CN103569138A - Vertical high-speed pipeline transportation system - Google Patents
Vertical high-speed pipeline transportation system Download PDFInfo
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- CN103569138A CN103569138A CN201310442227.7A CN201310442227A CN103569138A CN 103569138 A CN103569138 A CN 103569138A CN 201310442227 A CN201310442227 A CN 201310442227A CN 103569138 A CN103569138 A CN 103569138A
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Abstract
A vertical high-speed pipeline transportation system belongs to the field of transportation and is formed by a pipeline subsystem, a transportation cabin subsystem and a safety escaping subsystem, wherein the pipeline subsystem comprises a pipeline body (2), a power electric source (3), a personnel safety escaping area (8), a vertical pipeline transportation area (9), a pipeline butt jointing device (10), a pipeline top track (19) and a pipeline bottom track (18); the transportation cabin subsystem comprises a top sliding circuit (4), a transportation cabin top side wheel group (5), a transportation cabin (6), an automatic suspension (20), a transportation cabin wheel group (7), a brake device (21), a driving control cab (13) and a power device (14); the safety escaping subsystem comprises a safety escaping door (12), a sensor (15), a signal lamp (24), an air conditioner (23) and a personnel safety escaping winding stair (16). The vertical high-speed transportation system is fast in operation speed, high in efficiency, strong in safety and suitable for replacing the transportation of modern city subways and modern intercity high-speed railways within 1000 kilometers.
Description
Technical field
The invention belongs to transport field, particularly relate to a kind of transport systems that utilizes three-dimensional pipeline to carry out high-velocity duct transportation.
Background technology
Current transport systems has air transport, sea-freight, land transportation and Railway transportation, sea-freight and land transportation speed are low, above-mentioned four kinds of transportations all exist a kind of problem of maximum be subject to exactly natural cause former thereby cannot solve at a high speed, efficient and safety problem, and construction cost is high, the cycle is long, under this background, the present invention has realized a kind of high speed, efficient, safe communications and transportation solution, for substituting modern intercity express traffic transport systems in modern city subway and 1000 kilometers.
Summary of the invention
The object of this invention is to provide a kind of high speed, efficient, safe communications and transportation solution, overcome current traffic and transportation system because of be subject to natural cause former thereby cannot solve at a high speed, efficient and safety problem, and solved the problem that construction cost is high, the cycle is long.
For solving the problems of the technologies described above, of the present invention
technical scheme: this solid high-velocity duct transport systems consists of pipeline subsystem, transport pod subsystem and safe escape subsystem that wherein pipeline subsystem comprises rail at the bottom of Outer Tube protecting sleeve, pipe body, electrical source of power, personal security escape district, three-dimensional pipeline traffic zone, pipeline docking facilities, pipeline head track, pipeline; Transport pod subsystem comprises transport pod top slide circuit, transport pod top side automatically controlled wheel suspension, transport pod top side wheels, transport pod, transport pod automatically controlled wheel suspension, transport pod wheels, transport pod brake gear, transport pod recoil auxiliary brake, transport pod drive-controlling room, transport pod engine installation, the automatic hatch door of transport pod; Safe escape subsystem comprises three-dimensional high-velocity duct transport systems personal security emergency exits, sensor, signal lamp, air conditioning equipment, personal security escape winding stair.Prefabricated its outside of pipe body of modularization installs an Outer Tube protecting sleeve additional; by the three-dimensional rapid transit pipeline that is connected to form a preseting length of pipeline docking facilities; pipe interior is that head track and end rail are equipped with in its top and the bottom, three-dimensional pipeline traffic zone of upper and lower two-layer same configuration; the dynamic power supply of pipeline transportation district inner top; in the certain spacing of pipeline side, it is personnel's safe escape district; it is inside and outside equipped with respectively 3 a group of people's safe escape doors, and sensor, signal lamp, air conditioning equipment and personal security escape winding stair are also installed.In three-dimensional pipeline traffic zone (for upper and lower two-layer same configuration), there is transport pod, transport pod bottom is provided with automatically controlled wheel suspension, wheels, brake gear and transport pod engine installation, transport pod front end is provided with transport pod recoil auxiliary brake and transport pod drive-controlling room, there is the automatic hatch door of transport pod transport pod side, and slide circuit is equipped with at transport pod top.
Adopt technique scheme that three-dimensional rapid transit pipeline is installed, electrical source of power is connected, passenger takes a seat, hatch door is closed automatically, system detects the requirement of travelling of transport pod and three-dimensional pipeline traffic zone security compliance, chaufeur is controlled transport pod and is started, the fast automatic speed-raising of transport pod engine installation to command speed by first sail for second ground, the automatically controlled wheel suspension of transport pod while entering into second ground platform, the transport pod recoil auxiliary brake that wheels and brake gear and transport pod front end are installed is according to default data and chaufeur brake instruction secure and pulsation-free slows down, passenger is delivered to destination and complete transportation target.If run into irresistible factor midway, cause three-dimensional high-velocity duct transport systems to use, now chaufeur or system start transport pod self-contained electric power and GPS(or Big Dipper navigation) make its safety traffic to personal security emergency exits, sensor there detects personnel's arrival, automatic opening signal lamp and air conditioning equipment, at this moment people open this door according to the description of operation of personal security emergency exits, enter into personal security escape district and then by the personal security winding stair of escaping, transfer to safety zone.
The present invention has following effect:
1, be principal feature of the present invention at a high speed, according to the difference of power kind, its speed is also different, adopts electric-powered high speed to surpass 400 kilometers/hour, and magnetic suspension power surpasses at a high speed 500 kilometers/hour.
2, be efficiently another feature of the present invention, owing to being distributed with the three-dimensional traffic zone of levels in a pipeline, so the freight volume efficiency of a pipeline is doubled.
3, safety is all insoluble difficult problems of the traffic and transportation systems such as existing Kong,Hai, road, iron; based on one of such active demand and object of the present invention; we have adopted its outside of the prefabricated pipe body of modularization to install an Outer Tube protecting sleeve additional; by the three-dimensional rapid transit pipeline that can reach design length that is connected to form of pipeline docking facilities, such pipeline overcome current traffic and transportation system because of be subject to the natural causes such as dense fog, strong wind, heavy rain, hail, heavy snow former thereby cannot solve at a high speed, efficient and safe operation problem.The present invention is because adopting closed conduct and independent Security Officer's escape system being installed when the rare disaster of reply, war and terrified destruction cause are endangered transport systems, and its safety and validity are better than aforementioned four kinds of traffic and transportation systems.
4, cost is another advantage of the present invention equally, has adopted the prefabricated pipe body of modularization by factory normalization, mass production, makes that piping cost is low, quality good, precision is high, easy construction, and installation period is short.
5, the object of the invention is to substitute modern intercity express traffic transport systems in modern city subway system and 1000 kilometers.After the pipe body of use special substance, also can be used for the three-dimensional high-velocity duct transportation in seabed.
Accompanying drawing explanation
Figure l is the cross-sectional view of pipeline subsystem of the present invention, transport pod subsystem and safe escape subsystem; Fig. 2 is the front view structural representation of pipeline subsystem of the present invention, transport pod subsystem and safe escape subsystem.
The specific embodiment
The specific embodiment of the present invention is illustrated by reference to the accompanying drawings.
As depicted in figs. 1 and 2, rail 19-pipeline head track 20-transport pod automatically controlled wheel suspension 21-transport pod brake gear 22-transport pod top side automatically controlled wheel suspension 23-air conditioning equipment 24-signal lamp at the bottom of the automatic hatch door 18-pipeline of wheels 6-transport pod 7-transport pod wheels 8-personal security escape district 9-three-dimensional pipeline traffic zone (being upper and lower two-layer same configuration), 1-Outer Tube protecting sleeve, 2-pipe body, 3-electric supply, 4-transport pod top slide circuit 5-transport pod top side 10-pipeline docking facilities, 11-transport pod recoil auxiliary brake 12-personal security emergency exits 13— transport pod drive-controlling room's 14-transport pod engine installation, 15-sensor, 16-personal security escape winding stair 17-transport pod.
The present invention relates to a kind ofly utilize that stereo tube duct device carries out at a high speed, efficient, the transport systems of transporting safely.This solid high-velocity duct transport systems consists of pipeline subsystem, transport pod subsystem and safe escape subsystem, and wherein pipeline subsystem comprises rail (18) at the bottom of Outer Tube protecting sleeve (1), pipe body (2), electrical source of power (3), personal security escape district (8), three-dimensional pipeline traffic zone (for upper and lower two-layer same configuration) (9), pipeline docking facilities (10), pipeline head track (19), pipeline; Transport pod subsystem comprises transport pod top slide circuit (4), transport pod top side automatically controlled wheel suspension (22), transport pod top side wheels (5), transport pod (6), transport pod automatically controlled wheel suspension (20), transport pod wheels (7) transport pod brake gears (21), transport pod recoil auxiliary brake (11), transport pod drive-controlling room (13), transport pod engine installation (14), the automatic hatch door of transport pod (17); Safe escape subsystem comprises three-dimensional high-velocity duct transport systems personal security emergency exits (12), sensor (15), signal lamp (24), air conditioning equipment (23), personal security escape winding stair (16).Prefabricated its outside of pipe body (2) of modularization installs an Outer Tube protecting sleeve (1) additional, docking facilities (10) is provided with negative thread, the port of pipe body (2) is provided with outside thread, by pipeline docking facilities (10) and the thread connecting mode of pipe body (2), one section of one segment pipe body linked into an integrated entity, form the three-dimensional rapid transit pipeline of a preseting length, pipe interior is that head track (19) is equipped with on its top, three-dimensional pipeline traffic zone (9) of upper and lower two-layer same configuration, end rail (18) is equipped with in bottom, the dynamic power supply of interior central top (3), in the certain spacing of pipeline side, it is personnel's safe escape district (8), on traffic zone partition and pipe body, be provided with safe escape door (12), (12) bottom is provided with sensor (15), (12) top is provided with signal lamp (24), (24) top is provided with air conditioning equipment (23), (12) bottom is provided with personal security escape winding stair (16).In three-dimensional pipeline traffic zone (for upper and lower two-layer same configuration) (9), there is transport pod (6), transport pod (6) bottom is provided with automatically controlled wheel suspension (20), (20) by device, be connected with the bearing of wheels (7), (7) brake gear (21) is installed on, (6) bottom is provided with transport pod engine installation (14), (14) by driving device, be connected with wheels (7), transport pod (6) front end is provided with transport pod recoil auxiliary brake (11) and transport pod drive-controlling room (13), there is the automatic hatch door of transport pod (17) transport pod (6) side, slide circuit (4) and transport pod top side automatically controlled wheel suspension (22) are equipped with in transport pod (6) top, (22) by device, be connected with the bearing of top side wheels (5).
Claims (5)
1. a three-dimensional high-velocity duct transport systems, this system consists of pipeline subsystem, transport pod subsystem and safe escape subsystem, it is characterized in that: described pipeline subsystem comprises pipe body (2), electrical source of power (3), personal security escape district (8), three-dimensional pipeline traffic zone (9), pipeline docking facilities (10), pipeline head track (19) and end rail (18); Described transport pod subsystem comprises transport pod top slide circuit (4), transport pod top side automatically controlled wheel suspension (22), transport pod top side wheels (5), transport pod (6), transport pod automatically controlled wheel suspension (20), transport pod wheels (7) and transport pod brake gear (21), transport pod recoil auxiliary brake (11), transport pod drive-controlling room (13), transport pod engine installation (14), the automatic hatch door of transport pod (17); Described safe escape subsystem comprises three-dimensional high-velocity duct transport systems personal security emergency exits (12), sensor (15), signal lamp (24), air conditioning equipment (23), personal security escape winding stair (16).
2. three-dimensional high-velocity duct transport systems according to claim 1; it is characterized in that its outside of the prefabricated pipe body of modularization (2) installs one additional for waterproof, anti-corrosion Outer Tube protecting sleeve (1), pipe body (2) is connected to form a section pipe body one and is reached the three-dimensional rapid transit pipeline that design length requires by pipeline docking facilities (10).
3. according to the three-dimensional high-velocity duct transport systems described in claim 1 and 2, it is characterized in that the three-dimensional pipeline traffic zone (9) that three-dimensional rapid transit pipe interior is upper and lower two-layer same configuration, pipeline head track (19) is equipped with on its top, end rail (18) is equipped with in bottom, the dynamic power supply in center of top position (3).
4. according to the three-dimensional high-velocity duct transport systems described in claim 1,2,3, it is characterized in that three-dimensional rapid transit pipeline side is provided with the personal security escape district (8) of a determining deviation, it is equipped with respectively safe escape door (12) from the inside to surface, (12) bottom is provided with sensor (15), emergency exits (12) top is provided with signal lamp (24), signal lamp (24) top is provided with air conditioning equipment (23), and emergency exits (12) outer lower portion is provided with personal security escape winding stair (16).
5. according to the three-dimensional high-velocity duct transport systems described in claim 1 and 2, it is characterized in that in three-dimensional pipeline traffic zone (9), there is transport pod (6), transport pod (6) bottom is provided with automatically controlled wheel suspension (20), automatically controlled wheel suspension (20) is connected with the bearing of wheels (7) by device, brake gear (21) is installed on wheels (7), transport pod (6) bottom is provided with transport pod engine installation (14), (14) by driving device, be connected with wheels (7), transport pod (6) front end is provided with transport pod recoil auxiliary brake (11) and transport pod drive-controlling room (13), there is the automatic hatch door of transport pod (17) transport pod (6) side, slide circuit (4) and transport pod top side automatically controlled wheel suspension (22) are equipped with in transport pod (6) top, (22) by device, be connected with the bearing of top side wheels (5).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310442227.7A CN103569138A (en) | 2013-09-26 | 2013-09-26 | Vertical high-speed pipeline transportation system |
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| CN201310442227.7A CN103569138A (en) | 2013-09-26 | 2013-09-26 | Vertical high-speed pipeline transportation system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105253150A (en) * | 2014-07-16 | 2016-01-20 | 征先管联运输科技研究院（北京）有限公司 | Transportation pipeline for pipe traffic system |
| CN105523049A (en) * | 2015-12-18 | 2016-04-27 | 王玉福 | Vacuum pipeline transport station system |
| WO2018233432A1 (en) * | 2017-06-23 | 2018-12-27 | 苏彬诚 | Pipeline structure and rapid laying method for single-layer or dual-layer vacuum pipeline thereof |
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| US3675582A (en) * | 1970-08-05 | 1972-07-11 | Teledyne Ryan Aeronautical Co | Mass transportation system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105253150A (en) * | 2014-07-16 | 2016-01-20 | 征先管联运输科技研究院（北京）有限公司 | Transportation pipeline for pipe traffic system |
| CN105523049A (en) * | 2015-12-18 | 2016-04-27 | 王玉福 | Vacuum pipeline transport station system |
| WO2018233432A1 (en) * | 2017-06-23 | 2018-12-27 | 苏彬诚 | Pipeline structure and rapid laying method for single-layer or dual-layer vacuum pipeline thereof |
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Application publication date: 20140212 |