CN103062875A

CN103062875A - Air conditioning conveying device for buses in intercity bus station and cooling and heating methods of air conditioning conveying device

Info

Publication number: CN103062875A
Application number: CN2013100353776A
Authority: CN
Inventors: 朱春林; 朱志华
Original assignee: SHENZHEN TOLIGHT TECHNOLOGY Co Ltd
Current assignee: SHENZHEN TOLIGHT TECHNOLOGY Co Ltd
Priority date: 2013-01-30
Filing date: 2013-01-30
Publication date: 2013-04-24

Abstract

The invention discloses an air conditioning conveying device for buses in an intercity bus station and cooling and heating methods of the air conditioning conveying device. The air conditioning conveying device is mounted at a platform of the bus station, is communicated with air conditioners in the bus station and comprises a first pipeline, a second pipeline and a third pipeline which are stretchable and are sequentially communicated with one another, wherein the stretching direction of the first pipeline is vertical to that of the second pipeline, the stretching direction of the second pipeline is vertical to that of the third pipeline, and the stretching direction of the third pipeline is vertical to that of the first pipeline. As the three pipelines capable of automatically and directionally stretching are arranged at the platform and communicated with the air conditioners in the bus station, a cooling or heating service is provided for the buses stopping temporarily in the platform, so that the comfortable temperature and fresh air in the buses can be maintained when engines are not started, tail gas and noises are reduced when oil fuel is saved, and the pollution caused to the intercity bus station and other neighboring environments is greatly alleviated.

Description

The air-conditioning conveying device of bus and refrigeration and heating method thereof in the passenger on long-distance routes station

Technical field

Air-conditioning conveying device field in short time refrigeration when the present invention relates to intercity or inter-provincial passenger vehicle and the visitor such as resting in the long-distance bus station or heating method and the platform thereof, in particular a kind ofly save the passenger vehicle oil plant, reduce air-conditioning conveying device in the passenger on long-distance routes station platform of utilizing exhaust gas from coach discharging and noise pollution in the platform, and the passenger vehicle in the platform is provided the method for refrigeration or heating.

Background technology

Development along with Urbanization Process In China, flow of the people, vehicle flowrate are all increasing, increased the weight of the pollution to urban environment, for example at the passenger on long-distance routes station, every day, up and-down bus all was the body structure of enclosed type vehicle window, before dispatching a car these bus a few minutes of the visitor such as platform stop in tens minutes, its engine all is to be in the state that starts idle running always, with with the compressor on the motor-car or generator work, and then can keep temperature comparatively comfortable in the car and ozone.

But bus start idling a lot of in the passenger on long-distance routes station are not only wanted the unnecessary consumption oil plant, but also will discharge a large amount of tail gas and produce noise, and passenger on long-distance routes station and near environment thereof have been produced comparatively serious pollution.

Therefore, prior art still haves much room for improvement and develops.

Summary of the invention

For solving the problems of the technologies described above, the invention provides the air-conditioning conveying device of bus in a kind of passenger on long-distance routes station, can reduce the pollution that passenger on long-distance routes station and near environment thereof are caused.

Simultaneously, the present invention also provides the refrigeration and heating method of bus in a kind of passenger on long-distance routes station, can save the passenger vehicle oil plant, reduces exhaust emissions.

Technical scheme of the present invention is as follows: the air-conditioning conveying device of bus in a kind of passenger on long-distance routes station, wherein, this air-conditioning conveying device is installed in the station platform place, be connected with the air-conditioning equipment in the station, comprise all scalable and the first pipeline, second pipe and the 3rd pipeline that are connected successively, the flexible direction of described the first pipeline and the flexible direction of described second pipe are perpendicular, the flexible direction of described second pipe and the flexible direction of described the 3rd pipeline are perpendicular, and the flexible direction of described the 3rd pipeline and the flexible direction of described the first pipeline are perpendicular.

The air-conditioning conveying device of bus in the described passenger on long-distance routes station, wherein: described the first pipeline vertically arranges, and described the first pipe interior is provided with the first leading screw, by the first motor-driven; Described second pipe and the 3rd pipeline all are horizontally disposed with, and described second pipe inside is provided with the second leading screw, and by the second motor-driven, described the 3rd pipe interior is provided with the 3rd leading screw, by the 3rd motor-driven.

The air-conditioning conveying device of bus in the described passenger on long-distance routes station, wherein: described the first pipeline, second pipe and the 3rd pipeline all adopt the above rigid delivery tubes road of two joints to make.

The air-conditioning conveying device of bus in the described passenger on long-distance routes station, wherein: on described the first pipeline, second pipe and the 3rd pipeline, also be respectively arranged with stroke sensor, described stroke sensor is connected with the circuit control box of this air-conditioning conveying device, and described circuit control box is connected with the remote controller signal of this air-conditioning conveying device.

The air-conditioning conveying device of bus in the described passenger on long-distance routes station, wherein: the front end of described the 3rd pipeline is as air outlet, and the window by the driver position is connected with the inner space of bus.

The refrigeration and heating method of bus in a kind of passenger on long-distance routes station, wherein, in the passenger on long-distance routes station, be provided with above-mentioned in the air-conditioning conveying device of bus in each described passenger on long-distance routes station, be used for providing refrigeration or heating to the bus that rests in the passenger on long-distance routes station.

The refrigeration and heating method of bus in the described passenger on long-distance routes station, wherein: comprise and use this air-conditioning conveying device to provide refrigeration to the bus that rests in the visitor such as the front stop platform of dispatching a car or heat.

Air-conditioning conveying device and the refrigeration and heating method thereof of bus in a kind of passenger on long-distance routes provided by the present invention station, owing to having adopted the pipeline of automatically retractable on three directions to be connected with air-conditioning equipment in the station at the platform place, bus provides refrigeration or heating service in the platform in order temporarily to rest in, bus can be kept temperature comparatively comfortable in the car and ozone in the situation that do not fire an engine thus, also reduce tail gas and noise when having saved oil plant, greatly reduced the pollution that passenger on long-distance routes station and near environment thereof are caused.

Description of drawings

Fig. 1 is the sectional structure schematic diagram of the air-conditioning conveying device of bus in the passenger on long-distance routes of the present invention station.

The specific embodiment

Below with reference to accompanying drawing, the specific embodiment of the present invention and embodiment are described in detail, described specific embodiment is not for limiting the specific embodiment of the present invention only in order to explain the present invention.

As shown in Figure 1, Fig. 1 is the sectional structure schematic diagram of the air-conditioning conveying device of bus in the passenger on long-distance routes of the present invention station, can each platform place AT STATION be installed by this air-conditioning conveying device, and be connected with air conditioner facility in the station, be used for providing refrigeration or heating service to the bus that rests in the passenger on long-distance routes station, concrete, this air-conditioning conveying device comprises all scalable and the first pipelines 110 of being connected successively, second pipe 120 and the 3rd pipeline 130, the flexible direction Z of described the first pipeline 110 and the flexible direction Y of described second pipe 120 are perpendicular, the flexible direction X of the flexible direction Y of described second pipe 120 and described the 3rd pipeline 130 is perpendicular, and the flexible direction Z of the flexible direction X of described the 3rd pipeline 130 and described the first pipeline 110 is perpendicular.

In passenger on long-distance routes of the present invention station in the preferred embodiment of the air-conditioning conveying device of bus, described the first pipeline 110 vertically arranges, the top of described the first pipeline 110 is connected with air conditioner facility (not shown) in the station as air inlet, be provided with the first leading screw 111 in the inside of described the first pipeline 110, by the first motor-driven 112, to realize the Telescopic of described the first pipeline 110; Described second pipe 120 and the 3rd pipeline 130 all are horizontally disposed with, and the front end of described the 3rd pipeline 130 is connected with bus on resting in platform as air outlet, specifically can utilize the window of driver position to be connected with the inner space of bus; Described second pipe 120 inside are provided with the second leading screw 121, drive by the second motor 122, to realize the Telescopic of described second pipe 120, described the 3rd pipeline 130 inside are provided with the 3rd leading screw (not shown), by the 3rd motor-driven (not shown), to realize the Telescopic of described the 3rd pipeline 130.

Further, described the first pipeline 110, second pipe 120 and the 3rd pipeline 130 all can be by the making that be nested together of the above rigid delivery tubes road of two joints, include but not limited to illustrated square rigid delivery tubes road structure, the vibrations and the noise that produce when blowing with soft conveyance conduit with reduction.

Be preferably, on described the first pipeline 110, second pipe 120 and the 3rd pipeline 130, also be respectively arranged with stroke sensor, be used for the flexible distance of restriction corresponding pipeline, for example be arranged on the stroke sensor 113 on described the first pipeline 110, be used for limiting the distance that described the first pipeline 110 stretches, and for example be arranged on the stroke sensor 123 on the described second pipe 120, be used for limiting the distance that described second pipe 120 stretches; These stroke sensors 113 all are connected with the circuit control box 140 of this air-conditioning conveying device with 123, described circuit control box 140 can be arranged on the outer wall of described the first pipeline 110 and second pipe 120 intersections, and be connected with the remote controller (not shown) signal of this air-conditioning conveying device, can on-the-spot control easily thus the distance of stretch out and draw back of described the first pipeline 110, second pipe 120 and the 3rd pipeline 130 by remote controller, connect with the bus that rests in platform rapidly and accurately with the front end that guarantees described the 3rd pipeline 130.

Concrete, can stamp stop line in the bottom surface at platform place, so that bus can be stopped the position of platform appointment after entering the station exactly, and at the window of described bus driver position induction coil is set, front end at described the 3rd pipeline 130 arranges detector, survey the position of described induction coil by this detector scanning, and then judge the position of this bus driver position window, and feed back to circuit control box, to determine the distance of stretch out and draw back of described the first pipeline 110, second pipe 120 and the 3rd pipeline 130.

Air-conditioning conveying device based on bus in the above-mentioned passenger on long-distance routes station, the invention allows for the refrigeration and heating method of bus in a kind of passenger on long-distance routes station, wherein, in the passenger on long-distance routes station, be provided with in above-described embodiment the air-conditioning conveying device of bus in each described passenger on long-distance routes station, be used for providing refrigeration or heating to the bus that rests in the passenger on long-distance routes station, include but not limited to use this air-conditioning conveying device to provide refrigeration or heating to the bus that rests in the visitor such as the front stop platform of dispatching a car, saving the oil plant of bus, to reduce the pollution that passenger on long-distance routes station and near environment thereof are caused.

Should be understood that; the above only is preferred embodiment of the present invention; be not sufficient to limit technical scheme of the present invention; for those of ordinary skills; within the spirit and principles in the present invention; can be increased and decreased according to the above description; replace; conversion or improvement; for example; except freezing or heat resting in bus on the platform; also can freeze or heat resting in minibus on the platform; and all these increases and decreases; replace; conversion or improve after technical scheme, all should belong to the protection domain of claims of the present invention.

Claims

1. the air-conditioning conveying device of bus in the passenger on long-distance routes station, it is characterized in that, this air-conditioning conveying device is installed in the station platform place, be connected with the air-conditioning equipment in the station, comprise all scalable and the first pipeline, second pipe and the 3rd pipeline that are connected successively, the flexible direction of described the first pipeline and the flexible direction of described second pipe are perpendicular, the flexible direction of described second pipe and the flexible direction of described the 3rd pipeline are perpendicular, and the flexible direction of described the 3rd pipeline and the flexible direction of described the first pipeline are perpendicular.

2. the air-conditioning conveying device of bus in the passenger on long-distance routes according to claim 1 station, it is characterized in that: described the first pipeline vertically arranges, and described the first pipe interior is provided with the first leading screw, by the first motor-driven; Described second pipe and the 3rd pipeline all are horizontally disposed with, and described second pipe inside is provided with the second leading screw, and by the second motor-driven, described the 3rd pipe interior is provided with the 3rd leading screw, by the 3rd motor-driven.

3. the air-conditioning conveying device of bus in the passenger on long-distance routes according to claim 1 station, it is characterized in that: described the first pipeline, second pipe and the 3rd pipeline all adopt the above rigid delivery tubes road of two joints to make.

4. the air-conditioning conveying device of bus in the passenger on long-distance routes according to claim 1 station, it is characterized in that: on described the first pipeline, second pipe and the 3rd pipeline, also be respectively arranged with stroke sensor, described stroke sensor is connected with the circuit control box of this air-conditioning conveying device, and described circuit control box is connected with the remote controller signal of this air-conditioning conveying device.

5. the air-conditioning conveying device of bus in the passenger on long-distance routes according to claim 1 station is characterized in that: the front end of described the 3rd pipeline is as air outlet, and the window by the driver position is connected with the inner space of bus.

6. the refrigeration and heating method of bus in the passenger on long-distance routes station, it is characterized in that, in the passenger on long-distance routes station, be provided with the air-conditioning conveying device such as bus in each described passenger on long-distance routes station in the claim 1 to 5, be used for providing refrigeration or heating to the bus that rests in the passenger on long-distance routes station.

7. the refrigeration and heating method of bus in the passenger on long-distance routes according to claim 6 station is characterized in that: comprise and use this air-conditioning conveying device to provide refrigeration to the bus that rests in the visitor such as the front stop platform of dispatching a car or heat.