the output shaft 50, and fan 28 is fixed on the other end of output shaft 50 by fixed installation sector 49, output shaft 50 is installed on the support 26 by bearing, this support 26 is fixedly mounted on wind scooper 29 inwalls, and it is as a whole with 29 one-tenth of wind scoopers, fan 28 is made up of 4～12 flabellums, aluminum alloy materials can be selected for use, also high strength composite can be selected for use; Wind scooper 29 contains fan portion at it and is divided into circular channel, and end is a convergent passage, and the toroidal nozzle 30 of band superfine spray nozzle 31 is housed at the afterbody of wind scooper 29; Water tank 23 and water pump 24 are fixed in that (its water tank capacity is 300～500L) on chassis supported 7, the water delivery flow of water pump 24 is 2L/S, water pump 24 outlet pressure positions 0.8～1.0MPa, extinguishing chemical communicates with superfine spray nozzle 31 on the toroidal nozzle 30 by feed pipe 25; Added the antismoke agent technology that to eliminate toxic smog in the inside fire in the extinguishing chemical of superfine spray spraying system, this antismoke agent is the characteristics according to fire poison gas composition, the prescription of traditional antismoke agent has been done corresponding improvement, can decontamination and eliminate the toxic smog that fire produces, effectively alleviate the murder by poisoning of smog to human body.
The fire-fighting induced-draft fan 21 that two or three multinuclears (plural motor) drive can be made level or vertical direction half-twist by launching contracting mechanism 20 down in working order, regains under off working state, and controls by launching drive motors 32; Each launches contracting mechanism 20 and comprises expansion drive motors 32, launches reduction gearing 33, rotates support 34, launches rotating shaft 35, this expansion reduction gearing 33 is meshing with each other with the gear that launches on the drive motors 32, rotating shaft one end and the support 26 that launch drive motors 32 are hinged, the other end and pitching plate 36 are hinged, support 26 supports 34 with rotation fixedlys connected, this rotation support 34 and expansion rotating shaft 35 hinged being installed on the pitching plate 36;
Combined type fire-fighting fume extractor 3 can be done 5 °～+ 35 ° pitching rotations by luffing mechanism 22 under in working order; Luffing mechanism 22 comprises pitching plate 36, pitching rotating shaft 37, pitching reduction gearing 42, pitching drive motors 45, hinged two or three expansion contracting mechanisms 20, two or three fire-fighting induced-draft fans 21 of being equipped with on this pitching plate 36, these pitching plate 36 bottoms link to each other with chassis supported 7 by pitching rotating shaft 37, and the gear on pitching reduction gearing 42 and the pitching drive motors 45 is meshing with each other, and the two ends of this pitching drive motors 45 are articulated in respectively on pitching plate 36 and chassis supported 7.
When the fire-fighting induced-draft fan 21 of above-mentioned multinuclear (plural motor) driving is two, these two fire-fighting induced-draft fans 21 are installed in walk the automatically front portion on chassis 2 of crawler type, the end face of these two fire-fighting induced-draft fans 21 is installed in opposite directions, the axis of its wind scooper 29 is on a horizontal line, and vertical mutually with walk the automatically axis on chassis 2 of crawler type, respectively left or rightly launch to shrink half-twist; When the fire-fighting induced-draft fan 21 of multinuclear (plural motor) driving is three, two fire-fighting induced-draft fans 21 are wherein installed in a manner described, promptly the end face of two fire-fighting induced-draft fans 21 is installed in opposite directions, the axis of its wind scooper 29 is on a horizontal line, and vertical mutually with walk the automatically axis on chassis 2 of crawler type, respectively left or rightly launch to shrink half-twist; The 3rd fire-fighting induced-draft fan 21 is installed on crawler type 2 middle parts, chassis of walking automatically, and wind scooper 29 end faces are parallel to the ground, and its axis normal and ground rotate up 90 °; Two or three fire-fighting induced-draft fans 21 are by after launching rotating shaft 35 expansion, and the end face of each wind scooper 29 is on same horizontal plane.
In above-mentioned two or three the fire-fighting induced-draft fan 21 that independently multinuclear (plural motor) drives, when its quantity is two, then the flabellum rotation direction of two fire-fighting induced-draft fan 21 fans 28 should be opposite, but the air draft of two fire-fighting induced-draft fans 21 or air draught direction should be all consistent; When being three, wherein two rotation directions are identical, another in contrast, but the air draft of all fire-fighting induced-draft fans 21 or air draught direction should be consistent; The rotation direction of the flabellum of fan 28 realizes by the sense of current that changes motor.
In conjunction with Fig. 7, the urgent injection automatic holding device 4 that the utility model combined type is climbed building fire-fighting smoke robot automatically comprises ultra-fine dry powder bottle 46, pipeline 47 and the ultra-fine dry powder injection apparatus 48 that carries air pressure, ultra-fine dry powder bottle 46 is fixedly installed on the support chassis 7, and link to each other with ultra-fine dry powder injection apparatus 48 by pipeline 47, and ultra-fine dry powder injection apparatus 48 is installed in the top of pitching plate 36; When climbing fire-fighting smoke robot in building automatically, can spray ultra-fine dry powder or dry powder bag so that self-insurance in scene of fire experience emergency.
About cold air sol:
(1) the particle diameter dry powder that is not more than 5um is called ultra-fine dry powder, the common name cold air sol.A large amount of fire-extinguishing tests shows that the fire-fighting efficiency of cold air sol is 3～5 times of halon fire agent, 8 times of heptafluoro-propane extinguishing chemical, CO
210 times of extinguishing chemical, its minimum extinguishing concentration is≤70g/m
3
(2) adopt the dry powder injection apparatus, ultra-fine dry powder extinguishing agent is penetrated, form the cold aerosol fire extinguishing agent jet with " gas-powder " mode of jet.The density and the air of cold air sol are approaching, have the typical feature of gas extinguishing agents such as compressibility, flowability, dispersivity, can fill the air the fire extinguishing effect that produces " total flooding " to the indoor confined space fast, and flame was extinguished in the extremely short time; Can replace supplemental air flow to enter in the complex spaces such as tunnel, building, subway puts out big fire fast; When cold aerosol fire extinguishing agent being injected in the fuel gas that leaks out, can suppress the generation of detonation, detonation with inerting concentration.
(3) put out the fire of unsuitable water, as: A, B, C, D class fire, appliance fire and other fire in the confined space put out fast.
In conjunction with Fig. 1 and Fig. 3, control and image delivering system 5 that the utility model combined type is climbed building fire-fighting smoke robot automatically comprise wireless controller 38(or cable controller), radio receiver 39, image transmission 40, display screen 41, camera head a43, camera head b44; Display screen 41 has two, is installed in wireless controller 38(or cable controller) top cover on, be respectively applied for and receive and show the image that camera head a43, camera head b44 transmit; Radio receiver 39 is connected with driver 10, actuating motor 16, water pump 24, valve, camera head a43, camera head b44 that two or three launch on drive motors 32, pitching drive motors 45, motor 27, the dry powder bottle 46 respectively; And a camera head a43 is installed in chassis supported 7 front end bottoms and is used to observe road conditions, and another camera head b44 is installed in tops, chassis supported 7 back, and by the control of liftable device, is used to observe field condition; When needs are observed the scene of a fire and peripheral situation, at first press button on the wireless controller 38, radio receiver 39 can be opened camera corresponding automatically and it is carried out angle and focus controlling, and camera head a43, camera head b44 can pass to display screen 41 by image transmission 40 with the picture of being clapped; Camera head is to be made of infrared pick-up head, cold light source high efficiency illuminating, small-sized high-power fan, has the function of dispersing fog, illumination, perspective, can realize scene of a fire scouting.
It is as follows that the utility model combined type is climbed the building concrete use of fire-fighting smoke robot automatically.
At first open combined type and climb the power switch of building fire-fighting smoke robot 1 automatically, the batteries 6 that crawler type is walked on the chassis 2 is automatically climbed 1 power supply of building fire-fighting smoke robot automatically to combined type, press the corresponding button on the wireless controller 38 then, radio receiver 39 is received behind the signal driver of related command being passed on the caterpillar drive system 8 10, open oneself motors and the power of its generation is reached respectively on the left and right sides crawler driving whell 12 after by decelerator 11 according to order needs driver 10, and drive left and right sides crawler belt 15 by the external tooth on the left and right sides crawler driving whell 12 and advance with corresponding speed or retreat, and left and right sides crawler belt 15 is around by left and right sides crawler driving whell 12, the outer trajectory that left and right sides pinch roller 14 and left and right sides connecting rod 13 are formed seesaws, and drives combined type and climbs building fire-fighting smoke robot 1 automatically and advance or retreat thereby make left and right sides crawler belt 15 overcome frictional ground force; And combined type to climb the speed of building fire-fighting smoke robot 1 walking automatically be that running speed by two drive motors in the driver 10 decides, when its running speed is variant, the fire-fighting smoke robot is turned to, when rotation direction was opposite if speed is identical, combined type is climbed building fire-fighting smoke robot 1 automatically promptly can be around the center pivot stud; When the needs stair activity, press the corresponding button that is used to control stable and anti-tipping mechanism 9 on the wireless controller 38, radio receiver 39 drives the actuating motor 16 in stable and the anti-tipping mechanism 9 automatically and makes supporter 17 around rotating shaft 19 rotations after receiving signal, and then drive sliding support 18 and put down with ground and contact, and but the random device people slides together, supporter 17 contacts with ground fully by rotating sliding support 18 when fortuitous event occurring, thereby prevents that the crawler type chassis 2 of walking automatically from tumbling.
After arriving assigned address, need make when launching contracting mechanism 20 and luffing mechanism 22 work and opening fire-fighting induced-draft fan 21 that fire-fighting multinuclear (plural motor) drives to drive away poisonous, harmful smog, press control corresponding button on the wireless controller 38, thereby radio receiver 39 can drive 32 runnings of expansion drive motors according to the instruction that receives and launch reduction gearing 33, and make rotation support 34 to revolve and turn 90 degrees, thereby realize that it launches function (only needing reverse operating to get final product during gathering) around launching rotating shaft 35; When needs carry out the pitching operation, radio receiver 39 can be opened pitching drive motors 45 and make its running, make pitching plate 36 around the pitching rotation about in the of 37 of pitching rotating shaft thereby simultaneously power is passed pitching reduction gearing 42, and then combined type fire-fighting fume extractor 3 is rotated thereupon.
When radio receiver 39 is received the signal of the fire-fighting induced-draft fan 21 of opening multinuclear (plural motor) driving, can open the motor 27 that is installed on the wind scooper 29 as requested, and the power of motor 27 is passed to rack-mount output shaft 50 through belt pulley 51 by belt 52, and through 28 runnings of fixed installation sector 49 drive fans, thereby air is sucked wind scooper 29 form air-flow, and wind scooper 29 ejection of convergent contour passage spout arranged from Bands, water pump 24 sucks the water in the water tank 23 and pressurize and enters feed pipe 25 and toroidal nozzle 30 simultaneously, spray in the wind scooper 29 by superfine spray nozzle 31 at last, and collide the ejection of formation superfine spray with the air-flow cutting in the wind scooper 29.
When running into combined type and climb fire-fighting smoke robot 1 in building automatically by the emergency of flame encompasses, press the control button of the urgent injection automatic holding device 4 on the wireless controller 38, radio receiver 39 is understood the valve of opening automatically on the dry powder bottle 46 after receiving signal, ultra-fine dry powder in the dry powder bottle 46 orders about down at the pressure of Compressed Gas, with ultra-fine dry powder or dry powder bag by the road 47 by 48 ejections of dry powder injection apparatus, thereby the flame around the fire-fighting robot is extinguished fast, for getting rid of poverty of fire-fighting robot tries to gain time precious to one.
When needs are observed the scene of a fire and peripheral situation, but start-up control and image delivering system 5, at first press the corresponding button on the wireless controller 38, radio receiver 39 can be opened camera corresponding a43, camera head b44 automatically and it is carried out angle and focus controlling, and camera head a43, camera head b44 can pass to display screen 41 by image transmission 40 with the picture of being clapped.
Rule of thumb reach known to the experiment, following relevant parameter can obtain good implementation result:
The wind speed in wind scooper exit is not less than 50m/s;
The average grain diameter of superfine spray:＜100 μ m
The speed of travel of robot is: 5-7km/h
The climbable gradient of robot is for being not less than 35 °
The average out to of ultra-fine dry powder: 5-15 micron
The ultra-fine dry powder spraying rate is: 2-3kg/s.
Claims (6)
1. a combined type is climbed building fire-fighting smoke robot automatically, it is characterized in that, comprise crawler type walk automatically chassis (2), combined type fire-fighting fume extractor (3), promptly spray automatic holding device (4), control and image delivering system (5), described crawler type is walked chassis (2) automatically as carrier, with combined type fire-fighting fume extractor (3), promptly spray automatic holding device (4), control and image delivering system (5) and be fixed on crawler type and walk automatically above the chassis (2); The described crawler type chassis (2) of walking automatically comprises batteries (6), chassis supported (7), caterpillar drive system (8) and stable and anti-tipping mechanism (9), and batteries (6) is installed on chassis supported (7); Described caterpillar drive system (8) comprises driver (10), decelerator (11), left and right sides crawler driving whell (12), left and right sides connecting rod (13), left and right sides pinch roller (14), left and right sides crawler belt (15), described driver (10), decelerator (11), left and right sides pinch roller (14) all is fixedly mounted on chassis supported (7), described driver (10) links to each other with decelerator (11), this decelerator (11) links to each other with left and right sides crawler driving whell (12), external tooth on the left and right sides crawler driving whell (12) drives left and right sides crawler belt (15), this left and right sides pinch roller (14) links to each other with left and right sides crawler driving whell (12) by left and right sides connecting rod (13), thereby left and right sides crawler belt (15) tensioning is installed; Described stable and anti-tipping mechanism (9) is a liftable device, comprise the actuating motor (16) of being with decelerator, supporter (17), rotating shaft (19) and the sliding support (18) that can rotate, described actuating motor (16) two ends up and down is hinged with chassis supported (7) and supporter (17) respectively, described supporter (17) upper end is by rotating shaft (19) and chassis supported (7) hinged installation, described supporter (17) lower end be articulated in sliding support (18) on, this sliding support (18) and ground sliding-contact, and can be with crawler type chassis (2) synchronous walking of walking automatically.
2. combined type according to claim 1 is climbed building fire-fighting smoke robot automatically, it is characterized in that described combined type fire-fighting fume extractor (3) comprises fire-fighting induced-draft fan (21) and the luffing mechanism (22) that two or three expansion contracting mechanisms (20), two or three multinuclears drive;
The fire-fighting induced-draft fan (21) that described each multinuclear drives comprises water tank (23), water pump (24), feed pipe (25), support (26), motor (27), fan (28), wind scooper (29), toroidal nozzle (30), superfine spray nozzle (31), belt pulley (51), belt (52), output shaft (50), fixed installation sector (49), the quantity of described motor (27) is more than two, symmetry is fixedly mounted on wind scooper (29) shell, and drive belt pulley (51) on the output shaft (50) respectively or simultaneously by belt (52), this belt pulley (51) is to be fixedly mounted on the output shaft (50), and fan (28) is fixed on the other end of output shaft (50) by fixed installation sector (49), output shaft (50) is installed on the support (26) by bearing, this support (26) is fixedly mounted on wind scooper (29) inwall, and become as a whole with wind scooper (29), at the tail end of wind scooper (29) toroidal nozzle (30) with two or more superfine spray nozzles (31) is housed; Described water tank (23) and water pump (24) are fixed on chassis supported (7), and communicate with superfine spray nozzle (31) on the toroidal nozzle (30) by feed pipe (25);
Described each expansion contracting mechanism (20) comprises expansion drive motors (32), launches reduction gearing (33), rotates and support (34), expansion rotating shaft (35), this reduction gearing (33) is meshing with each other with the gear that launches on the drive motors (32), rotating shaft one end and the support (26) that launch drive motors (32) are hinged, the other end and pitching plate (36) are hinged, support (26) supports (34) with rotation fixedlys connected, and this rotation is supported (34) and launched hinged being installed on the pitching plate (36) of rotating shaft (35);
Described luffing mechanism (22) comprises pitching plate (36), pitching rotating shaft (37), pitching reduction gearing (42), pitching drive motors (45), this pitching plate (36) is gone up hinged two or three expansion contracting mechanisms (20) that are equipped with, two or three induced-draft fans (21), this pitching plate (36) bottom links to each other with chassis supported (7) by pitching rotating shaft (37), gear on described pitching reduction gearing (42) and the pitching drive motors (45) is meshing with each other, and the two ends of this pitching drive motors (45) are articulated in respectively on pitching plate (36) and chassis supported (7).
3. combined type according to claim 2 is climbed building fire-fighting smoke robot automatically, it is characterized in that, when the fire-fighting induced-draft fan (21) of multinuclear driving is two, these two fire-fighting induced-draft fans (21) are installed in walk the automatically front portion of chassis (2) of crawler type, two fire-fighting induced-draft fans (21) end face is installed in opposite directions, and with the axis of wind scooper (29) on a horizontal line, and vertical mutually with walk the automatically axis on chassis (2) of crawler type, respectively left or rightly launch to shrink half-twist; When the fire-fighting induced-draft fan (21) of multinuclear driving is three, two fire-fighting induced-draft fans (21) wherein are installed in walk the automatically front portion of chassis (2) of crawler type, two fire-fighting induced-draft fans (21) end face is installed in opposite directions, and with the axis of wind scooper (29) on a horizontal line, and it is vertical mutually with walk the automatically axis on chassis (2) of crawler type, respectively left or rightly launch to shrink half-twist, the 3rd fire-fighting induced-draft fan (21) is installed on walk automatically chassis (2) middle part of crawler type, wind scooper (29) end face is parallel to the ground, its axis normal and ground rotate up 90 °; Two or three fire-fighting induced-draft fans (21) are by after launching rotating shaft (35) expansion, and the end face of each wind scooper (29) is on same horizontal plane.
4. combined type according to claim 2 is climbed building fire-fighting smoke robot automatically, it is characterized in that, in the fire-fighting induced-draft fan (21) that described two or three multinuclear drives, its air draft or air draught direction were all consistent when the flabellum of fan (28) was installed.
5. combined type according to claim 1 is climbed building fire-fighting smoke robot automatically, it is characterized in that, described urgent injection automatic holding device (4) comprises dry powder bottle (46), pipeline (47) and the dry powder injection apparatus (48) that carries air pressure, dry powder bottle (46) is fixed on the support chassis (7), and link to each other with dry powder injection apparatus (48) by pipeline (47), dry powder injection apparatus (48) is installed in the top of pitching plate (36).
6. combined type according to claim 1 is climbed building fire-fighting smoke robot automatically, it is characterized in that described control and image delivering system (5) comprise wireless controller (38), radio receiver (39), image transmission (40), display screen (41), camera head a(43), camera head b(44); Described display screen (41) has two, is installed on the top cover of wireless controller (38); Radio receiver (39) respectively with driver (10), actuating motor (16), motor (27), water pump (24), two or three launch valve, camera head a(43 on drive motors (32), pitching drive motors (45), the dry powder bottle (46)), camera head b(44) be connected; Camera head a(43) be installed in chassis supported (7) front end bottom, camera head b(44) be installed in chassis supported (7) back top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205479039U CN201815025U (en) | 2010-09-29 | 2010-09-29 | Combined-type automatic stair-climbing fire-fighting and smoke removal robot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205479039U CN201815025U (en) | 2010-09-29 | 2010-09-29 | Combined-type automatic stair-climbing fire-fighting and smoke removal robot |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201815025U true CN201815025U (en) | 2011-05-04 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205479039U Expired - Lifetime CN201815025U (en) | 2010-09-29 | 2010-09-29 | Combined-type automatic stair-climbing fire-fighting and smoke removal robot |
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| CN (1) | CN201815025U (en) |
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| CN101961533A (en) * | 2010-09-29 | 2011-02-02 | 陕西银河消防科技装备有限公司 | Combined automatic stair-climbing fire-extinguishing smoke-discharging robot |
| CN103223216A (en) * | 2013-04-18 | 2013-07-31 | 陕西银河消防科技装备有限公司 | Multifunctional road fire-fighting and rescue apparatus |
| CN104828165A (en) * | 2015-05-12 | 2015-08-12 | 德州东威履带机械有限公司 | Shock-absorption and anti-collision rubber crawler wheel |
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| CN107158619A (en) * | 2017-05-27 | 2017-09-15 | 安徽沪宁智能科技有限公司 | A kind of fire-fighting robot of solar energy power accumulating |
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- 2010-09-29 CN CN2010205479039U patent/CN201815025U/en not_active Expired - Lifetime
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| CN101961533A (en) * | 2010-09-29 | 2011-02-02 | 陕西银河消防科技装备有限公司 | Combined automatic stair-climbing fire-extinguishing smoke-discharging robot |
| CN103223216A (en) * | 2013-04-18 | 2013-07-31 | 陕西银河消防科技装备有限公司 | Multifunctional road fire-fighting and rescue apparatus |
| CN103223216B (en) * | 2013-04-18 | 2016-03-30 | 陕西银河消防科技装备有限公司 | A kind of Multifunctional road fire fighting and rescue device |
| CN104828165A (en) * | 2015-05-12 | 2015-08-12 | 德州东威履带机械有限公司 | Shock-absorption and anti-collision rubber crawler wheel |
| CN105031857A (en) * | 2015-08-19 | 2015-11-11 | 山推抚起机械有限公司 | Novel crawler type firefighting truck |
| CN110248703A (en) * | 2017-02-02 | 2019-09-17 | 精确行动私人有限公司 | Fluid flow control device |
| CN110248703B (en) * | 2017-02-02 | 2021-03-26 | 精确行动私人有限公司 | Fluid flow control device |
| CN107158619A (en) * | 2017-05-27 | 2017-09-15 | 安徽沪宁智能科技有限公司 | A kind of fire-fighting robot of solar energy power accumulating |
| CN107485817A (en) * | 2017-08-23 | 2017-12-19 | 中国矿业大学 | A kind of three-phase jet fire control technology movable type experiment porch and its application process |
| CN107754145A (en) * | 2017-12-01 | 2018-03-06 | 泉州市西决三维科技有限公司 | A kind of combined type automatic stari creeping fire control smoke exhausting machine people |
| CN109509320A (en) * | 2018-12-25 | 2019-03-22 | 国网河南省电力公司平顶山供电公司 | A kind of substation's fire alarm crusing robot |
| CN112044001A (en) * | 2020-09-11 | 2020-12-08 | 丁宗捷 | Fire-fighting spraying fire extinguishing device capable of automatically discharging smoke |
| CN112044001B (en) * | 2020-09-11 | 2022-01-07 | 苏恒电力科技有限公司 | Fire-fighting spraying fire extinguishing device capable of automatically discharging smoke |
| CN118217581A (en) * | 2024-05-22 | 2024-06-21 | 霍威克(天津)科技有限公司 | Rapid extinguishing system for material flame or spark of belt conveyor |
| CN118217581B (en) * | 2024-05-22 | 2024-07-16 | 霍威克(天津)科技有限公司 | Rapid extinguishing system for material flame or spark of belt conveyor |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20110504 Effective date of abandoning: 20120523 |