CN205503173U - Lift system is rescued perpendicularly to mine - Google Patents
Lift system is rescued perpendicularly to mine Download PDFInfo
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- CN205503173U CN205503173U CN201620106881.XU CN201620106881U CN205503173U CN 205503173 U CN205503173 U CN 205503173U CN 201620106881 U CN201620106881 U CN 201620106881U CN 205503173 U CN205503173 U CN 205503173U
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Abstract
The utility model provides a lift system is rescued perpendicularly to mine, includes mine rescue motor vehicle and assembled pulley shaft body panel and mine rescue cabin, be provided with on -vehicle promotion on wherein the mine rescue motor vehicle and equip basic platform and rescue hoisting device, independently assemble pulley shaft body panel and head sheave by the communication wire rope on the rescue hoisting device through the well head again and be connected with the mine perpendicularly and rescue the cabin to implement rescue and control by rescue hoisting device monitored control system to mine rescue cabin and stranded personnel. The utility model discloses when particularly serious accident takes place in the pit for the colliery, rescue the motor vehicle with the mine at once and leave for the scene of the accident, carry out fast life rescue effectively, accelerated the speed of whole implementation rescue widely, greatly improved mining disaster personnel's rescue efficiency.
Description
Technical field
This utility model relates to a kind of mine hoist equipment, a kind of life rescue vertical hoisting system for underground coal mine generation severe and great casualty.
Background technology
In recent years, along with frequently occurring of China's accident of mine disaster, the technical merit of mine rescue equipment is increasingly paid close attention to by people.Therefore, improve the technical merit of rescue outfit, play the overall efficiency of rescue outfit to greatest extent, be the developing direction of mine rescue equipment.
Utilizing lifting life saving system to be promoted by underground coal mine trapped personnel, to rescue be the rescue mode of a kind of rapid vertical, the cave in accident that such as in August, 2010 occurred at Chile's San Jose copper mine, it is simply that utilize elevator to succour out by the miner in the chamber of down-hole.
The existing lifting rescue system for rescue passage, domestic also have patent of invention that is several, that previously applied for including inventor, but it is not enough all to there is some.
As disclosed in Publication No. 203796313U " a kind of vertical Rescue system ", hydraulic wireline winch, derrick and corollary equipment are integrated on integrated base by this system, though this structure is compact, but the operating mechanism due to its complexity, Shortcomings is when implementing emergency management and rescue, arrives rescue site extremely difficult, delays the best opportunity of rescue, and hoisting depth is limited, control system is relatively simple；
For another example a kind of " vehicle-mounted rescue lifting system " disclosed in Publication No. CN103982224 A, hydraulic wireline winch, derrick and corollary equipment are integrated on truck by this system, though this mode is compact, but the operating mechanism due to its complexity, the deficiency existed is that waste resource waits for rescue, during rescue, hoisting depth is limited, and control system is relatively simple.
The existing rescue produced in German western mug(unit of measure) company promotes system, is mainly used in the big well depth of big pit shaft, and price is higher, is not suitable for middle small mine and implements rescue use.
Summary of the invention
This utility model implements emergency repair rescue feature for medium and small colliery down-hole, it is provided that a kind of fast response time, and security performance is high, flexible a kind of mine rescue vertical hoisting system.
The technical measures that this utility model is taked are as follows.
A kind of mine vertically rescues lifting system, including mine rescue motor vehicles, vehicle-mounted hoisting device basic platform and mine rescue cabin；It is characterized in that: described mine rescue motor vehicles is to be mounted with crane and hydraulic system thereof, be mounted with rescue lifting device and vehicle-mounted hoisting device basic platform thereof；Described rescue lifting device is to be vertically connected with mine rescue cabin by communication steel wire rope by the head sheave of well head individually packaged lift headframe platform when mine is vertically rescued to constitute；Described vehicle-mounted hoisting device basic platform is integrated to be fixed with motor reducer module, Hydraulic Station module, roller blocks and Hooks coupling universal coupling module composition；And realize mine rescue cabin and trapped personnel thereof are implemented rescue and monitoring by rescue lifting device monitoring system.
Further supplementary technology scheme is as follows.
Described mine rescue motor vehicles is to be fixed with crane on chassis longeron after driver's cabin successively and hydraulic system, front auxiliary strut and rear auxiliary support structure, is mounted with rescue lifting device, vehicle-mounted hoisting device basic platform and rescue lifting device monitoring system thereof on chassis crossbeam.
Described vehicle-mounted hoisting device basic platform is to be fixed with motor reducer module, Hydraulic Station module, roller blocks and Hooks coupling universal coupling module composition by U-bolt is the most integrated；Wherein: motor reducer module is to be made up of motor, decelerator and channel-section steel pier I thereof；Hydraulic Station module is to be made up of Hydraulic Station and channel-section steel pier II thereof；Roller blocks is to be made up of cylinder disk brake Pan Zha and channel-section steel pier III thereof；Shaft coupling module is to be had cylinder end connection dish to constitute by decelerator low speed end connection dish by universal coupling with spider connection；And realize decelerator by Hooks coupling universal coupling module and be connected with the operating of cylinder.
Described rescue lifting device monitoring system is to be fixed with rescue on channel-section steel pier IV to promote electric-control system and rescue lifting monitoring and communication device；Wherein, rescue hoist control system be fixed the operating board I of the master control cabinet of connection, brake cabinet, variable-frequency power sources cabinet and opposite side successively by side, operating board II is constituted；And use double PLC of being arranged in master control cabinet, with two digital frequency converters being arranged at motor shaft and assembled lift headframe platform upper sky wheel shaft, mine rescue cabin is carried out stepless speed control control, to starting, acceleration, the constant speed in mine rescue cabin, slow down, creep and stop during various protection and monitoring are provided；Operating board I is provided with handle and control knob, and operating board II is provided with monitoring display screen, is used for monitoring cylinder and the real-time status of mine rescue cabin operation.
Described rescue promotes monitoring and communication device is to be constituted by with operating board III and the detection box being arranged in mine rescue chamber device cabin；Detection box is provided with the high-resolution colour imagery shot of band zoom lens, voice inter-speaking system, illuminating lamp and various environmental sensor, carry out on various data acquisition the display frequency that is transmitted back to be positioned on operating board III by communication steel wire rope, thus complete coding and transmission, the RFID positioning searching function of oxygen, gas, the collection of temperature information, audio, video data.
Described assembled lift headframe platform is to be hinged with the independent columnar structures being assembled by shaped steel in derrick channel steel base; and by four strong point supporting rescue system load; it is being hinged with a frame-type diagonal brace near rescuing machine motor-car side; head sheave is installed on top, in the middle part of assembled lift headframe platform, collision prevention girders, travel switch and rope-loosing protection device is installed.
Described mine rescue cabin is to be made up of the secondary cabin in the main cabin of rescue and rescue, wherein, rescuing main cabin is to be connected and composed by guiding cabin I, equipment compartment I, life cabin I and buffering cabin I successively, further, rescue the high about 4m in main cabin, in equipment compartment I, it is integrated with rescue slow descending device, self-rescue oxygen unit, rosette, mine lamp and rescue promotes monitoring and communication device detection box, bottom, life cabin is provided with rotary separation base plate, occurring that rescuing main cabin is stuck in rescue passage, manually handles and separates rotary separation base plate；The secondary cabin of described rescue is to be connected and composed by guiding cabin II, life cabin II and buffering cabin II successively, rescues in the main cabin of rescue is stuck in rescue passage.
Described communication steel wire rope is to be wire rope core by communication cable, and periphery divides two-layer reverse-winding steel wire to form the cable wire rope of armouring bearing detection.
The lifting speed in described mine rescue cabin is 2m/s, and lifting capacity is 0.5t～1t.
Described mine is vertically rescued lifting system and is fixedly mounted on mine rescue motor vehicles and rescues, or mounting arrangements promotes and rescues by well head implementing rescue.
The technical scheme of above-mentioned the provided a kind of mine rescue vertical hoisting system of this utility model, compared with prior art, has following beneficial effect.
This rescue system is on the basis of existing automobile carrier, by installing the existing hydraulic system of jack lift system and the tackling system of connection thereof and leg structure on the chassis of automobile carrier additional, achieve the fast response time that this utility model is proposed, security performance is high, flexible feature, is particularly adapted to medium and small colliery down-hole and implements life emergency repair rescue.
This rescue system is to rescue, for what existing rescue cabin occurred, the situation that main cabin is stuck in rescue passage pit shaft, it is additionally arranged emergent secondary separation device in rescuing main cabin, and coordinate the descending lifeline of extension rope length, it is achieved that rescued personal security and returned to shaft bottom, waited next step structure function rescued.The secondary cabin of design rescue simultaneously, solves the main cabin of rescue and is stuck in rescue passage pit shaft the difficult problem again rescued, improve reliability and the safety of rescue, ensured the personal safety of miner further.
This rescue system has board separation function, and when mine generation severe and great casualty, vehicle-mounted mine rescue vertical hoisting system quickly arrives rescue site, implements life rescue；Need not rescue when, mine rescue vertical hoisting system is placed in warehouse standby, adds the effectiveness use of deliverance apparatus, the convenience of maintenance time.Under normal circumstances, automobile carrier also has the function of automobile carrier, improves the effective rate of utilization of automobile carrier.
The control system of this rescue system uses double PLC to carry out stepless speed control control with digital frequency converter to vertical; starting, acceleration, constant speed, slow down, creep, stop during; provide various protection and control function; ensure that rescue elevator can run accurately, and ensure that and rescued the life security of personnel.
Detection instrument is integrated in rescue cabin by monitoring and the communication system of this rescue system, complete coding and transmission, active rfid positioning searching and the point-to-point communication of the collections of information such as oxygen, gas, temperature, the search of sign of life, audio, video data, can greatly stablize the emotion of stranded miner, the hope survived with great life to it, launches to provide the rescue of advantage and hommization smoothly to whole rescue.
This rescue system is provided with two mode of operations, the most vehicle-mounted mode of operation and ground handling pattern.Both of which is selected in real time, convenient, flexible, safe and reliable；It addition, native system is also devised with vehicle-mounted rescue builder's temporary shed, it is ensured that the normal work of equipment under the conditions of the bad working environments such as sleet, ensure that rescue aid implements reliability and the safety of rescue.
The channel-section steel structure of each module, when ground handling pattern, is lifted by this rescue system by truck autogamy crane, reliable and stable；And for the bad problem of motor reducer module and roller blocks centering, use universal coupling with spider that two modules are attached, problem above can be solved well, achieve satisfied effect.
Accompanying drawing explanation
Fig. 1 is this vehicle-mounted mine vertical rescue aid overall structure schematic diagram.
Fig. 2 is that lifting system structure schematic diagram vertically rescued by this vehicle-mounted mine.
Fig. 3 is the plan structure schematic diagram of this vehicle-mounted hoisting device basic platform.
Fig. 4 is that this rescue promotes electric-control system schematic diagram.
Fig. 5 is that this rescue promotes monitoring and communication device system schematic diagram.
Fig. 6 is this rescue main cabin profile.
Fig. 7 is this rescue secondary cabin profile.
In figure: 1: mine rescue motor vehicles；2: assembled lift headframe platform；3: mine rescue cabin；4: vehicle-mounted hoisting device basic platform；5: rescue lifting device；6: communication steel wire rope；7: head sheave；8: rescue lifting device monitoring system；9: chassis crossbeam；10: hydraulic system；11: front auxiliary strut；12: assist support afterwards；13: chassis longeron；14: crane；15: motor reducer module；16: Hydraulic Station module；17: roller blocks；18: Hooks coupling universal coupling module；19: motor；20: decelerator；21: channel-section steel pier I；22: Hydraulic Station；23: channel-section steel pier II；24: cylinder；25: disk brake Pan Zha；26: channel-section steel pier III；27: decelerator low speed end connection dish；28: universal coupling with spider；29: cylinder end connection dish；30: rescue promotes electric-control system；31: rescue promotes monitoring and communication device；32: master control cabinet；33: brake cabinet；34: variable-frequency power sources cabinet；35: operating board I；36: operating board II；37: operating board III；38: channel-section steel pier IV；39: derrick channel steel base；40: frame-type diagonal brace；41: rescue main cabin；42: the secondary cabin of rescue；43: guide cabin I；44: equipment compartment I；45: life cabin I；46: buffering cabin I；47: life-saving slow descending device；48: rescue promotes monitoring and communication device detects box；49: rotary separation base plate: 50: guide cabin II；51: life cabin II；52: buffering cabin II.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model detailed description of the invention is made further instructions.
As shown in Figure 1, implement above-mentioned the provided a kind of mine of this utility model and vertically rescue lifting system, including mine rescue motor vehicles 1, assembled lift headframe platform 2 and mine rescue cabin 3；It is characterized in that: on described mine rescue motor vehicles 1, be provided with vehicle-mounted hoisting device basic platform 4 and rescue lifting device 5 thereof, it is vertically connected with mine rescue cabin 3 by the communication steel wire rope 6 on rescue lifting device 5 by well head individually packaged lift headframe platform 2 and head sheave 7 thereof again, and by rescue lifting device monitoring system 8, rescue and monitoring is implemented in mine rescue cabin 3 and trapped personnel thereof.
As shown in Figures 1 and 2, the mine rescue motor vehicles 1 of the present embodiment, this mine rescue motor vehicles 1 is to carry out mine rescue and shipping convertible car after improving existing DFL1250A9 Dongfeng Automobile, the improvement carried out is to install an existing crane 14 after existing DFL1250A9 Dongfeng Automobile driver's cabin additional, in order to convenient lifting each several part rescue outfit, nominal load capacity 13.2t of mine rescue motor vehicles 1, crane 14 maximum lifting weight is 8t, chassis includes two longerons and 17 crossbeams, chassis crossbeam 13 is fixed with vehicle-mounted hoisting device basic platform 4 on connecting, and on vehicle-mounted hoisting device basic platform 4, it is installed with rescue lifting device 5 and rescue lifting device monitoring system 8 thereof.When there is mine disaster, mine rescue motor vehicles 1 portability rescue outfit quickly arrives rescue site, after rescue outfit is simply debugged, after unlatching card vehicle hydraulic system 10 makes front auxiliary strut 11 and rear auxiliary support 12 land, at once comes into effect rescue.
As shown in accompanying drawing 2 and accompanying drawing 3, described rescue lifting device 5 is to be consisted of the most integrated motor reducer module 15, Hydraulic Station module 16, roller blocks 17 and the Hooks coupling universal coupling module 18 of being fixed with of U-bolt by vehicle-mounted hoisting device basic platform 4；Wherein: motor reducer module 15 is to be made up of motor 19, decelerator 20 and channel-section steel pier I 21 thereof；Hydraulic Station module 16 is to be made up of Hydraulic Station 22 and channel-section steel pier II 23 thereof；Roller blocks 17 is to be made up of cylinder 24, disk brake dish lock 25 and channel-section steel pier III 26 thereof；Shaft coupling module 18 is to be had cylinder end connection dish 29 to constitute by decelerator low speed end 27 connection dish by universal coupling with spider 28 connection；And realize decelerator 20 be connected with the operating of cylinder 24 by Hooks coupling universal coupling module 18；It is provided with protective cover, fully wrapped around Hooks coupling universal coupling module 18 at Hooks coupling universal coupling 18, operationally can throw away when preventing Hooks coupling universal coupling 18 high speed, the safety of protection operator.
As shown in Figure 3, channel-section steel pier I 21, channel-section steel pier II 23 and channel-section steel pier III 26 then use the form of U-bolt from bottom card main chassis crossbeam 9 with the connection of chassis crossbeam 9, eight supporting with U-bolt couple elongated hole reserved on car bottom plate and three channel-section steel piers, top is fixed with nut and pad again, when can ensure that rescue mode on car, rescue lifting device 5 is stably connected with, and normally works.And nut can be screwed down when underground activities pattern, take off U-bolt, then utilize 14 each modules of crane to be lifted into appointment position respectively, convenient and swift.
Native system designs for each module and the rain-proof shelter of entirety, it is ensured that it is raining and the normal work of equipment under the mal-condition such as snow.
As shown in Figure 4, described rescue lifting device monitoring system 8 is to be fixed with rescue on channel-section steel pier IV 38 to promote electric-control system 30 and rescue lifting monitoring and communication device 31；Wherein, rescue hoist control system 30 be fixed the operating board I 35 of the master control cabinet 32 of connection, brake cabinet 33, variable-frequency power sources cabinet 34 and opposite side successively by side, operating board II 36 is constituted；The equipment such as illumination, heating and radiator fan it are furnished with in master control cabinet 32, brake cabinet 33, variable-frequency power sources cabinet 34 cabinet.And use double PLC and two digital frequency converters that mine rescue cabin 3 is carried out stepless speed control control, to starting, acceleration, the constant speed in mine rescue cabin 3, slow down, creep and stop during various protection and monitoring are provided.The most double PLC are arranged in master control cabinet, and two encoders are separately positioned at motor 19 axle and assembled lift headframe platform 2 top head sheave 7 axle.Operating board I 35 arranges various handle and control knob, and monitoring display screen placed by operating board II 36, is used for monitoring cylinder 24 and the real-time status of mine rescue cabin 3 operation.Operating board II 36 is touch screen, the lifting operating condition of display rescue cabin；Being provided with one piece of base plate in the middle of channel-section steel pier IV 38, such operator's activity is convenient, it is to avoid operator directly step down in occur in channel-section steel structure unexpected dangerous.
As shown in Figure 5, described rescue promotes monitoring and communication device 31 is to be constituted by with operating board III 37 and the detection box 48 being arranged in mine rescue cabin 3 equipment compartment 44；Detection box 48 is provided with the high-resolution colour imagery shot of band zoom lens, voice inter-speaking system, illuminating lamp and various environmental sensor, carry out on various data acquisition the display frequency that is transmitted back to be positioned on operating board III 37 by communication steel wire rope, thus complete coding and the function such as transmission, RFID positioning searching of the collection of the information such as oxygen, gas, temperature, audio, video data.
As shown in Figure 2; described assembled lift headframe platform 2 is to be hinged with the independent columnar structures being assembled by shaped steel in derrick channel steel base 39; and by four strong point supporting rescue system load; it is being hinged with a frame-type diagonal brace 40 near rescuing machine motor-car 1 side; head sheave 8 is installed on top, in the middle part of assembled lift headframe platform 2, collision prevention girders, travel switch and rope-loosing protection device is installed；Three kinds of signal all access systems protection systems, prevent well head from overrunning and the generation of the accident such as slack rope.
As shown in accompanying drawing 6 and accompanying drawing 7, described mine rescue cabin 3 is to be made up of the secondary cabin 42 in the main cabin of rescue 41 and rescue, wherein, rescuing main cabin 41 is successively by guiding cabin I 43, equipment compartment I 44, life cabin I 45 and buffering cabin I 46 connect and compose, further, rescue the high about 4m in main cabin 41, rescue slow descending device 47 it is integrated with in equipment compartment I 44, self-rescue oxygen unit, rosette, mine lamp and rescue promote monitoring and communication device detects box 48, bottom, life cabin is provided with rotary separation base plate 49, when occurring that rescuing main cabin 41 is stuck in situation about rescuing in passage, rescued miner and can be coordinated rescue slow descending device 47, manually handle and separate rotary separation base plate 49, thus carry out secondary escape.The secondary cabin 42 of rescue is to be connected and composed by guiding cabin II 50, life cabin II 51 and buffering cabin II 52 successively.The secondary cabin 42 of rescue is owing to being not provided with equipment compartment, highly it is only 2.2m, it is adaptable to when the main cabin of rescue 41 caused owing to rescuing the reasons such as channel pipe bending is stuck in rescue passage medium situation, urgent utilization rescue pair cabin 42, substantially increase rescue passage by property, the reliability of increase rescue.
As shown in Figure 2, described communication steel wire rope 6 is to be wire rope core by communication cable, and periphery divides two-layer reverse-winding steel wire to form the cable wire rope of armouring bearing detection.Internal wire rope core can ensure that the video in rescue cabin, voice, anti-mistake are put with the signal such as gas detecting from down-hole transmitting to aboveground.
Below by embodiment, detailed description of the invention of the present utility model is made further instructions.
Above-mentioned the provided a kind of mine of this utility model is provided and vertically rescues lifting system, including mine rescue motor vehicles 1, assembled lift headframe platform 2 and mine rescue cabin 3；Its composition is on this mine rescue motor vehicles 1 to be provided with vehicle-mounted hoisting device basic platform 4 and rescue lifting device 5 thereof, it is vertically connected with mine rescue cabin 3 by the communication steel wire rope 6 on rescue lifting device 5 by well head individually packaged lift headframe platform 2 and head sheave 7 thereof again, and by rescue lifting device monitoring system 8, rescue and monitoring is implemented in mine rescue cabin and trapped personnel thereof.
This utility model mine is vertically rescued lifting system and is divided into two mode of operations: mode of operation and ground handling pattern on car.On described car, mode of operation refers to when implementing rescue, mine rescue motor vehicles 1 reaches suitable position, all devices is operated on vehicle-mounted hoisting device basic platform 4, it is primarily adapted for use in site environment more severe, it is impossible to carry out correspondingly matrix manufacturing or escape and rescue trunk and got through the situation needing Quick rescue；Described ground handling pattern refers to, before implementing rescue, be lifted on the ground of well in advance by crane 14 by each equipment, then rescue, and is primarily adapted for use in site foundation situation and overall condition is relatively better, and have the time of abundance to make the situations such as ground.Both mode of operations do not have too big difference generally, and it is the most somewhat different that unique difference is exactly the elevation angle of head sheave 7.
When relevant geology department carries out probing rescue passage, carry out the construction of corresponding derrick footing, after construction, utilize 14 the assembled lift headframe platforms 2 of crane on mine rescue motor vehicles 1 to be lifted into above pit shaft, install.
After geology department has holed, mine rescue motor vehicles 1 is opened to specifying position, it is ensured that cylinder 24 centre distance well head distance is 16m.Communication steel wire rope 6 winds around on the cylinder 24 of elevator, and wherein one end is fixed on the rope guarding plate of cylinder 24, and the other end walks around head sheave 7, through becket bridle, fixes with wire clips, the explosion-proof connection of equipment within communication steel wire rope 6 inner cable wire rope core and mine rescue cabin 3.
After rescue is promoted electric-control system 30 and rescue lifting monitoring and communication device 31 energizing test, check that each system the most normally works.
After debugging, staff just can open motor 19 and switch, and makes whole system operate, operation hoister control handle just can transfer mine rescue cabin 3, when mine rescue cabin 3 on earth after, activate anti-cross decontrol pass, make mine rescue cabin 3 brake immediately.
When stranded miner climbs up mine rescue cabin 3, behind the door, driver sees video monitoring picture to closing chamber, and can carry out speech exchange with stranded miner, strengthens being rescued confidence.
Operation elevator operation handle, mine rescue cabin 3 is risen to rescue by bottom with the speed of 2m/s and promotes the braking section deceleration that electric-control system 30 sets, or activate the collision prevention girders device on assembled lift headframe platform 2, makes mine rescue cabin 3 brake.
Opened door, surface personnel is held up out mine rescue cabin (3) rescuing miner, is immediately fed into 120 rescues.This completes a rescue work.
Claims (7)
1. a lifting system vertically rescued by mine, including mine rescue motor vehicles, vehicle-mounted hoisting device basic platform and mine rescue cabin；It is characterized in that: described mine rescue motor vehicles [1] is to be mounted with crane [14] and hydraulic system [10] thereof, be mounted with rescue lifting device [5] and vehicle-mounted hoisting device basic platform [4] thereof；Described rescue lifting device [5] is to be vertically connected with mine rescue cabin [3] by communication steel wire rope [6] by the head sheave [7] of well head individually packaged lift headframe platform [2] when mine is vertically rescued to constitute；Described vehicle-mounted hoisting device basic platform [4] is that integrated motor reducer module [15], Hydraulic Station module [16], roller blocks [17] and the Hooks coupling universal coupling module [18] of being fixed with is constituted；And realize mine rescue cabin and trapped personnel thereof are implemented rescue and monitoring by rescue lifting device monitoring system [8].
2. lifting system vertically rescued by mine as claimed in claim 1, it is characterized in that: described mine rescue motor vehicles [1] is to be fixed with crane [14] on chassis longeron [9] after driver's cabin successively and hydraulic system [10], front auxiliary strut [11] and rear auxiliary support [12] structure, is mounted with rescue lifting device [5], vehicle-mounted hoisting device basic platform [4] and rescue lifting device monitoring system [8] thereof on chassis crossbeam [13]；
Described vehicle-mounted hoisting device basic platform [4] is to consist of the most integrated motor reducer module [15], Hydraulic Station module [16], roller blocks [17] and the Hooks coupling universal coupling module [18] of being fixed with of U-bolt；Wherein: motor reducer module [15] is to be made up of motor [19], decelerator [20] and channel-section steel pier I [21] thereof；Hydraulic Station module [16] is to be made up of Hydraulic Station [22] and channel-section steel pier II [23] thereof；Roller blocks [17] is to be made up of cylinder [24] disk brake Pan Zha [25] and channel-section steel pier III [26] thereof；Shaft coupling module [18] is to be had cylinder end connection dish [29] to constitute by decelerator low speed end [27] connection dish by universal coupling with spider [28] connection；And realize decelerator [20] be connected with the operating of cylinder [24] by Hooks coupling universal coupling module [18]；
Described rescue lifting device monitoring system [8] is to be fixed with rescue on channel-section steel pier IV [38] to promote electric-control system [30] and rescue lifting monitoring and communication device [31]；Wherein, rescue hoist control system [30] is the master control cabinet [32] being fixed connection successively by side, brake cabinet [33], the operating board I [35] of variable-frequency power sources cabinet [34] and opposite side, operating board II [36] is constituted, and use the double PLC being arranged in master control cabinet, with two digital frequency converters being arranged at motor shaft and assembled lift headframe platform [2] top head sheave [7] axle, mine rescue cabin [3] are carried out stepless speed control control, starting to mine rescue cabin [3], accelerate, constant speed, slow down, various protection and monitoring are provided during creeping and stopping；Operating board I [35] is provided with handle and control knob, and operating board II [36] is provided with monitoring display screen, is used for the real-time status monitoring cylinder [24] and mine rescue cabin [3] are run；
Described rescue promotes monitoring and communication device [31] is to be constituted by with operating board III [37] and the detection box [48] being arranged in mine rescue cabin [3] equipment compartment [44]；Detection box [48] is provided with the high-resolution colour imagery shot of band zoom lens, voice inter-speaking system, illuminating lamp and various environmental sensor, carry out on various data acquisition the display frequency that is transmitted back to be positioned on operating board III [37] by communication steel wire rope, thus complete coding and transmission, the RFID positioning searching function of oxygen, gas, the collection of temperature information, audio, video data.
3. lifting system vertically rescued by mine as claimed in claim 1; it is characterized in that: described assembled lift headframe platform [2] is to be hinged with the independent columnar structures being assembled by shaped steel in derrick channel steel base [39]; and by four strong point supporting rescue system load; it is being hinged with a frame-type diagonal brace [40] near rescuing machine motor-car [1] side; be provided with head sheave [8] on top, assembled lift headframe platform [2] middle part is provided with collision prevention girders, travel switch and rope-loosing protection device.
4. lifting system vertically rescued by mine as claimed in claim 1, it is characterized in that: described mine rescue cabin [3] is to be made up of the secondary cabin [42] of the main cabin of rescue [41] and rescue, wherein, rescuing main cabin [41] is successively by guiding cabin I [43], equipment compartment I [44], life cabin I [45] and buffering cabin I [46] connect and compose, the high about 4m in the main cabin of described rescue [41], rescue slow descending device [47] it is integrated with in equipment compartment I [44], self-rescue oxygen unit, rosette, mine lamp and rescue promote monitoring and communication device detection box [48], rotary separation base plate [49] it is provided with in bottom, life cabin, rescue main cabin [41] to be stuck in rescue passage, manually handle and separate rotary separation base plate [49]；The secondary cabin [42] of described rescue is to be connected and composed by guiding cabin II [50], life cabin II [51] and buffering cabin II [52] successively, is stuck in standby rescue in rescue passage rescuing main cabin [41].
5. lifting system vertically rescued by mine as claimed in claim 1, it is characterised in that: described communication steel wire rope [6] is to be wire rope core by communication cable, and periphery divides two-layer reverse-winding steel wire to form the cable wire rope of armouring bearing detection.
6. lifting system vertically rescued by mine as claimed in claim 1, it is characterised in that: the lifting speed of described mine rescue cabin [3] is 2m/s, and lifting capacity is 0.5t～1t.
7. lifting system vertically rescued by mine as claimed in claim 1, it is characterized in that: described mine is vertically rescued lifting system and is fixedly mounted on mine rescue motor vehicles [1] and rescues, or mounting arrangements promotes and rescues by well head implementing rescue.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620106881.XU CN205503173U (en) | 2016-02-03 | 2016-02-03 | Lift system is rescued perpendicularly to mine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620106881.XU CN205503173U (en) | 2016-02-03 | 2016-02-03 | Lift system is rescued perpendicularly to mine |
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| CN205503173U true CN205503173U (en) | 2016-08-24 |
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| CN201620106881.XU Expired - Fee Related CN205503173U (en) | 2016-02-03 | 2016-02-03 | Lift system is rescued perpendicularly to mine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105697056A (en) * | 2016-02-03 | 2016-06-22 | 山西省煤炭地质115勘查院 | Vertical rescuing lifting system for mine |
| CN108468563A (en) * | 2016-09-29 | 2018-08-31 | 西安科技大学 | Mine drilling rescue life method for detecting based on combinations of detectors |
-
2016
- 2016-02-03 CN CN201620106881.XU patent/CN205503173U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105697056A (en) * | 2016-02-03 | 2016-06-22 | 山西省煤炭地质115勘查院 | Vertical rescuing lifting system for mine |
| CN105697056B (en) * | 2016-02-03 | 2018-10-19 | 山西省煤炭地质115勘查院 | A kind of mine vertically rescues lifting system |
| CN108468563A (en) * | 2016-09-29 | 2018-08-31 | 西安科技大学 | Mine drilling rescue life method for detecting based on combinations of detectors |
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