CN102826431A - Coil-well resident building elevator - Google Patents
Coil-well resident building elevator Download PDFInfo
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- CN102826431A CN102826431A CN2012103455160A CN201210345516A CN102826431A CN 102826431 A CN102826431 A CN 102826431A CN 2012103455160 A CN2012103455160 A CN 2012103455160A CN 201210345516 A CN201210345516 A CN 201210345516A CN 102826431 A CN102826431 A CN 102826431A
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Abstract
The invention discloses a coil-well resident building elevator. The coil-well resident building elevator is provided with a track beam, a lifting-pulling device, a lifting-pulling rope, a track device, a slideway, a pulley device, a manned device and a braking mechanism, wherein the track beam is arranged below a roof panel on a topmost layer on the upper part of the central surface of a stair wheel; the lifting-pulling device is movably arranged on the track beam; the upper end of the lifting-pulling rope is connected with the lifting-pulling device; the track device is arranged on the lower edge of a stair board above a stair railing or on the inner side face of the stair board around the stair well; brackets are positioned on the stair railing and a railing upright post; the slideway is arranged on the outer side of the raining upright post below the stair railing; the pulley device is movably arranged on the track device; the manned device is connected to the lower end of the pulley device; the side face of the manned device is connected with the slideway in a sliding way; and the braking mechanism is arranged between the pulley device and the track device, and is used for braking the pulley device and stopping the elevator under the control of a brake handle and a control device. The coil-well resident building elevator has the advantages of no need of any special channel, no occupation of the building area, simple equipment, convenience in installing and low cost on building and running, and is suitable for multi-story buildings, in particular for built powerless multi-floor buildings.
Description
Technical field
The present invention relates to a kind of elevator.Particularly relate to a kind of be used for being arranged on multi-storey building and the walk-up dish well formula people building elevator of having built multi-storey building.
Background technology
Present man lift in the world is different according to the field of employment; Can be divided into two major types substantially; One type is the step automatic elevator of the station that must continuously carry a large amount of passengers, market, hotels and other places; It is big that this type elevator takies building area, and expense is high, and another type is the van-hanging elevator of the vertical lift that the passenger is less, boarding point is many; High-rise, little high-rise building nearly all uses this type elevator, and this type elevator must take building area and special-purpose elevator is set as access to elevators; Consider that building and operating cost and access to elevators take up an area of, these two kinds of elevators generally are inappropriate for multi-storey building; More be difficult to install and use having built no elevator multi-storey building in a large number.
Summary of the invention
Technical matters to be solved by this invention is; A kind of solution multi-storey building resident is provided; Wherein the difficulty of stair climbing of old, weak, sick, residual, pregnant colony and worried particularly; For they provide a kind of safe and reliable, convenient and practical, expense is low, and the dish well formula people building elevator that goes up and down along the banister outside of coiling stairwell.
The technical scheme that the present invention adopted is: a kind of dish well formula people building elevator comprises:
Beam-and-rail is arranged on below the roof boarding of the top layer in stairwell longitudinal plane of symmetry top, and is horizontally disposed with;
Carry and drag device, be arranged on movably on the beam-and-rail, carry and drag rope, the upper end is dragged device and is connected the lower end connecting shackle with carrying;
Rail set, described rail set coiling stairwell is installed on the staircase boards lower edge or staircase boards medial surface of banister top, and the top layer part fixes through support, and described support is positioned on banister and railing post;
Slideway is arranged on outside the railing post of banister below, and parallel with banister;
Tackle arrangement is arranged on the rail set movably, and the upper end is through a load transducer connecting shackle, and moves carrying the effect lower edge rail set of dragging device;
The manned device is connected the lower end of tackle arrangement, side and described slideway sliding block joint;
Stop mechanism is arranged between described tackle arrangement and the described rail set, under the control of brake lever and control setup, is used for tackle arrangement is braked and stopped ladder.
Described carrying dragged device and included mobile hoist ceiling crane, and described mobile hoist ceiling crane is installed on the described beam-and-rail movably, and the described upper end of dragging rope of carrying connects and moves hoist ceiling crane.
Described rail set includes get on the right track plate and lower railway plate; The setting that described get on the right track plate and lower railway plate are parallel to each other; Described getting on the right track positions through a plurality of U type attaching partss between plate and the lower railway plate; Described plate and the kernel of section line of lower railway plate on vertical guide of getting on the right track is arranged in the same vertical surface; And described rail set is to be installed on the staircase boards lower edge or staircase boards medial surface of banister top through the steel part with holes on the described U type attaching parts and bolt coiling stairwell, and top layer part then is to be fixed on the described support through described U type attaching parts.
Described tackle arrangement includes outboard support and the medial cradle that is symmetricly set on described rail set both sides; Be embedded in the sealed bearings in the formed space between plate and the lower railway plate that gets on the right track of rail set; And little axle; The center of described outboard support and medial cradle is respectively arranged with through hole; Described little axle runs through the through hole of outboard support, the center of sealed bearings and the through hole of medial cradle successively, and an end of said little axle is fixed on the outside of outboard support successively through clamp and nut, and the other end of said little axle is fixed on the outside of medial cradle through another clamp and another nut; The upper end of described medial cradle is through the load transducer connecting shackle, and the lower end of described this medial cradle connects the manned device, and described load transducer connects control setup.
Described outboard support and medial cradle rollably embed respectively at the two ends up and down of this side adjacent with described rail set has rolling member, and described each rolling member supports outboard support and medial cradle moves in the both sides of get on the right track plate and lower railway plate and along get on the right track plate and lower railway plate.
Described manned device includes the sedan-chair basket; The side that described sedan-chair basket is positioned at banister is provided with a plurality of carrying rollers that the sedan-chair basket rolls along described slideway that are used to support; The top of described carrying roller is provided with the brake lever that is fixed on control setup on the sedan-chair basket and interconnective and charging unit and stop mechanism; The top of described carrying roller top is connected with the lower end of tackle arrangement medial cradle, and the top of one side is provided with the safety door railing on described carrying roller opposite.
Described stop mechanism includes the brake electromagnet device; Brake cable, brake cable guide pin bushing, retracing spring; Brake lever; The tapered end of described brake electromagnet device is used in the contact position that glancing impact inserts sealed bearings and lower railway plate between the lower railway plate of the sealed bearings of tackle arrangement and rail set, and described brake cable runs through wedge shape electromagnet two ends; Wherein, One end of said brake cable is fixed on the end of wedge shape electromagnet away from sealed bearings and lower railway plate contact position, and the other end of said brake cable connects manual brake lever after passing the guide pin bushing on a plurality of clamps that are fixed on tackle arrangement successively, on the guide pin bushing of contiguous brake electromagnet device, the retracing spring that is enclosed within on the brake cable is installed.
Described brake electromagnet device includes the wedge shape electromagnet that is formed through the folded system of rivet by the multilayer silicon steel sheet; The front portion of said wedge shape electromagnet is a wedge structure; The rear portion is a rectangular configuration; Described wedge shape electromagnet shaft is to being formed with the brake cable hole that connects two ends, and the rectangular configuration part of described wedge shape electromagnet is wound with magnetic excitation wires approaching the wedge structure place, is being provided with the top wire hole that is used to insert the jackscrew that brake cable is fixed away from the wedge structure place.
The dish well formula people of the present invention building elevator has following advantage: 1, and the coiling stairwell goes up and down along banister; Need not designated lane, do not take building area, equipment is brief; Easy for installation, capital construction and over-the-road expense are very low, are fit to multi-storey building; Be particularly suited for building no electric multi-storey building and install and use, solve old, weak, sick, residual, pregnant stair climbing difficulty and worried; 2, press close to the stairway step operation, the danger of falling in no high-altitude, running velocity is low, adds the failure-free safety guard, can stop human casualty accident and take place; 3 inspections are safeguarded to pick up and are repaiied conveniently; 4 can be not accidents caused because of having a power failure.
Description of drawings
Fig. 1 is that dish well formula people building elevator is always schemed;
Fig. 2 is the A enlarged drawing of Fig. 1;
Fig. 3 carries dragging the device scheme drawing;
Fig. 4 is the rail set scheme drawing;
Fig. 5 is the birds-eye view of Fig. 4;
Fig. 6 is the A of Fig. 4---the A view;
Fig. 7 is the tackle arrangement scheme drawing;
Fig. 8 is the stop mechanism scheme drawing;
Fig. 9 is a brake electromagnet device scheme drawing;
Figure 10 is manned device's front view;
Figure 11 is manned device's lateral plan;
Figure 12 is the PLC control system block diagram among the present invention.
Among the figure
1: carry and drag device 2: rail set
3: tackle arrangement 4: stop mechanism
5: the manned device 6: banister
7: slideway 8: the brake cable guide pin bushing
9: control system 10: bolt
11:U type attaching parts 12: rivet
13: load transducer 14: retracing spring
15: beam-and-rail 16: move hoist ceiling crane
17: carry and drag rope 18: suspension hook
19: clamp 20: obliquity sensor
21: plate 22 gets on the right track: the lower railway plate
23: rolling member 24: sealed bearings
25: little axle 26: medial cradle
27: outboard support 28: the brake electromagnet device
29: brake cable 30: brake lever
31: safety door railing 32: control setup
33: charging unit 34: the sedan-chair basket
35: carrying roller 36: support
37: wedge shape electromagnet 38: through hole
39: top 40: the brake cable hole
41: top wire hole 42: magnetic excitation wires
The specific embodiment
Below in conjunction with embodiment and accompanying drawing the dish well formula people of the present invention building elevator is made detailed description.
The dish well formula people of the present invention building elevator like Fig. 1, shown in Figure 2, comprising: beam-and-rail 15 is arranged on below the roof boarding of the top layer in stairwell longitudinal plane of symmetry top, and is horizontally disposed with; Carry and drag device 1, be arranged on movably on the beam-and-rail 15; Carry and drag rope 17, the upper end is dragged device 1 and is connected with carrying, and the lower end is connected with suspension hook 18; Rail set 2, described rail set 2 coiling stairwells are installed on the staircase boards lower edge or staircase boards medial surface of banister 6 tops, and the top layer part fixes through support 36, and described support 36 is positioned on banister 6 and the railing post; Slideway 7 is arranged on outside the railing post of banister 6 belows, and parallel with banister 6; Tackle arrangement 3 is arranged on the rail set 2 movably, and the upper end is through a load transducer 13 connecting shackles 18, and moves carrying the effect lower edge rail set 2 of dragging device 1; The manned device 5, are connected the lower end of tackle arrangement 3, side and described slideway 7 sliding block joints; Stop mechanism 4 is arranged between described tackle arrangement 3 and the described rail set 2, can be at any time pulls brake cables 29 through manual brake lever 30 and implements braking, under the control of control setup 32, is used for tackle arrangement 3 is braked when dragging fracture of rope when carrying.
As shown in Figure 3, described carrying dragged device 1 and included and move hoist ceiling crane 16, and described mobile hoist ceiling crane 16 is installed on the described beam-and-rail 15 movably, and the described upper end of dragging rope 17 of carrying connects and moves hoist ceiling crane 16.Beam-and-rail 15 two ends are fixing on the wall and upright supports is set, and carry dragging device 1 and also on beam-and-rail 15, moving carrying dragging in the process that manned device 5 goes up and down, and level off to all the time vertically to carry and drag.Carry and drag carrying of actuating device 1 and drag motion and drive, carry and drag the parallel motion of device 1 on beam-and-rail 15 and lean on stepping motor or driven by servomotor by frequency control motor.
As shown in Figure 4; Described rail set 2 includes get on the right track plate 21 and lower railway plate 22; The described plate 21 that gets on the right track connects into the setting that is parallel to each other with lower railway plate 22 through a plurality of U type attaching partss 11; Captiveing joint with the plate 21 that gets on the right track in a termination in described each 11 two termination of U type attaching parts, captives joint with lower railway plate 22 in another termination.Promptly rely on will the get on the right track external side end welding of plate 21 and lower railway plate 22 of U type member 11 fixing as a whole; And through bolt 10 be welded on steel part with holes on the type attaching parts 11 and track plate be installed in the staircase boards lower edge or the medial surface of banister top around stairwell; In top layer part then is to be fixed on the described support 36 through described U type attaching parts 11; With banister 6 synchronization liftings; The track of rail set 2 is assembled with lower railway plate 22 systems of simmering by two cross section plates 21 that get on the right track as shown in Figure 4, and the described plate 21 that gets on the right track is arranged in the same vertical surface with the kernel of section line of lower railway plate 22 on vertical guide.
As shown in Figure 7; Described tackle arrangement 3 includes the outboard support 27 and medial cradle 26 that is symmetricly set on described rail set 2 both sides; Be embedded in the sealed bearings 24 in the formed space between plate 21 and the lower railway plate 22 that gets on the right track of rail set 2; And little axle 25; The center of described outboard support 27 and medial cradle 26 is respectively arranged with through hole 38; Described little axle 25 runs through the through hole 38 of outboard support 27, the center of sealed bearings 24 and the through hole 38 of medial cradle 26 successively, and an end of said little axle 25 is fixed on the outside of outboard support 27 through clamp 19 and nut, and the other end of said little axle 25 is fixed on the outside of medial cradle 26 through another clamp 19 and nut; The upper end of described medial cradle 26 is through load transducer 13 connecting shackles 18, and the lower end of described this medial cradle 26 connects manned device 5 upper end, and described load transducer 13 connects control setup.
The embedding that described outboard support 27 and medial cradle 26 are rolled respectively at the two ends up and down of this side adjacent with described rail set 2 has rolling member 23, and described each rolling member 23 supports outboard supports 27 and moves with lower railway plate 22 in the both sides of get on the right track plate 21 and lower railway plate 22 and along the plate 21 that gets on the right track with medial cradle 26.
Like Figure 10, shown in Figure 11; Described manned device 5 includes sedan-chair basket 34; The side that described sedan-chair basket 34 is positioned at banister 6 is provided with a plurality of carrying rollers 35 that sedan-chair basket 34 rolls along described slideway 7 that are used to support; The top of described carrying roller 35 is provided with the brake lever 30 that is fixed on control setup 32 on the sedan-chair basket 34 and interconnective and charging unit 33 and stop mechanism 4; The top 39 of described carrying roller 35 tops is connected with the lower end of tackle arrangement medial cradle 26, and the top of one side is provided with safety door railing 31 on described carrying roller 35 opposites.
Carry and drag device and be connected through on rope and the said tackle arrangement; And carry and drag tackle arrangement and in said track, move; The tackle arrangement lower end is connected with said manned device's top 39 and carries and drag said manned device and go up and down along said slideway, thereby realizes the lifting action of elevator.
As shown in Figure 8, described stop mechanism 4 includes brake electromagnet device 28, brake cable 29; Brake cable guide pin bushing 8, retracing spring 14, brake lever 30; The tapered end of described brake electromagnet device 28 is used in the contact position that glancing impact inserts sealed bearings 24 and lower railway plate 22 between the lower railway plate 22 of the sealed bearings 24 of tackle arrangement 3 and rail set 2, and described brake cable 29 runs through wedge shape electromagnet 37 two ends; Wherein, One end of said brake cable 29 is fixed on wedge shape electromagnet 37 away from sealed bearings 24 end with lower railway plate 22 contact positions, and brake cable guide pin bushing 8 backs that the other end of said brake cable 29 passes on a plurality of clamps 19 that are fixed on tackle arrangement 3 successively connect manual brake lever 30, on the brake cable guide pin bushing 8 of contiguous brake electromagnet device 28, the retracing spring 14 that is enclosed within on the brake cable 29 are installed; Brake electromagnet device 28 can pull brake cable 29 through manual brake lever at any time and implement to brake and control and stop ladder; Guarantee safe operation, drag fracture of rope when weightless carrying, load transducer 13 shown in Figure 2 will send signal; Automatically energising excitation and be adsorbed on and realize on the track plate 22 that braking and control stop ladder, guarantee personal safety.
Described brake electromagnet device 28 includes the wedge shape electromagnet 37 that is formed through rivet 12 folded systems by the multilayer silicon steel sheet; The front portion of said wedge shape electromagnet is a wedge structure; The rear portion is a rectangular configuration; Described wedge shape electromagnet 37 axially is formed with the brake cable hole 40 that connects two ends, and the rectangular configuration part of described wedge shape electromagnet 37 is wound with magnetic excitation wires 42 approaching the wedge structure place, is being provided with the top wire hole 41 that is used to insert the jackscrew that brake cable 29 is fixed away from the wedge structure place.
The up-down of the dish well formula people of the present invention building elevator is achieved in that to carry and drags hanging of device and angle 18 to be connected with the upper end of the medial cradle 26 of tackle arrangement; Carry and dragging tackle arrangement and in rail set, move; The lower end of the medial cradle 26 of tackle arrangement and manned device top 39 be connected, carry and drag device and tackle arrangement and carry and dragging the manned device and the occupant goes up and down to arrive selected floor along the outside disc of slideway 7 around stairwell.
The control system 9 of the dish well formula people of the present invention building elevator adopts PLC control elevator operation shown in figure 12; Wherein the CPU 43 in the control system 9 exports disconnected rope brake control signal 50 respectively according to instruction 48 and calling signal 49 in the obliquity sensor signal 44 that receives respectively, operation control signal 45, limit signal 46, limit for tonnage signal 47, the sedan-chair basket and carries and drag motion control signal 51, to improve the elevator serviceability.
The occupant can select layer inside and outside the sedan-chair basket, arrive selected floor point automatically and stop ladder; Under the occupant behind the sedan-chair basket, if no calling signal then elevator return automatically to top layer and stop ladder; If calling signal is arranged, elevator arrives automatically exhales ladder layer point; If the elevator overload, load transducer 13 sends signal and stops ladder; Be mounted with obliquity sensor 20 carrying on the suspension hook 18 of dragging device 1, will carry the dip angle signal of dragging rope at any time and send, make to carry and drag device and be tending towards all the time vertically carrying and drag; When meeting obstacle, sedan-chair basket operation the place ahead stops ladder behind elder generation's activating alarm.
Claims (8)
1. a dish well formula people building elevator is characterized in that, comprising:
Beam-and-rail (15) is arranged on below the roof boarding of the top layer in stairwell longitudinal plane of symmetry top, and is horizontally disposed with;
Carry and drag device (1), be arranged on movably on the beam-and-rail (15), carry and drag rope (17), the upper end is dragged device (1) and is connected lower end connecting shackle (18) with carrying;
Rail set (2); Described rail set (2) coiling stairwell is installed on the staircase boards lower edge or staircase boards medial surface of banister (6) top; And top layer is partly fixed through support (36), and described support (36) is positioned on banister and railing post;
Slideway (7) is arranged on outside the railing post of banister (6) below, and parallel with banister (6);
Tackle arrangement (3) is arranged on the rail set (2) movably, and the upper end is through a load transducer (13) connecting shackle (18), and moves carrying the effect lower edge rail set (2) of dragging device (1);
Manned device (5) is connected the lower end of tackle arrangement (3), side and described slideway (7) sliding block joint;
Stop mechanism (4) is arranged between described tackle arrangement (3) and the described rail set (2), under the control of brake lever (30) and control setup (32), is used for tackle arrangement (3) is braked and stopped ladder.
2. the dish well formula people according to claim 1 building elevator; It is characterized in that; Described carrying dragged device (1) and included mobile hoist ceiling crane (16); Described mobile hoist ceiling crane (16) is installed on the described beam-and-rail (15) movably, and the described upper end of dragging rope (17) of carrying connects mobile hoist ceiling crane (16).
3. the dish well formula people according to claim 1 building elevator; It is characterized in that; Described rail set (2) includes plate that gets on the right track (21) and lower railway plate (22); The setting that described plate that gets on the right track (21) and lower railway plate (22) are parallel to each other; Position through a plurality of U type attaching partss (11) between described plate that gets on the right track (21) and the lower railway plate (22); Described plate that gets on the right track (21) and the kernel of section line of lower railway plate (22) on vertical guide are arranged in the same vertical surface; And described rail set (2) is to be installed on the staircase boards lower edge or staircase boards medial surface of banister (6) top through the steel part with holes on the described U type attaching parts (11) and bolt (10) coiling stairwell, and top layer part then is to be fixed on the described support (36) through described U type attaching parts (11).
4. the dish well formula people according to claim 1 building elevator; It is characterized in that; Described tackle arrangement (3) includes outboard support (27) and the medial cradle (26) that is symmetricly set on described rail set (2) both sides; Be embedded in the sealed bearings (24) in the formed space between the plate that gets on the right track (21) and the lower railway plate (22) of rail set (2); And little axle (25); The center of described outboard support (27) and medial cradle (26) is respectively arranged with through hole (38); Described little axle (25) runs through the through hole (38) of outboard support (27), the center of sealed bearings (24) and the through hole (38) of medial cradle (26) successively, and an end of said little axle (25) is fixed on the outside of outboard support (27) successively through clamp (19) and nut, and the other end of said little axle (25) is fixed on the outside of medial cradle (26) through another clamp (19) and another nut; The upper end of described medial cradle (26) is through load transducer (13) connecting shackle (18), and the lower end of described this medial cradle (26) connects manned device (5), and described load transducer (13) connects control setup (32).
5. the dish well formula people according to claim 4 building elevator; It is characterized in that; Described outboard support (27) and medial cradle (26) rollably embed respectively at the two ends up and down of this side adjacent with described rail set (2) has rolling member (23), and described each rolling member (23) supports outboard support (27) and medial cradle (26) moves in the both sides of plate that gets on the right track (21) and lower railway plate (22) and along get on the right track plate (21) and lower railway plate (22).
6. the dish well formula people according to claim 1 building elevator; It is characterized in that; Described manned device (5) includes sedan-chair basket (34); The side that described sedan-chair basket (34) is positioned at banister (6) is provided with a plurality of carrying rollers (35) that sedan-chair basket (34) rolls along described slideway (7) that are used to support; The top of described carrying roller (35) is provided with and is fixed on the sedan-chair basket (34) and brake lever (30) interconnective control setup (32) and charging unit (33) and stop mechanism (4); The top (39) of described carrying roller (35) top is connected with the lower end of tackle arrangement medial cradle (26), and the top of one side is provided with safety door railing (31) on described carrying roller (35) opposite.
7. the dish well formula people according to claim 1 building elevator; It is characterized in that; Described stop mechanism (4) includes brake electromagnet device (28); Brake cable (29), brake cable guide pin bushing (8), retracing spring (14); Brake lever (30); The tapered end of described brake electromagnet device (28) is positioned between the lower railway plate (22) of sealed bearings (24) and rail set (2) of tackle arrangement (3), is used in the contact position that glancing impact inserts sealed bearings (24) and lower railway plate (22), and described brake cable (29) runs through wedge shape electromagnet (37) two ends; Wherein, One end of said brake cable (29) is fixed on the end of wedge shape electromagnet (37) away from sealed bearings (24) and lower railway plate (22) contact position, and guide pin bushing (8) back that the other end of said brake cable (29) passes on a plurality of clamps (19) that are fixed on tackle arrangement (3) successively connects manual brake lever (30), on the guide pin bushing (8) of contiguous brake electromagnet device (28), the retracing spring (14) that is enclosed within on the brake cable (29) is installed.
8. the dish well formula people according to claim 7 building elevator; It is characterized in that; Described brake electromagnet device (28) includes the wedge shape electromagnet (37) that is formed through the folded system of rivet (12) by the multilayer silicon steel sheet; The front portion of said wedge shape electromagnet (37) is a wedge structure, and the rear portion is a rectangular configuration, and described wedge shape electromagnet (37) axially is formed with the brake cable hole (40) that connects two ends; The rectangular configuration of described wedge shape electromagnet (37) part is wound with magnetic excitation wires (42) approaching the wedge structure place, is being provided with the top wire hole (41) that is used for inserting the jackscrew that brake cable (29) is fixed away from the wedge structure place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012103455160A CN102826431A (en) | 2012-09-18 | 2012-09-18 | Coil-well resident building elevator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012103455160A CN102826431A (en) | 2012-09-18 | 2012-09-18 | Coil-well resident building elevator |
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| CN102826431A true CN102826431A (en) | 2012-12-19 |
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| CN2012103455160A Pending CN102826431A (en) | 2012-09-18 | 2012-09-18 | Coil-well resident building elevator |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103552898A (en) * | 2013-11-22 | 2014-02-05 | 上海同演建筑科技有限公司 | Track type simple elevator for multi-floor residence |
| CN103910270A (en) * | 2014-04-22 | 2014-07-09 | 徐赞 | Lifting conveyor with single suspension arm |
| CN105270963A (en) * | 2014-06-20 | 2016-01-27 | 郑永如 | No-waiting elevator added in walking stair |
| CN105836579A (en) * | 2015-01-12 | 2016-08-10 | 郑永如 | Simple elevator in walking staircases |
| CN106976780A (en) * | 2017-04-10 | 2017-07-25 | 蔺云霞 | The plug-in rotating formula elevator that can be run in the stair shaft of staircase |
| CN107961451A (en) * | 2016-10-20 | 2018-04-27 | 苏州思创西玛控制系统有限公司 | A kind of fast escaping device |
| CN112478982A (en) * | 2020-11-24 | 2021-03-12 | 沪东中华造船(集团)有限公司 | Method for installing vertical guide rail of ship elevator |
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| CN200951920Y (en) * | 2006-10-09 | 2007-09-26 | 王泽平 | Lifting machine in corridor |
| CN202785173U (en) * | 2012-09-18 | 2013-03-13 | 余载强 | Coiled-well type elevator for residential buildings |
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103552898A (en) * | 2013-11-22 | 2014-02-05 | 上海同演建筑科技有限公司 | Track type simple elevator for multi-floor residence |
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| CN103910270A (en) * | 2014-04-22 | 2014-07-09 | 徐赞 | Lifting conveyor with single suspension arm |
| CN105270963A (en) * | 2014-06-20 | 2016-01-27 | 郑永如 | No-waiting elevator added in walking stair |
| CN105270963B (en) * | 2014-06-20 | 2017-09-29 | 郑永如 | Pedestrian stairway, which is installed additional, exempts to wait elevator |
| CN105836579A (en) * | 2015-01-12 | 2016-08-10 | 郑永如 | Simple elevator in walking staircases |
| CN105836579B (en) * | 2015-01-12 | 2018-05-25 | 郑永如 | Simple elevator in pedestrian stairway |
| CN107961451A (en) * | 2016-10-20 | 2018-04-27 | 苏州思创西玛控制系统有限公司 | A kind of fast escaping device |
| CN106976780A (en) * | 2017-04-10 | 2017-07-25 | 蔺云霞 | The plug-in rotating formula elevator that can be run in the stair shaft of staircase |
| CN112478982A (en) * | 2020-11-24 | 2021-03-12 | 沪东中华造船(集团)有限公司 | Method for installing vertical guide rail of ship elevator |
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