CN205737552U - It is applicable to the double dynamical catenary design of high altitude localities high ferro circuit - Google Patents
It is applicable to the double dynamical catenary design of high altitude localities high ferro circuit Download PDFInfo
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- CN205737552U CN205737552U CN201620459444.6U CN201620459444U CN205737552U CN 205737552 U CN205737552 U CN 205737552U CN 201620459444 U CN201620459444 U CN 201620459444U CN 205737552 U CN205737552 U CN 205737552U
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- vehicle frame
- altitude localities
- high altitude
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Abstract
A kind of double dynamical catenary design being applicable to high altitude localities high ferro circuit is provided, there is vehicle frame, frame downward two ends are equipped with bogie, vehicle frame outside bogie is provided with pilot and air horn, frame downward is fixed with gas extraction system successively, gas handling system, hydraulic oil container, cooling system and accumulator box, vehicle frame upper surface is provided with car body, car body includes drivers' cab and compartment, equipped with 4C detecting system on compartment, interior is additionally provided with apparatus of oxygen supply, vehicle frame is provided with generating set in the middle part of lower surface, the position, two ends of vehicle frame is equipped with dynamical system and i.e. forms vehicle hybrid power system.This utility model can promote car load power, meet highest running speed under the conditions of high Haiti district fall merit and reach the requirement of 120km/h, meet 4C detection device electricity consumption and the requirement of household electricity of high altitude localities, and can provide safeguard for high altitude localities anoxia condition, make each parts of car load install and all can resist the adverse weather conditions such as height above sea level, temperature is low, dust storm is big very well.
Description
Technical field
This utility model belongs to railway engineering technical field of vehicle, is specifically related to one and is applicable to high altitude localities
The double dynamical catenary design of high ferro circuit.
Background technology
Catenary design is mainly used in the detection of high ferro catenary's parameters and status monitoring, and detecting system uses
XLN4C-01 type overhead contact line state-detection monitoring system, can realize high ferro contact net support means, connect
Touch the key components and parts state-detection monitorings such as suspension, adnexa suspension, insulating element, divided by real-time intelligent
Analysis platform find in time elements of contacting net pine, take off, block, grind, split, the problem such as break, and be accurately positioned
Form fault form.Catenary design in the market is only applicable to the high ferro contact of height above sea level relatively low area
Network parameters detection and status monitoring, it is impossible to adapt to highlands height above sea level, that air pressure is low, dust storm is big etc. is severe
Weather conditions, electromotor and generating set can not meet highest running speed and reach 120km/h.Therefore have
Necessary proposition is improved.
Utility model content
This utility model solves the technical problem that: provides a kind of and is applicable to the double of high altitude localities high ferro circuit
Dynamic Contact net detection car, this car by configuring double set dynamical system, double set generating set and keeping system,
Thus promote car load power, meet highest running speed under the conditions of high Haiti district fall merit and reach 120km/h
Requirement, meet after generating set Reduction for Diesel Engines merit, 4C in high altitude localities detection device electricity consumption and
The requirement of household electricity, and can provide safeguard for high altitude localities anoxia condition, the installation of each parts of car load
All can resist the adverse weather conditions such as height above sea level, temperature is low, dust storm is big, high for High aititude and extremely frigid zones
The catenary's parameters detection of ferrum and status monitoring provide convenient.
The technical solution adopted in the utility model: be applicable to the double dynamical contact of high altitude localities high ferro circuit
Net detection car, has vehicle frame, and described frame downward two ends are equipped with bogie, outside described bogie
Frame downward is provided with pilot and air horn, and the frame downward between said two bogie is fixed with successively
Gas extraction system, gas handling system, hydraulic oil container, cooling system and accumulator box, described vehicle frame two ends is equal
Being provided with coupler buffering device and lancet, described vehicle frame upper surface is provided with car body, and described car body includes occuping two ends
Drivers' cab and the compartment being placed in centre, equipped with 4C detecting system on described compartment, described interior also sets
There is apparatus of oxygen supply, in the middle part of described vehicle frame lower surface, be provided with generating set, described on two end positions of vehicle frame
It is equipped with dynamical system and i.e. forms the hybrid power system of vehicle.
Wherein, described generating set is provided with two sets.
Described dynamical system includes and is placed in the hydraulic transmission box of frame downward, electromotor, transfer case, sky
Press, diesel fuel tanks and oil supply system, described bogie is provided with one-level axle gear box and two grades of axletree teeth
Roller box, described electromotor is connected with diesel fuel tanks by oil supply system, and described engine side is with transfer case even
Connecing, described transfer case is connected with air compressor machine, and described electromotor opposite side is connected with hydraulic transmission box input,
The output of described hydraulic transmission box is connected with two grades of axle gear box inputs, described two grades of axle gear boxs output
It is connected with the input of one-level axle gear box.
Further, be additionally provided with in the middle part of described vehicle frame lower surface vibration compensation device, Pneumatic brake systems and
Hydraulic system, described vehicle frame side is provided with label.
Further, be provided with in the drivers' cab at described car body two ends driving position, driver's chair, hand braking and
Air-conditioning and Generator Unit Control Cabinet, be provided with sensing chamber and lobby, inside described sensing chamber in described compartment
Be provided with Tool Cabinet and climb to the top of a mountain car ladder, be provided with between described lobby and sensing chamber fortune prison axle temperature video rack,
Integral vacuum toilet, desk and apparatus of oxygen supply, described lobby opposite side is provided with airconditioning control cabinet with electric
System, described car body top is provided with air-conditioning and video monitoring apparatus.
Further, described 4C detecting system includes that 4C detection device operating board, 4C detect device rack
Detect device, described 4C detection device operating board and 4C detection device rack with 4C to be located in sensing chamber,
Described 4C detection device is located at car body top.
This utility model advantage compared with prior art:
1, this vehicle is configured with double set dynamical system, it is possible to promotes car load power, can meet and drop at High aititude
Under the conditions of merit, the highest running speed of vehicle is made to reach 120km/h, it is ensured that vehicle is properly functioning；
2, the generating set of the double set of this vehicle configuration, it is possible to after generating set Reduction for Diesel Engines merit, Man Gao
The electricity consumption of the 4C detection device of Altitude Regions and household electricity, it is ensured that vehicle normally detects and staff is raw
Live；
3, configuring keeping system in car body, the staff for high altitude localities anoxia condition provides oxygen,
Ensure staff's personal safety；
4, each parts of this utility model car load all use cold-proof heat insulation measure, anti-ultraviolet and hypobaric
Corresponding measure, each system of car load is installed and is satisfied by eight anti-requirements, it is ensured that vehicle normally makes in adverse circumstances
With.
Accompanying drawing explanation
Fig. 1 is structural front view of the present utility model；
Fig. 2 is structure top view of the present utility model；
Fig. 3 is the structural representation of this utility model medium power system.
Detailed description of the invention
1-3 describes embodiment of the present utility model below in conjunction with the accompanying drawings.
It is applicable to the double dynamical catenary design of high altitude localities high ferro circuit, as it is shown in figure 1, have
Vehicle frame 1, two ends, described vehicle frame 1 bottom are equipped with bogie 6, and described bogie 6 is provided with one-level axletree
Gear-box 37 and two grades of axle gear boxs 38, bogie 6 is used for bearing vehicle frame more than 1 each several part weight,
And impart power to take turns right, to ensure that vehicle operates steadily and safety；Car outside described bogie 6
Frame 1 bottom is provided with pilot 3 and air horn 4, and vehicle frame 1 bottom between said two bogie 6 is successively
It is fixed with gas extraction system 9, gas handling system 11, hydraulic oil container 14, cooling system 15 and accumulator box 16；
Being provided with generating set 10 in the middle part of described vehicle frame 1 lower surface, described generating set 10 is provided with two sets, be used for be
Car load provides alternating current.Described on two of vehicle frame 1 bottom end positions, it be all provided with promising car load power source is provided
Dynamical system i.e. form the hybrid power system of vehicle, concrete, as it is shown on figure 3, described dynamical system
Include be placed in the hydraulic transmission box 39 of frame downward, electromotor 40, transfer case 41, air compressor machine 44,
Diesel fuel tanks 12 and oil supply system 46, described electromotor 40 is connected with diesel fuel tanks 12 by oil supply system 46,
Described electromotor 40 side is connected with transfer case 41, and described transfer case 41 is connected with air compressor machine 44, institute
Stating electromotor 40 opposite side to be connected with hydraulic transmission box 39 input, the output of described hydraulic transmission box 39 is with two
Level axle gear box 38 input connects, described two grades of axle gear boxs 38 output and one-level axle gear box
37 inputs connect.It is additionally provided with vibration compensation device 42, Pneumatic brake systems in the middle part of described vehicle frame 1 lower surface
43 and hydraulic system 45, wherein, described Pneumatic brake systems 43 is by brake valve, pipeline and adnexa group thereof
Become, be mainly used in car load stopping brake；Described hydraulic system 45 is mainly used in heat radiation and drives.Described vehicle frame
1 side is provided with label 13, and described vehicle frame 1 two ends is equipped with coupler buffering device 5 and lancet 2, and described hook delays
Device 5 is made up of hitch and buffer, is mainly used in car load traction and transmission impact of collision.
Described vehicle frame 1 upper surface is provided with car body 8, as in figure 2 it is shown, described car body 8 includes occuping two ends
Drivers' cab 32 and the compartment 36 being placed in centre, be provided with driving position 19, driver's chair in described drivers' cab 32
20, hand braking 21 and air-conditioning and Generator Unit Control Cabinet 22, described hand braking 21 by brake disc, steel wire
Rope and adnexa composition thereof, be mainly used in car load parking braking；Sensing chamber 35 He it is provided with in described compartment 36
Lobby 29, described sensing chamber 35 is internal is provided with Tool Cabinet 24 and car ladder 25 of climbing to the top of a mountain, described lobby 29
And be provided with fortune prison axle temperature video rack 27, integral vacuum toilet 28, desk 33 between sensing chamber 35 and supply
Oxygen device 34, described lobby 29 opposite side is provided with airconditioning control cabinet 30 and electrical system 31, described electricity
Gas system 31 meets detection device electricity consumption, household electricity, illumination and the use of other electrical equipment.Described
Compartment 36 built with 4C detecting system, described 4C detecting system include 4C detection device operating board 23,
4C detection device rack 26 and 4C detects device 17, described 4C detection device operating board 23 and 4C inspection
Surveying device rack 26 to be located in sensing chamber 35, described 4C detection device 17 is located at car body 8 top, institute
State 4C detecting system and can realize high ferro contact net support means, contact suspension, adnexa suspension, insulating element
Monitor Deng key components and parts state-detection, find elements of contacting net in time by real-time intelligent analysis platform
Pine, take off, block, grind, split, the problem such as break, and be accurately positioned and form fault form.Described car body 8 pushes up
Portion is provided with air-conditioning 7 and video monitoring apparatus 18.
This utility model by configuring double set dynamical system, double set generating set 10 and keeping system 34, from
And promote car load power, meet highest running speed under the conditions of high Haiti district fall merit and reach 120km/h's
Requirement, meets after generating set Reduction for Diesel Engines merit, in 4C detecting system electricity consumption and the life of high altitude localities
Apply flexibly the requirement of electricity, and can provide safeguard for high altitude localities anoxia condition；The additionally peace of each parts of car load
Dress all can resist the adverse weather conditions such as height above sea level, temperature is low, dust storm is big, for High aititude and extremely frigid zones
The catenary's parameters detection of high ferro and status monitoring provide convenient.
Above-described embodiment, preferred embodiment the most of the present utility model, not it is used for limiting this utility model
Practical range, therefore all equivalence changes done with content described in this utility model claim, all should include
Within this utility model right.
Claims (6)
1. it is applicable to the double dynamical catenary design of high altitude localities high ferro circuit, there is vehicle frame (1),
Described vehicle frame (1) two ends, bottom are equipped with bogie (6), the vehicle frame (1) in described bogie (6) outside
Bottom is provided with pilot (3) and air horn (4), the vehicle frame (1) between said two bogie (6)
Bottom is fixed with gas extraction system (9), gas handling system (11), hydraulic oil container (14), cooling system successively
(15) and accumulator box (16), described vehicle frame (1) two ends is equipped with coupler buffering device (5) and lancet
(2), described vehicle frame (1) upper surface is provided with car body (8), and described car body (8) includes occuping two ends
Drivers' cab (32) and be placed in centre compartment (36), it is characterised in that: on described compartment (36) equipped with
4C detecting system, described compartment (36) are internal is additionally provided with apparatus of oxygen supply (34), under described vehicle frame (1)
It is provided with generating set (10) in the middle part of end face, described on two end positions of vehicle frame (1), is equipped with dynamical system
System i.e. forms the hybrid power system of vehicle.
The double dynamical contact net inspection being applicable to high altitude localities high ferro circuit the most according to claim 1
Measuring car, it is characterised in that: described generating set (10) is provided with two sets.
The double dynamical contact net inspection being applicable to high altitude localities high ferro circuit the most according to claim 1
Measuring car, it is characterised in that: described dynamical system include be placed in frame downward hydraulic transmission box (39),
Electromotor (40), transfer case (41), diesel fuel tanks (12), air compressor machine (44) and oil supply system (46),
Described bogie (6) is provided with one-level axle gear box (37) and two grades of axle gear boxs (38), institute
State electromotor (40) to be connected with diesel fuel tanks (12) by oil supply system (46), described electromotor (40)
Side is connected with transfer case (41), and described transfer case (41) is connected with air compressor machine (44), described
Motivation (40) opposite side is connected with hydraulic transmission box (39) input, and described hydraulic transmission box (39) is defeated
Going out and be connected with two grades of axle gear box (38) inputs, described two grades of axle gear boxs (38) output is with one
Level axle gear box (37) input connects.
4. according to being applicable to the double dynamical of high altitude localities high ferro circuit described in claim 1,2 or 3
Catenary design, it is characterised in that: it is additionally provided with vibration compensation device in the middle part of described vehicle frame (1) lower surface
(42), Pneumatic brake systems (43) and hydraulic system (45), described vehicle frame (1) side is provided with label
(13)。
The double dynamical contact net inspection being applicable to high altitude localities high ferro circuit the most according to claim 4
Measuring car, it is characterised in that: be provided with in the drivers' cab (32) at described car body (8) two ends driving position (19),
Driver's chair (20), hand braking (21) and air-conditioning and Generator Unit Control Cabinet (22), described compartment (36)
Inside being provided with sensing chamber (35) and lobby (29), described sensing chamber (35) is internal is provided with Tool Cabinet (24)
With car ladder (25) of climbing to the top of a mountain, between described lobby (29) and sensing chamber (35), it is provided with fortune prison axle temperature video
Rack (27), integral vacuum toilet (28), desk (33) and apparatus of oxygen supply (34), described lobby
(29) opposite side is provided with airconditioning control cabinet (30) and electrical system (31), described car body (8) top
It is provided with air-conditioning (7) and video monitoring apparatus (18).
The double dynamical contact net inspection being applicable to high altitude localities high ferro circuit the most according to claim 5
Measuring car, it is characterised in that: described 4C detecting system includes 4C detection device operating board (23), 4C detection
Device rack (26) and 4C detection device (17), described 4C detection device operating board (23) and 4C
Detection device rack (26) is located in sensing chamber (35), and described 4C detection device (17) is located at car body
(8) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620459444.6U CN205737552U (en) | 2016-05-19 | 2016-05-19 | It is applicable to the double dynamical catenary design of high altitude localities high ferro circuit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620459444.6U CN205737552U (en) | 2016-05-19 | 2016-05-19 | It is applicable to the double dynamical catenary design of high altitude localities high ferro circuit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205737552U true CN205737552U (en) | 2016-11-30 |
Family
ID=57365240
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620459444.6U Withdrawn - After Issue CN205737552U (en) | 2016-05-19 | 2016-05-19 | It is applicable to the double dynamical catenary design of high altitude localities high ferro circuit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205737552U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105946879A (en) * | 2016-05-19 | 2016-09-21 | 宝鸡南车时代工程机械有限公司 | Dual-power contact line inspection car suitable for high-speed rail paths in high-altitude areas |
-
2016
- 2016-05-19 CN CN201620459444.6U patent/CN205737552U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105946879A (en) * | 2016-05-19 | 2016-09-21 | 宝鸡南车时代工程机械有限公司 | Dual-power contact line inspection car suitable for high-speed rail paths in high-altitude areas |
| CN105946879B (en) * | 2016-05-19 | 2018-07-20 | 宝鸡中车时代工程机械有限公司 | Double dynamical catenary design suitable for high altitude localities high ferro circuit |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161130 Effective date of abandoning: 20180720 |
|
| AV01 | Patent right actively abandoned |