CN201942973U - Elevated transportation type highway - Google Patents
Elevated transportation type highway Download PDFInfo
- Publication number
- CN201942973U CN201942973U CN2010206432152U CN201020643215U CN201942973U CN 201942973 U CN201942973 U CN 201942973U CN 2010206432152 U CN2010206432152 U CN 2010206432152U CN 201020643215 U CN201020643215 U CN 201020643215U CN 201942973 U CN201942973 U CN 201942973U
- Authority
- CN
- China
- Prior art keywords
- overhead
- elevated
- highway
- road surface
- conveying
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Road Paving Structures (AREA)
Abstract
The utility model discloses an elevated transportation type highway which replaces existing traditional ways of carrying people by car with a way of carrying people by the elevated highway. The elevated highway comprises an elevated base installation on the pavement, a transportation device, highway stairs and a solar power supplying device, wherein the elevated base installation is formed by an elevated installation which is higher than the pavement and is relatively ring-shaped. Two arc-shaped portions of the elevated installation extend along both sides of the pavement and connect with each other in a spreading mode. A horizontal set-up face of the elevated base installation is provided with the transportation device driven by a motor, each side of the set-up face is provided with barriers, each entrance and each exit are arranged on outer barriers at the same interval, the highway stairs are arranged on the outside of the elevated base installation and are correspondingly connected with the entrances and exits distributed at same intervals at the highway, a solar energy receiving board is arranged on a ceiling face of the elevated installation, and the electric energy produced by the receiving board is transmitted to a driving motor arranged on the transportation device of the elevated installation. The elevated highway is capable of effectively reducing traffic jams, saving energy, reducing emission, cleaning air in urban areas, thereby having great social benefits.
Description
Technical field
The present invention relates to the road traffic infrastructure construction of city proper, a kind ofly substitute existing traditional innovation means of transportation by the manned current mode of automobile by the current mode of manned conveying-type, can solve a urban traffic congestion difficult problem and energy-saving and emission-reduction, a kind of specifically overhead conveying-type highway.
Background technology
Current still current based on automobile for urban traffic, the development of society, people's living standard is progressively improving, the popular development that is accompanied by automobile increases sharply numeral and has also caused: because infrastructure constructions such as traffic route fail to grow with each passing hour, then having caused especially, crossroad access crowds, obstruction is usual thing, because of car and people strive, the traffic accident that causes of scrambling for roads of car and car takes place frequently, every day is not because the obstruction of traffic knows to waste how many valuable time, automobile will take fixing and public dual parking spot in addition, parking has taken the passageway for fire apparatus, the sports center, road, parking difficulty etc. have also been brought up the crowded to capacity of city.Excessive running car will consume a large amount of fuel thereby the harmful exhaust that gives off directly threatens human beings'health, and how effectively solving urban transport problems and motor vehicle exhaust emission problem has become the focus that the whole society pays close attention to.
The utility model content
In order to overcome the deficiencies in the prior art, the objective of the invention is to provide a kind of traffic route that utilizes the city present situation, the current instrument of traffic passing through for people's life, work such as overhead conveying-type highway, alternative automobile are set up in the space above the road both sides.
The technical solution adopted for the present invention to solve the technical problems is a kind of overhead conveying-type highway, it comprises the overhead infrastructure on the road surface, conveying device, the road surface halfpace, solar powered facility, it is characterized in that described overhead infrastructure is: road both sides, section upper edge, traffic route road surface and this two ends, highway section arc spread out and connect the formation overhead facility that exceeds the road surface of annular relatively, the level of this overhead infrastructure is set up face and is provided with conveying device by drive of motor, set up on the face both sides and all establish guardrail, ceiling is established in the top, establish each access by setpoint distance on the guardrail of place's outer shroud, described road surface halfpace distributes to be arranged on the ring side of overhead infrastructure line outer, road surface and connects with corresponding overhead corresponding the spreading out in each access that goes up the setpoint distance distribution, and described solar powered facility is to be arranged on the overhead ceiling face by the photovoltaic board component, the drive motors electric power that disposes on the conveying device on its electric energy of producing supply consubstantiality constitutes.
Above-mentioned road both sides, section upper edge, traffic route road surface and this two ends, highway section annular spread out connect formation relatively annular the overhead facility that exceeds the road surface, can also be annular is relatively respectively established in the road both sides on the belt traffic route the overhead infrastructure in road surface, overhead facility on basis that this overhead infrastructure comprises the underground engineering and the ground, the overhead ceiling that is provided with or long railway carriage or compartment and overhead level gone up set up the conveying device by drive of motor that is provided with on the face.
Above-mentioned level is set up face and is provided with conveying device by drive of motor, this conveying device is linked from beginning to end with each plane pedal relatively and sets up the structure for conveying of doing transmission operation on the face along level, the level of overhead infrastructure is set up face as the base surface that conveying device is set, guardrail is all established in the face both sides of setting up, be provided with come in and go out each access of guardrail by setpoint distance on the guardrail of place's outer shroud for the passenger, ceiling is established in the top, ceiling is the rain setting of keeping out the wind of multitudinous sun, by column be connected overhead on, the photovoltaic board component is set on the face of ceiling, what the photovoltaic board component was relative also can directly use as ceiling; The structure of guardrail and ceiling further can be set on the side of structure, place, long railway carriage or compartment outer shroud one side of the long van-type of relative closure completely to establish on each access, the compartment top of growing the railway carriage or compartment and the lateral surface by setpoint distance all installs the photovoltaic board component.
Overhead top the going up that is arranged on the overhead facility in annular road surface that above-mentioned conveying device is relative reaches in fence or the long railway carriage or compartment, this conveying device corresponds to setting up on the face relative to moving along elevated line is capable of circulation along elevated line setting and the removable plane pedal that forms on this conveying device of overhead infrastructure, the removable plane of on the conveying device each pedal be provided with that handrail uses for passenger safety and or establish seat for taking, mobile power is circulated by the motor-driven on this facility in the removable plane pedal road along the line that forms conveying device, motor by civil power and or provide solar energy for oneself electric power be provided, above-mentioned conveying device is very ripe known technology, its mode of movement, drive mechanism is various can be mated according to qualifications, so be not described in detail.
Described road surface halfpace branch is laid on the circuit outer ring side of the overhead infrastructure in described road surface and overhead corresponding the spreading out in access that respectively join that goes up the setpoint distance of distribution in corresponding road surface connects, above-mentioned road surface halfpace as desk-top ladder setting, its bottom on the mobile footrest platform of pedestrian's conveying equipment in fence or the long railway carriage or compartment above overhead facility is climbed up and entered on ground be located on the road surface, its upper mounting plate face and plane, access be contour, the road surface halfpace can be that halfpace setting on foot, further road surface halfpace can be lift appliance; The road surface halfpace also can be set to the large platform of transferring in the center that multidirectional access is arranged.
Described solar powered facility refers to, the end face in ceiling that is provided with on the overhead infrastructure or long railway carriage or compartment and the photovoltaic electric energy that lateral surface is provided with photovoltaic board component, its collection convert electric power to through system and rotate for drive motors, solar powered like this facility not only can be used as produce electric power for the power of conveying device use, but also can be as the equipment of sunshade on this facility, the rain that keeps out the wind, solar electrical energy generation be modern clean energy resource application, be that the detail description do not done in ripe this piece of writing of known technology.
Beneficial effect of the present invention is, implementing of overhead conveying-type highway is beneficial to the present situation of alleviating urban traffic congestion, obstruction, by overhead conveying-type highway substitute the automobile rise day by day application, can save a large amount of limited fuel sources and effective alleviation city and have influence on the threat that human health causes because of harmful tail gas of vehicular discharge, accomplish energy-saving and emission-reduction, cleaning city, have the huge social benefit.
Description of drawings
Fig. 1, overhead conveying-type highway distribution floor map.
Fig. 2, overhead conveying-type highway structure schematic diagram.
The right view of Fig. 3, Fig. 2.
1 highway among the figure (or primary and secondary arterial highway), 2 sidewalks, 3 viaduct, 4 overhead conveying-type highways, 41 overhead infrastructure, 42 conveying devices, 43 plane pedals, 44 motors, 45 handrails, 46 long railway carriage or compartments, 47 accesss, 5 ground halfpaces, 51 overhead switching large platforms, 6 solar powered facilities, 61 photovoltaic board components.
The specific embodiment
The traffic in certain city as shown in the figure, have have in a ring road 1, its circle connect East and West direction one major trunk roads 1 and outside the city circle highway is connected, has running due north and due south to major trunk roads 1 and the subsidiary road 1 of both sides distributes and all with East and West direction major trunk roads and the interconnection of ring road road highway overseas, according to the traffic pressure present situation of locality, select this city ring road completely and the East and West direction major trunk roads of right-angled intersection and north-south major trunk roads are implemented overhead conveying-type highway 4 construction, with the traffic pressure of keeping tensions down.Ring road 1 gold thread is implemented overhead conveying-type highway 4 and is built, adopts road both sides each circulation route of subtend; The overhead conveying-type highway 4 of East and West direction major trunk roads 1 and 1 enforcement of north-south major trunk roads is built, a switching large platform is established at employing right-angled intersection center, then form the four corners of the world each section circuit, this each circuit adopt road both sides and two respectively the arc line form overhead conveying-type highway 4 circuits of the unidirectional relatively circulation of single line in this highway section, current mouthful of the access 47 at the arc place of each part of path cross end and switching large platform connects, like this by switching large platform 51 realize each to mutually transfer.
Overhead conveying-type highway 4 comprises overhead infrastructure 41, is installed in conveying device 42 and ground halfpace 5 and solar powered facility 6 on overhead; It is overhead that overhead infrastructure 41 comprises on the underground basis instrument of road and the ground that upward the space is provided with the steel structure, so promptly formed each route in opposite directions of the overhead infrastructure 41 of annular relatively, so the height on overhead face that sets up of steel structure and ground is with P Passable vehicle, pedestrian on the ground of this overhead facility of standard setting of viaduct 3.The overhead of overhead infrastructure 41 set up on the face as the base surface that conveying device 42 is set, this conveying device 42 is provided with and forms capable of circulation move by transmission mechanism along the overhead upper thread road of setting up relative to each the plane pedal 43 that passes through link with head and the tail mutually, form power that the removable plane pedal 43 roads along the line circulations of conveying device 42 move by motor 44 drivings that are fixed on this device overhead, motor 44 by civil power and or provide solar energy for oneself electric power be provided, the drive mechanism of above-mentioned conveying device 42 comprises that the technology that its motor 44 drives all is very ripe known technology, its mode of movement is various can be mated according to qualifications, so be not described in detail, do not specifically illustrate among the figure yet; Pass through mutually on the conveying device 42 and all establish handrail 45 on each plane of motion pedal 43 of link and use for passenger safety and or establish seat for taking.Overhead infrastructure 41 completely the road be provided with above overhead the long railway carriage or compartment 46 of relative closure, long railway carriage or compartment 46 will set up the multiple completely cover of face upper conveyor 42 wherein, the inner height in length railway carriage or compartment 46, width identical with the bus inner height then be as the criterion according to the overhead face width of this facility, long railway carriage or compartment 46 is the safety barrier anti-Exposure to Sunlight that can protect from the wind and rain again, establishes respectively to join by setpoint distance on the side of long railway carriage or compartment 46 place's outer shrouds, one side and photovoltaic board component 61 all is installed on the compartment top in access 47, long railway carriage or compartment 47 and the lateral surface.
Solar power supply apparatus 6, the electric energy produced by the solar energy photovoltaic panel board component of installing on the compartment top in long railway carriage or compartment 46 and the lateral surface 61 are converted into electric power, this electric power through system and supply with the drive motors 44 of the conveying device 42 on consubstantiality and use and form, in view of solar energy receive and solar electrical energy generation to use be modern clean energy resource alternate application, relevant its exchange system technology be ripe known technology, so this piece of writing do not do not specifically illustrate among detail description, the figure yet.The overhead infrastructure 41 of overhead conveying-type highway 4 is all installed the photovoltaic board component on long railway carriage or compartment 46 its compartment tops on road and the lateral surface completely, utilize the motor 44 of the driven by power consubstantiality upper conveyor 42 of photovoltaic board component production to rotate, the plane of motion pedal 46 that mutually pass through link of motor 44 on this device of transmission system transmission along the level of the overhead infrastructure 41 of consubstantiality set up on the face and in the long railway carriage or compartment 46 road along the line circulation mobile.So because the utilization of solar energy influences the supply that this facility must have civil power because of being subjected to climate etc., civil power and solar photovoltaic are realized automaticallying switch by system configuration, move to guarantee conveying device 42.
The method of operation of overhead conveying-type highway 4, the operation of the conveying device 42 on the overhead specifically conveying-type highway 4 and stop mode: conveying device 42 adopt at a slow speed or middling speed is moved continuously, the passenger steps into or walks out of mode on the plane of motion pedal 43 in the long railway carriage or compartment 46 and takes or leave (mode of taking advantage of of looking at car as existing cableway) from each access in long railway carriage or compartment 46, also can adopt plane of motion pedal 43 middling speeds of conveying device 42 or fast operation and regularly section stop and allow the passenger long railway carriage or compartment 46 inside and outside (as the mode of taking of bus) of coming in and going out.Overhead like this conveying-type highway 4 just can use, the utility model is realized the purpose drafted.
Though the utility model is described in detail with above-mentioned specific embodiment; and the corresponding claim of formation; but the utility model is not limited to the described concrete literal content of claim; allly utilize basic design of the present utility model; further optimum organization and the distortion or the improvement project that form all should be considered as within protection domain of the present utility model.
Claims (6)
1. overhead conveying-type highway, comprise the overhead infrastructure on the road surface, conveying device, the road surface halfpace, solar powered facility, it is characterized in that described overhead infrastructure is: road both sides, section upper edge, traffic route road surface and this two ends, highway section arc spread out and connect the formation overhead facility that exceeds the road surface of annular relatively, the level of this overhead infrastructure is set up face and is provided with conveying device by drive of motor, set up on the face both sides and all establish guardrail, ceiling is established in the top, setpoint distance is established each access on the guardrail of place's outer shroud, described road surface halfpace distributes to be arranged on the ring side of overhead infrastructure line outer, road surface and connects with corresponding overhead corresponding the spreading out in each access that goes up the setpoint distance distribution, and described solar powered facility is to be arranged on the overhead ceiling face by the photovoltaic board component, the drive motors electric power that disposes on the conveying device on its electric energy of producing supply consubstantiality constitutes.
2. overhead conveying-type highway according to claim 1 is characterized in that: road both sides, section upper edge, described traffic route road surface and this two ends, highway section annular spread out connect formation relatively annular the overhead facility that exceeds the road surface, can also be that the overhead infrastructure in road surface of annular is relatively respectively established in the road both sides on the belt traffic route.
3. overhead conveying-type highway according to claim 1, it is characterized in that: described level is set up face and is provided with conveying device by drive of motor, and this conveying device is linked from beginning to end with each plane pedal relatively and sets up the structure for conveying of doing the transmission operation on the face along level.
4. overhead conveying-type highway according to claim 1 is characterized in that: the structure of described guardrail and ceiling further can be set to the long van-type of relative closure completely structure, and long railway carriage or compartment locate to establish each access by setpoint distance on the side of outer shroud one side.
5. overhead conveying-type highway according to claim 4 is characterized in that: the photovoltaic board component is installed on the compartment top of the long van-type structure of described relative closure and the lateral surface.
6. overhead conveying-type highway according to claim 1 is characterized in that: described road surface halfpace also can be set to the central switching large platform of multidirectional interface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206432152U CN201942973U (en) | 2010-12-06 | 2010-12-06 | Elevated transportation type highway |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206432152U CN201942973U (en) | 2010-12-06 | 2010-12-06 | Elevated transportation type highway |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201942973U true CN201942973U (en) | 2011-08-24 |
Family
ID=44470321
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206432152U Expired - Fee Related CN201942973U (en) | 2010-12-06 | 2010-12-06 | Elevated transportation type highway |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201942973U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102486019A (en) * | 2010-12-06 | 2012-06-06 | 福州耕耘专利开发有限公司 | Viaduct conveying type highway |
-
2010
- 2010-12-06 CN CN2010206432152U patent/CN201942973U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102486019A (en) * | 2010-12-06 | 2012-06-06 | 福州耕耘专利开发有限公司 | Viaduct conveying type highway |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101992780A (en) | Air public transportation method | |
| CN102182128B (en) | Urban intelligent digitalized neural traffic system | |
| US20120085612A1 (en) | Vehicle propulsion energy and utility power delivery system | |
| CN106758579B (en) | The building in three-dimensional city and traffic integrated system | |
| CN202181488U (en) | Urban intelligent digital nervous traffic system | |
| CN201678353U (en) | Automatic pedestrian footpath public transport system | |
| CN105442471A (en) | Intelligent safety barrier and safety island component | |
| CN102454141A (en) | Comprehensive-function, efficient and environment-friendly concrete-steel three-dimensional road | |
| CN102234055A (en) | Automatic pedestrian path public transit system | |
| CN202830734U (en) | Multifunctional gallery bridge | |
| CN102486019A (en) | Viaduct conveying type highway | |
| CN102383348A (en) | Urban multilayer stereoscopic public traffic line | |
| CN202063136U (en) | Cable-stayed-bridge-type electrified sky train ring bus | |
| JP2003082604A (en) | Cycling road | |
| CN109653046A (en) | A kind of urban road public transport three-dimensional operating system | |
| CN201942973U (en) | Elevated transportation type highway | |
| CN202440730U (en) | Crossroad building structure requiring no traffic light | |
| CN105568803A (en) | Traffic aisle with no traffic lamp at intersection and capable of achieving any point-to-point barrier-free function | |
| CN102211586A (en) | Cable-stayed bridge type overhead electrified railway ring-road bus | |
| CN103231712A (en) | Guide rail trailer system and running method thereof | |
| CN201027132Y (en) | Overhead belt type traffic device for city | |
| CN102535283A (en) | City space without traffic jams, automobile noise or automobile exhaust air pollution, and making method thereof | |
| CN211621273U (en) | Rain and snow prevention solar power generation canopy for road | |
| TW201706166A (en) | Sky rapid transit system using solar energy and hydrodynamic force implementing the transportation objective using rail transportation to be able to go directly to the destination right away | |
| CN107587396A (en) | Exempt to set urban road and regional complex system that the netted staggered floor of traffic lights is arranged |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110824 Termination date: 20131206 |