CN213466548U - High-rise escape and life-saving equipment - Google Patents
High-rise escape and life-saving equipment Download PDFInfo
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- CN213466548U CN213466548U CN202021179160.4U CN202021179160U CN213466548U CN 213466548 U CN213466548 U CN 213466548U CN 202021179160 U CN202021179160 U CN 202021179160U CN 213466548 U CN213466548 U CN 213466548U
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- 239000004744 fabric Substances 0.000 claims abstract description 17
- 230000001360 synchronised effect Effects 0.000 claims description 19
- 238000006243 chemical reaction Methods 0.000 claims description 14
- 230000001174 ascending effect Effects 0.000 claims description 3
- 239000000463 material Substances 0.000 claims description 3
- 230000002265 prevention Effects 0.000 abstract description 3
- 230000009471 action Effects 0.000 description 8
- 238000000034 method Methods 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 238000009434 installation Methods 0.000 description 3
- 238000012986 modification Methods 0.000 description 3
- 230000004048 modification Effects 0.000 description 3
- 230000001133 acceleration Effects 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 238000009413 insulation Methods 0.000 description 2
- 238000013459 approach Methods 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
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Abstract
The utility model belongs to the technical field of the lifesaving is fleed to the high building and specifically relates to indicate a lifesaving equipment flees to high building, including the soft guide rail of chain, manual controlling means that slowly falls, electric lift controlling means, fire prevention cloth slide. The utility model discloses simple structure, the cost is low, and safe and reliable is fit for old and weak sick and disabled and pregnant woman child's the fleing. When a fire disaster occurs, the vertical escape passage can be built in time, people can safely land on the ground, and meanwhile, the transverse lifesaving passages with different gradients can be transversely built at different heights to rescue trapped people for escaping. Under the condition that the fire is not big, the fire fighting personnel can be quickly sent to a fire scene, the fire is controlled in time, and the fire loss is reduced.
Description
Technical Field
The utility model relates to a high building lifesaving field of fleing especially indicates a high building lifesaving equipment of fleing.
Background
At present, fire prevention, escape and life saving in high buildings are a big problem in the world, various escape and life saving devices have respective defects, or the functions are incomplete, the old, the weak, the sick, the disabled, the pregnant women and the children cannot be rescued, or the manufacturing cost is too high, the input cost is high, and people are high in fear and mind, so that the popularization and the application are difficult.
However, with the development of urbanization, the more buildings are built, the more people live in the buildings, and the more people live in the buildings, the more people will pay more attention to the safety of living.
Disclosure of Invention
The utility model discloses to current high building fire prevention lifesaving condition of fleing, adopt rack and pinion or sprocket chain as soft guide rail, a high building lifesaving equipment of fleing has been developed, can save including all personnel such as old and weak sick and disabled and pregnant woman child, when the conflagration takes place, not only can in time establish perpendicular passway for escaping, let people can the safe ground that descends, can also transversely establish the horizontal lifesaving passageway of different slopes at the co-altitude not simultaneously, the stranded personnel of rescuing different positions are out of danger, realize all-round rescue to the multi-span building. Under the condition that the fire is not big, the fire fighting personnel can be quickly sent to a fire scene, the fire is controlled in time, and the fire loss is reduced.
The utility model relates to a high-rise escape and life-saving device, which comprises a chain soft guide rail, a manual slow descending control device, an electric ascending and descending control device and a fireproof cloth slide rail;
the chain flexible guide rail comprises a guide rail support, a chain take-up and pay-off wheel disc and a chain guide wheel are arranged on the guide rail support, a chain is wound on the chain take-up and pay-off wheel disc, the chain is arranged in a wheel groove of the chain guide wheel, and the other end of the chain is connected with a weighting block; the guide rail bracket is also symmetrically provided with a guide cable take-up and pay-off wheel disc and a guide cable guide wheel, a guide cable is wound on the guide cable take-up and pay-off wheel disc and is arranged in a wheel groove of the guide cable guide wheel, and the other end of the guide cable is fixed on the weighting block; the weight block is provided with a positioning hole, a screw through hole and a permanent magnet; a fixed block is arranged at the position of the weighting block corresponding to the ground, and a positioning pin and a screw hole are arranged on the fixed block; the chain is a chain wheel chain and a gear rack;
the manual slow descending control device comprises a manual right device, a manual left device, a manual control rod, a manual standing platform and a manual standing platform guide hole;
the manual right device comprises a manual right device bracket and a manual right device driving wheel arranged on the manual right device bracket, the manual right device driving wheel is a chain wheel and a gear, and a manual right device synchronous meshing gear and a manual right device conversion gear are symmetrically arranged on a wheel shaft of the manual right device driving wheel; the manual right device bracket is also provided with a manual right device brake gear, the manual right device brake gear is meshed with the manual right device conversion gear, and a stop block is arranged on the manual right device brake gear; the manual right device bracket is provided with a manual right brake pad and a manual right brake pad spring; the manual right device bracket is also provided with a manual right brake push rod and a manual right brake push rod spring; the manual right device bracket is also provided with a manual device locking screw, a manual device positioning pin, a manual device safety belt hole and a manual standing platform fixing groove;
the manual left device comprises a manual left device bracket and a manual left device driving wheel arranged on the manual left device bracket, the manual left device driving wheel is a chain wheel and a gear, and a manual left device synchronous meshing gear and a manual left device conversion gear are symmetrically arranged on a wheel shaft of the manual left device driving wheel; the manual left device bracket is also provided with a manual left device brake gear, the manual left device brake gear is meshed with the manual left device conversion gear, and a stop block is arranged on the manual left device brake gear; the manual left device bracket is provided with a manual left brake pad and a manual left brake pad spring; the manual left device bracket is also provided with a manual left brake push rod and a manual left brake push rod spring; the manual left device bracket is also provided with a manual device locking groove, a manual device positioning hole, a manual device safety belt hole and a manual standing platform fixing groove;
the electric lifting control device comprises an electric right device, an electric left device, an electric standing platform and an electric standing platform guide hole;
the electric right device comprises an electric right device bracket and an electric right device driving wheel arranged on the electric right device bracket, the electric right device driving wheel is a chain wheel and a gear, and the wheel shaft of the electric right device driving wheel is symmetrically provided with electric right device synchronous meshing gears; the electric right device bracket is provided with an electric right brake pad, an electric right brake pad spring and an electric right brake electromagnetic push rod; the electric right device bracket is also provided with a motor, an electric device locking screw, an electric device positioning hole, an electric device safety belt hole and an electric standing platform fixing groove, and an output shaft of the motor is connected with a wheel shaft of a driving wheel of the electric right device;
the electric left device comprises an electric left device bracket and an electric left device driving wheel arranged on the electric left device bracket, wherein the electric left device driving wheel is a chain wheel and a gear, and the wheel axle of the electric left device driving wheel is symmetrically provided with electric left device synchronous meshing gears; the electric left device bracket is provided with an electric left brake pad, an electric left brake pad spring and an electric left brake electromagnetic push rod; and the electric left device support is also provided with an electric device locking groove, an electric device positioning pin, an electric device safety belt hole and an electric station human platform fixing groove.
The chain is a pitch-shaped chain wheel chain and a pitch-shaped gear rack, and both sides of the gear rack are provided with gear teeth.
The fireproof cloth slide way is a light slide way made of fireproof cloth, and fireproof lifesaving materials are placed in the fireproof cloth slide way.
The utility model has the advantages that:
the utility model discloses novel structure, when the conflagration takes place, not only can in time provide safe and reliable's escape way to all personnel that the high building lives omnidirectionally, can send the fire control personnel of putting out a fire to the ignition point fast simultaneously, controls and eliminates the condition of a fire in the shortest time, reduces the loss of fire, because the cost is low, is fit for all buildings and uses widely.
Drawings
Fig. 1 is a schematic structural view of the high-rise escape and life-saving equipment of the utility model.
Fig. 2 is a schematic structural view of the manual slow descending control device of the present invention.
Fig. 3 is a schematic structural view of the right hand device of the present invention.
Fig. 4 is a schematic structural view of the left hand device of the present invention.
Fig. 5 is a schematic structural view of the electric lift control device of the present invention.
Fig. 6 is a schematic structural view of the electric right device of the present invention.
Fig. 7 is a schematic structural view of the electric left device of the present invention.
The reference numerals in fig. 1 to 7 include:
1-guide rail bracket 2-chain retractable wheel disc
3-chain 4-chain guide wheel
5-guide cable take-up and pay-off wheel disc 6-guide cable guide wheel
7-guide rope 8-weighting block
9-fixed block 10-locating pin
11-manual slow descending control device 12-manual right device
13-manual left device 14-manual control rod
15-manual station people platform 16-manual station people platform guiding hole
17-Manual Right device support 18-Manual Right device Driving wheel
19-hand-operated right device synchromesh gear 20-hand-operated right device conversion gear
21-hand-operated right device brake gear 22-hand-operated right brake block
23-hand-operated right brake block spring 24-hand-operated right brake push rod
25-manual right brake push rod spring 26-manual device locking screw
27-hand operated device positioning pin 28-hand operated device safety belt hole
29-manual standing person platform fixing groove 30-manual left device support
31-hand-operated left device driving wheel 32-hand-operated left device synchronous meshing gear
33-manual left device conversion gear 34-manual left device brake gear
35-stop block 36-hand-operated left brake block
37-manual left brake block spring 38-manual left brake push rod
39-manual left brake push rod spring 40-manual device positioning hole
41-manual device locking groove 42-electric right device
43-electric left device 44-electric standing platform
45-electric standing platform guide hole 46-electric right device support
47-driving wheel of electric right device 48-synchronous meshing gear of electric right device
49-electric right brake block 50-electric right brake block spring
51-electric right brake electromagnetic push rod 52-motor
53-electric device locking screw 54-electric device positioning hole
55-electric left device bracket 56-electric left device driving wheel
57-electric left device synchromesh gear 58-electric left brake pad
59-electric left brake pad spring 60-electric left brake electromagnetic push rod
61-electric device positioning pin 62-electric device locking groove.
Detailed Description
In order to facilitate understanding of those skilled in the art, the present invention will be further described with reference to the following examples and drawings, which are not intended to limit the present invention. The present invention will be described in detail with reference to the accompanying drawings.
The embodiment provides high-rise escape lifesaving equipment aiming at the existing high-rise escape problem.
The high-rise escape and lifesaving equipment comprises a chain soft guide rail, a manual slow descending control device 11, an electric ascending and descending control device and a fireproof cloth slide way;
the chain flexible guide rail comprises a guide rail support 1, wherein a chain take-up and pay-off wheel disc 2 and a chain guide wheel 4 are arranged on the guide rail support 1, a chain 3 is wound on the chain take-up and pay-off wheel disc 2, the chain 3 is arranged in a wheel groove of the chain guide wheel 4, and the other end of the chain 3 is connected with a weighting block 8; the guide rail bracket 1 is also symmetrically provided with a guide cable take-up and pay-off wheel disc 5 and a guide cable guide wheel 6, a guide cable 7 is wound on the guide cable take-up and pay-off wheel disc 5, the guide cable 7 is arranged in a wheel groove of the guide cable guide wheel 6, and the other end of the guide cable 7 is fixed on a weighting block 8; the weight 8 is provided with a positioning hole, a screw through hole and a permanent magnet; a fixed block 9 is arranged at the position of the weighting block 8 corresponding to the ground, and a positioning pin 10 and a screw hole are arranged on the fixed block; the chain 3 is a chain wheel chain and a gear rack;
specifically, the guide rail bracket 1 is fixed at the position of a balcony on the top of a building and is networked with a fire alarm system, when a fire alarm starts, the inserted pins arranged on the chain take-up and pay-off wheel disc 2 and the guide cable take-up and pay-off wheel disc 5 are automatically or manually pulled out, and the weighting block 8 rapidly descends at a certain acceleration under the action of the self gravity and the resistance arranged on the chain take-up and pay-off wheel disc 2 and the guide cable take-up and pay-off wheel disc 5;
specifically, when the weighting block 8 approaches the place to a certain height, the extension spring arranged between the chain 3 and the guide rail bracket 1 starts to decelerate until the weighting block 8 slowly falls onto the fixing block 9, the positioning pin 10 on the fixing block 9 is matched with the positioning hole of the weighting block 8, and the chain 3 is tightened and fixed under the attraction of the permanent magnet on the weighting block 8;
specifically, when the equipment is installed, the length of the chain 3 is set, and the length of the chain 3 is just in a tensioning state;
specifically, the chain 3 described in this embodiment is a sprocket chain and a rack and pinion, and the sprocket chain is used from the economical point of view, and the rack and pinion with teeth on both sides is used from the precision point of view.
The manual slow descending control device 11 described in this embodiment includes a manual right device 12, a manual left device 13, a manual control lever 14, a manual standing platform 15, and a manual standing platform guide hole 16;
the manual right device 12 comprises a manual right device bracket 17 and a manual right device driving wheel 18 arranged on the manual right device bracket 17, the manual right device driving wheel 18 is a chain wheel and a gear, and a manual right device synchronous meshing gear 19 and a manual right device conversion gear 20 are symmetrically arranged on a wheel shaft of the manual right device driving wheel 18; the manual right device bracket 17 is also provided with a manual right device brake gear 21, the manual right device brake gear 21 is meshed with the manual right device conversion gear 20, and a stop block is arranged on the manual right device brake gear 21; the manual right device bracket 17 is provided with a manual right brake pad 22 and a manual right brake pad spring 23; the manual right device bracket 17 is also provided with a manual right brake push rod 24 and a manual right brake push rod spring 25; the manual right device bracket 17 is also provided with a manual device locking screw 26, a manual device positioning pin 27, a manual device safety belt hole 28 and a manual standing platform fixing groove 29;
the manual left device 13 comprises a manual left device bracket 30 and a manual left device driving wheel 31 arranged on the manual left device bracket 30, the manual left device driving wheel 31 is a chain wheel and a gear, and a manual left device synchronous meshing gear 32 and a manual left device conversion gear 33 are symmetrically arranged on a wheel shaft of the manual left device driving wheel 31; the manual left device bracket 30 is also provided with a manual left device brake gear 34, the manual left device brake gear 34 is meshed with the manual left device conversion gear 33, and a stop block 35 is arranged on the manual left device brake gear 34; the manual left device bracket 30 is provided with a manual left brake pad 36 and a manual left brake pad spring 37; the manual left device bracket 30 is also provided with a manual left brake push rod 38 and a manual left brake push rod spring 39; the manual left device bracket 30 is also provided with a manual device locking groove 41, a manual device positioning hole 40, a manual device safety belt hole and a manual standing platform fixing groove;
specifically, when a fire occurs, people take out the manual slow descending control device 11, align the manual device positioning pin 27 on the manual right device 12 with the manual device positioning hole 40 on the manual left device 13, let the manual right device driving wheel 18 and the manual left device driving wheel 31 clamp the chain 3, then lock the manual device locking screw 26 with the manual device locking groove 41, at this time, the manual right device driving wheel 18 and the manual left device driving wheel 31 are meshed with the chain 3, the manual right device synchronous meshing gear 19 is meshed with the manual left device synchronous meshing gear 32, the manual right brake pad 22 and the manual left brake pad 36 are respectively pressed in the teeth of the chain 3 under the action of the manual right brake pad spring 23 and the manual left brake pad spring 37, and clamp the chain 3, wherein the manual right brake push rod 24 is located at the middle position under the action of the two manual right brake push rod springs 25, the movement of the manual right brake block 22 is limited, the manual left brake push rod 38 is positioned at the middle position under the action of the two manual left brake push rod springs 39, the movement of the manual left brake block 36 is limited, and the manual slow descending control device 11 is firmly clamped on the chain 3 and cannot fall freely;
specifically, after the manual right device 12 and the manual left device 13 are assembled, the manual control rod 14 is sleeved on the manual right brake push rod 24 and the manual left brake push rod 38, the two push rods are connected together, then the installation piece of the manual standing platform 15 is placed in the manual standing platform fixing groove 29, the guide rope 7 is placed in the manual standing platform guide hole 16, and the manual slow-descending control device 11 is installed;
specifically, as the equipment is arranged at the front edge of a balcony of a roof, the chain 3 is vertically positioned on the edge right in front of the balcony, trapped people can stand on the balcony to complete the installation work, and the guardrail and the fireproof fence are further arranged on the periphery of the manual people standing platform 15, so that people can walk onto the manual people standing platform 15 from the balcony easily after the safety belts are tied, and the terrorist feeling of people is reduced;
specifically, after the manual slow-descending control device 11 is assembled, a person who goes up connects a personal safety belt with equipment, and arranges old, weak, sick, disabled, pregnant women and children, and then operates the manual control rod 14 by one person, the manual control rod 14 is pulled to and fro once, and the manual slow-descending control device 11 descends for a stroke;
specifically, when the manual control lever 14 is pushed to one side, the limitation of the manual right brake pad 22 and the manual left brake pad 36 is released, the manual slow-down control device 11 drives the manual right device driving wheel 18 and the manual left device driving wheel 31 to rotate along the chain 3 under the action of gravity, and drives the manual right device switching gear 20 and the manual left device switching gear 33 to rotate, so as to drive the manual right device brake gear 21 and the manual left device brake gear 34 engaged therewith, when the stopper 35 arranged on the manual right device brake gear 21 and the manual left device brake gear 34 touches the manual right brake push rod 24 and the manual left brake push rod 38, the manual slow-down control device 11 stops descending, and the operator needs to pull back to the other side position, and the manual slow-down control device 11 descends by one stroke;
specifically, the stoppers 35 are respectively arranged on the two right hand-operated device brake gears 21 and the two left hand-operated device brake gears 34 in a semicircular distribution manner, so that one descending stroke is half of the perimeter of the brake gears;
specifically, because the descending is a slow acceleration process under the combined action of the friction force and the elastic force, the whole descending process is divided into a clearance descending process which is continuously repeated in operation and stop under the artificial control;
in particular, when the person to be rescued is hit in the descending process, the person to be rescued can be taken away together.
The electric lifting control device in this embodiment includes an electric right device 42, an electric left device 43, an electric standing platform 44, and an electric standing platform guide hole 45;
the electric right device 42 of the present embodiment includes an electric right device support 46 and an electric right device driving wheel 47 mounted on the electric right device support 46, the electric right device driving wheel 47 is a sprocket and a gear, and an electric right device synchronous meshing gear 48 is symmetrically disposed on a wheel axle of the electric right device driving wheel 47; the electric right device bracket 46 is provided with an electric right brake pad 49, an electric right brake pad spring 50 and an electric right brake electromagnetic push rod 51; the electric right device bracket 46 is also provided with a motor 52, an electric device locking screw 53, an electric device positioning hole 54, an electric device safety belt hole and an electric standing platform fixing groove, and an output shaft of the motor 52 is connected with a wheel shaft of the electric right device driving wheel 47;
the electric left device 43 of this embodiment includes an electric left device bracket 55, and a safety belt hole and an electric standing platform fixing groove installed on the electric device;
specifically, when a fire occurs, building security and related managers take out the electric lifting control device, clamp the chain 3 by the electric right device 42 and the electric left device 43, insert the electric device positioning pin 61 of the electric left device 43 into the electric device positioning hole 54 of the electric right device 42, lock the electric device locking screw 53 with the electric device locking groove 62, engage the electric right device driving wheel 47 and the electric left device driving wheel 56 with the chain 3, engage the electric right device synchronous meshing gear 48 with the electric left device synchronous meshing gear 57, and mount the electric station people platform 44;
specifically, when the rescuer starts the electric lifting control device, the electric right brake electromagnetic push rod 51 and the electric left brake electromagnetic push rod 60 work, the electric right brake pad 49 and the electric left brake pad 58 are opened synchronously under the action of the electric right brake pad spring 50 and the electric left brake pad spring 59, the motor 52 drives the electric right device driving wheel 47 to rotate, the electric right device synchronous meshing gear 48 fixed on the same shaft rotates, the electric left device synchronous meshing gear 57 meshed with the electric right device synchronous meshing gear rotates synchronously, the electric left device driving wheel 56 is driven to rotate, because the electric right device driving wheel 47 and the electric left device driving wheel 56 are meshed with the chain 3, the electric lifting control device moves up and down along the chain 3, when the lifting stops, the electric right brake pad 49 and the electric left brake pad are pressed in time and under the combined action of the brake device of the motor, can stay at any position;
specifically, managers such as security guards work according to actual conditions on site, when people are trapped at a position deviated from a vertical rescue channel, two groups of rescuers respectively pull one end of a fireproof cloth slideway, the two groups of rescuers are conveyed by two groups of electric lifting control devices at two sides of the trapped position to quickly ascend to the position of the trapped person, then the two groups of rescuers respectively fix one end of the fireproof cloth slideway, and the trapped person is provided with a slideway with a certain gradient;
specifically, the rescuer enters the trapped position through the slide way to rescue the trapped person or guides the trapped person to enter the fireproof cloth slide way to slide to the electric person standing platform at the lower position according to the actual situation on site;
specifically, the motor 52 is a safe fireproof explosion-proof direct current motor, the voltage is in a direct current safe voltage range, the used lead is a high-temperature protection lead, and the motor is provided with a brake device, so that the motor is not influenced by power failure because the used power supply is a direct current standby power supply.
The chain 3 in this embodiment is a pitch-shaped chain wheel chain and a pitch-shaped gear rack, and both sides of the gear rack are provided with gear teeth;
specifically, the chain 3 has two structures, one is an economical chain wheel chain, and the other is a precise gear rack;
specifically, the chain is collected and released in two ways, one is coiled and released by a wheel disc, and the other is stacked and mainly determined according to the installation requirement.
The fireproof cloth slide way is a light slide way made of fireproof heat-insulation cloth, the fireproof cloth slide way can be inflated to form a heat-insulation layer, and fireproof lifesaving materials are placed in the fireproof cloth slide way;
specifically, the rescue personnel construct a flexible rescue channel for the trapped personnel according to the rescue needs, and particularly timely send a safe escape way for the trapped personnel.
The above description is only for the preferred embodiment of the present invention, and the present invention is not limited to the above description, and although the present invention is disclosed in the preferred embodiment, it is not limited to the above description, and any skilled person familiar with the art can make some changes or modifications to equivalent embodiments without departing from the scope of the present invention, but all the modifications, equivalent changes and modifications of the above embodiments according to the present invention are within the scope of the present invention.
Claims (3)
1. A high-rise escape and life-saving device is characterized in that: comprises a chain soft guide rail, a manual slow descending control device, an electric ascending and descending control device and a fireproof cloth slideway;
the chain flexible guide rail comprises a guide rail support, a chain take-up and pay-off wheel disc and a chain guide wheel are arranged on the guide rail support, a chain is wound on the chain take-up and pay-off wheel disc, the chain is arranged in a wheel groove of the chain guide wheel, and the other end of the chain is connected with a weighting block; the guide rail bracket is also symmetrically provided with a guide cable take-up and pay-off wheel disc and a guide cable guide wheel, a guide cable is wound on the guide cable take-up and pay-off wheel disc and is arranged in a wheel groove of the guide cable guide wheel, and the other end of the guide cable is fixed on the weighting block; the weight block is provided with a positioning hole, a screw through hole and a permanent magnet; a fixed block is arranged at the position of the weighting block corresponding to the ground, and a positioning pin and a screw hole are arranged on the fixed block; the chain is a chain wheel chain and a gear rack;
the manual slow descending control device comprises a manual right device, a manual left device, a manual control rod, a manual standing platform and a manual standing platform guide hole;
the manual right device comprises a manual right device bracket and a manual right device driving wheel arranged on the manual right device bracket, the manual right device driving wheel is a chain wheel and a gear, and a manual right device synchronous meshing gear and a manual right device conversion gear are symmetrically arranged on a wheel shaft of the manual right device driving wheel; the manual right device bracket is also provided with a manual right device brake gear, the manual right device brake gear is meshed with the manual right device conversion gear, and a stop block is arranged on the manual right device brake gear; the manual right device bracket is provided with a manual right brake pad and a manual right brake pad spring; the manual right device bracket is also provided with a manual right brake push rod and a manual right brake push rod spring; the manual right device bracket is also provided with a manual device locking screw, a manual device positioning pin, a manual device safety belt hole and a manual standing platform fixing groove;
the manual left device comprises a manual left device bracket and a manual left device driving wheel arranged on the manual left device bracket, the manual left device driving wheel is a chain wheel and a gear, and a manual left device synchronous meshing gear and a manual left device conversion gear are symmetrically arranged on a wheel shaft of the manual left device driving wheel; the manual left device bracket is also provided with a manual left device brake gear, the manual left device brake gear is meshed with the manual left device conversion gear, and a stop block is arranged on the manual left device brake gear; the manual left device bracket is provided with a manual left brake pad and a manual left brake pad spring; the manual left device bracket is also provided with a manual left brake push rod and a manual left brake push rod spring; the manual left device bracket is also provided with a manual device locking groove, a manual device positioning hole, a manual device safety belt hole and a manual standing platform fixing groove;
the electric lifting control device comprises an electric right device, an electric left device, an electric standing platform and an electric standing platform guide hole;
the electric right device comprises an electric right device bracket and an electric right device driving wheel arranged on the electric right device bracket, the electric right device driving wheel is a chain wheel and a gear, and the wheel shaft of the electric right device driving wheel is symmetrically provided with electric right device synchronous meshing gears; the electric right device bracket is provided with an electric right brake pad, an electric right brake pad spring and an electric right brake electromagnetic push rod; the electric right device bracket is also provided with a motor, an electric device locking screw, an electric device positioning hole, an electric device safety belt hole and an electric standing platform fixing groove, and an output shaft of the motor is connected with a wheel shaft of a driving wheel of the electric right device;
the electric left device comprises an electric left device bracket and an electric left device driving wheel arranged on the electric left device bracket, the electric left device driving wheel is a chain wheel and a gear, and the wheel shaft of the electric left device driving wheel is symmetrically provided with electric left device synchronous meshing gears; the electric left device bracket is provided with an electric left brake pad, an electric left brake pad spring and an electric left brake electromagnetic push rod; and the electric left device support is also provided with an electric device locking groove, an electric device positioning pin, an electric device safety belt hole and an electric station human platform fixing groove.
2. The high-rise escape and rescue apparatus according to claim 1, characterized in that: the chain is a segmental chain wheel chain and a segmental gear rack, and both sides of the gear rack are provided with gear teeth.
3. The high-rise escape and rescue apparatus according to claim 1, characterized in that: the fireproof cloth slide way is a light slide way made of fireproof cloth, and fireproof lifesaving materials are placed in the fireproof cloth slide way.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021179160.4U CN213466548U (en) | 2020-06-23 | 2020-06-23 | High-rise escape and life-saving equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021179160.4U CN213466548U (en) | 2020-06-23 | 2020-06-23 | High-rise escape and life-saving equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN213466548U true CN213466548U (en) | 2021-06-18 |
Family
ID=76390723
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021179160.4U Expired - Fee Related CN213466548U (en) | 2020-06-23 | 2020-06-23 | High-rise escape and life-saving equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN213466548U (en) |
-
2020
- 2020-06-23 CN CN202021179160.4U patent/CN213466548U/en not_active Expired - Fee Related
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