CN201136508Y - Three-point full-elastic suspension device of driving system of locomotive bogie - Google Patents

Three-point full-elastic suspension device of driving system of locomotive bogie Download PDF

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Publication number
CN201136508Y
CN201136508Y CNU2007201910743U CN200720191074U CN201136508Y CN 201136508 Y CN201136508 Y CN 201136508Y CN U2007201910743 U CNU2007201910743 U CN U2007201910743U CN 200720191074 U CN200720191074 U CN 200720191074U CN 201136508 Y CN201136508 Y CN 201136508Y
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CN
China
Prior art keywords
drive system
rigid bar
engine truck
truck drive
shelfs
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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
Application number
CNU2007201910743U
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Chinese (zh)
Inventor
黄猛
张委袖
米立柱
常明
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
CNR Datong Electric Locomotive Co Ltd
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CNR Datong Electric Locomotive Co Ltd
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Priority to CNU2007201910743U priority Critical patent/CN201136508Y/en
Application granted granted Critical
Publication of CN201136508Y publication Critical patent/CN201136508Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model provides an engine truck bogie driving system three-point complete elastic frame suspension device, which comprises a single-point suspender connected at one side of the engine truck bogie driving system, and two sets of suspension components connected at the other side of the engine truck bogie driving system. The other ends of the single-point suspender and two sets of suspension components respectively form the three-point elastic frame suspension via a first elastic element, and a crossconnection device is connected between two sets of suspension components. The optimized crossconnection device is connected between two derrick feet of two sets of suspension components. The engine truck bogie driving system three-point complete elastic frame suspension device can cause the entire support suspension device to remain the optimum strainedcondition and ensure that the two elastic suspension points of two sets of the suspension components can equally bear load.

Description

3 full elastic shelfs of engine truck drive system hang device
Technical field
The utility model is relevant for the outstanding device of engine truck drive system frame, particularly relevant for the outstanding device of 3 full elastic shelfs of a kind of engine truck drive system.
Background technology
Railway locomotive, city railway train etc. mainly comprise part such as equipment on car body (or under-carriage), running part, coupler and draft gear, brake equipment and the car.Wherein running part is between car body and track, effect is to bear car body and go up weight of equipment and transmitting tractive, braking force, and pilot engine orbiting, running part generally adopts the form of bogie truck, and provides the power of advancing for bogie truck by the motor gearbox drive system that hangs on car body bottom (or truck frame).
At present, the bogie truck of domestic advanced quasi high-speed, rapid transit railway locomotive, the hang of its motor gearbox drive system is the outstanding modes of 3 rigid mounts of bogie truck integral, this hang is applicable to the running velocity of 140km/h~180km/h scope.Show through test and calculating chart, after locomotive running speed surpasses 140km/h, wheel-rail lateral force can increase sharply, although drive system is one to be sprung weight, but still be two to be unsprung weight, along with the raising of locomotive speed, because of circuit irregularity and the wheel that impact causes strengthen vertical and horizontal dynamic load, the revolution moment of inertia of bogie truck increases, and this stability of crawling during to the bogie truck high-speed cruising is totally unfavorable, directly influences the dynamic performance of locomotive.Therefore, the outstanding device of 3 rigid mounts of this kind drive system is only applicable on the quasi high-speed locomotive.
In order to solve bogie truck owing to the outstanding aforementioned deficiencies that caused of 3 full rigid mounts, make locomotive when high-speed cruising, can further alleviate the wheel track crosswise movement firmly, improve the comformability of locomotive to circuit and parameter variation, and improve the transversal dynamic performance of locomotive, guarantee the good dynamic performance and the stability of crawling of locomotive, people have developed the outstanding device of frame of 3 full resilient suspensions of drive system.For example, just disclosed the outstanding technology of frame of 3 full resilient suspensions of a kind of drive system in disclosed Chinese CN1817706A publication number patent case on August 16th, 2006.Referring to Fig. 1,2, the outstanding device of these 3 full elastic shelfs comprises: lean on the suspension arm 18 of hollow shaft side to be connected on the Connection Block 26 of truck frame crossbeam 28 by a suspension arm rubber arthrosis 19 at traction electric machine 10; The opposite side of traction electric machine 10 is a hanging structure, hanging structure comprises two groups of suspending assemblies, every group of suspending assembly comprises a suspension rod 15, one end of suspension rod 15 is connected with Connection Block 25 elasticity on the truck frame crossbeam 29 by elastic element 27, and the other end of suspension rod 15 is connected with flap seat 17 elasticity by suspension rod rubber arthrosis 16, flap seat 17 is connected by fastener with the housing of traction electric machine 10, also the housing of traction electric machine 10 directly can be made to have the flap seat form.Traction electric machine 10 has just realized that by suspension arm 18, two groups of suspending assemblies 3 full elastic shelfs on bogie truck are outstanding like this, can adapt to and effectively reduce bogie truck laterally, vertically, multidirectional vibration acceleration such as reverse, improved the working environment of drive system greatly, has less wheel-rail lateral force simultaneously, guaranteed that locomotive has good riding quality, guaranteed anti-crawl stability, traveling stationarity and the good dynamic performance of locomotive under high-speed cruising.But in the manufacturing process of reality, in the locomotive operation process, find that still there is following deficiency in the outstanding device of existing 3 full elastic shelfs at present:
One, side at the hanging structure at two suspension rod 15 places, the weight of drive system will be put on the truck frame 29 by two elastic elements 27 respectively, hang the outstanding high characteristic of assembly elasticity bonded assembly freedom of movement based on two groups, the mass distribution of adding drive system itself neither be average, therefore, the outstanding form of this 3 full elastic shelfs is easy to cause the stressed carrying of two groups of suspending assemblies unbalanced, particularly locomotive is last, during descending generation tilting of car body, the stressed phenomenon that obvious inequality will be arranged of two groups of suspending assemblies, be positioned at high-order suspending assembly and will bear the most weight of drive system, and that the suspending assembly that is positioned at low level carries is stressed less, the strained condition that makes whole outstanding device is not very reasonable, has influenced the life-span of the outstanding device of drive system frame.
Two, the outstanding device of 3 full elastic shelfs of drive system is being connected in the assembling process of locomotive, the situation of suspension arm 18, suspending assembly inclination and generation assembling stress is taking place through regular meeting.And existing 3 full spring suspension devices do not have to regulate and to correct the regulating mechanism of these inclinations and assembling stress, as dismounting assembling once more again, will certainly influence the manufacturing speed of locomotive; If but adjustment is not carried out in these inclinations and assembling stress, and also can have a strong impact on the performance of locomotive, caused very big puzzlement.
Three, the outstanding device of 3 full elastic shelfs of this kind, though can significantly reduce lateral vibration, locomotive still still exists lateral vibration to a certain extent, can not fundamentally effectively reduce lateral vibration.
The utility model content
Main purpose of the present utility model provides the outstanding device of 3 full elastic shelfs of a kind of engine truck drive system, can make whole outstanding device be in the most rational strained condition, guarantees the balanced carrying of two resilient hanger points of two groups of suspending assemblies.
Second purpose of the present utility model provides the outstanding device of 3 full elastic shelfs of a kind of engine truck drive system, can eliminate with whole outstanding device of adjustment because inclination and assembling stress that assembling causes.
The 3rd purpose of the present utility model provides the outstanding device of 3 full elastic shelfs of a kind of engine truck drive system, can further reduce the central lateral vibration of locomotive operation process.
3 full elastic shelfs of a kind of engine truck drive system that the utility model provides hang device, comprise with the engine truck drive-system and unify the single-point suspender that side is connected, two groups of suspending assemblies that are connected with engine truck drive system opposite side, the other end of described single-point suspender, two groups of suspending assemblies is made of three point elasticity framves respectively first elastic element outstanding, is connected with cross-connecting apparatus between described two groups of suspending assemblies.
In preferred embodiment, described cross-connecting apparatus is connected between two gooseneck brackets of described two groups of suspending assemblies; Certainly, be connected, also can consider this cross-connecting apparatus is connected between two suspension rods if be respectively non-resilient between two suspension rods and two gooseneck brackets.
In preferred embodiment, described cross-connecting apparatus is a rigid bar, can be convenient to increase the rigidity of whole outstanding device.Preferably, described rigid bar is connected between described two gooseneck brackets by the lock member detouchable, for example removably connects by similar lock member such as screw bolt and nut, screw.After accurately measuring two distances between the Holder for hanging household utensiles in advance, also can make and be dead joint between rigid bar and described two Holder for hanging household utensiles, for example realize dead joint by welding, also can strengthen the rigidity of whole outstanding device, preferably, this rigid bar can be divided into two sections rod members, be provided with reverse thread at the linkage section of two sections rod members, and by threaded sleeve two sections rod members are linked together, can finely tune the length of rigid bar by the threaded sleeve in the middle of the turn.
In preferred embodiment, at least one end of described rigid bar is provided with regulating mechanism, can be used for regulating inclination and the assembling stress that assembling causes.Preferably, described rigid bar two ends are reverse screw rod, on the reverse screw rod of at both ends respectively spiral shell be provided with the standard spherical plain bearing rod end, on described standard spherical plain bearing rod end, described connecting bore is set, constitutes the described regulating mechanism that is located at the rigid bar two ends respectively by reverse screw rod and described two standard spherical plain bearing rod ends at described two ends.
In preferred embodiment, between the framework of position that differs from the described rigid bar of connection on described at least one gooseneck bracket and described engine truck, be connected with lateral damper, described lateral damper is any damping elements that can subdue lateral vibration such as lateral oil pressure damper, coupling vibration damper, friction-type shock absorber or air-supported shock absorber, do not limit, be not limited to the type that is exemplified out, can further subdue lateral vibration.
According to such scheme, the utility model is significant with respect to the effect of prior art, has following beneficial technical effects:
One, the utility model is provided with cross-connecting apparatus between two groups of suspending assemblies, this cross-connecting apparatus is a kind of rigid attachment body, compensated the degree of freedom of two groups of comprehensive activities of suspending assembly, increased the rigidity of the outstanding device of whole drive system frame, can make whole outstanding device of drive system be in the most rational strained condition, two balanced carryings of sling point about assurance.
Two, the utility model also includes regulating mechanism, and the inclination that can regulate easily and proofread and correct in assembling process to be produced and produce assembling stress has improved safety, the reliability of 3 outstanding devices of full elastic shelf, has guaranteed the normal operation of drive system.
Three, the utility model is provided with lateral damper, can subdue at lateral vibration specially, can reduce lateral vibration significantly.
Description of drawings
Fig. 1 is the lateral plan of the outstanding device of frame of existing 3 full resilient suspensions of drive system.
Fig. 2 is the birds-eye view of Fig. 1.
Fig. 3 is the lateral plan of the outstanding device of 3 full elastic shelfs of drive system of the present utility model.
Fig. 4 is the birds-eye view of Fig. 3.
Fig. 5 is the left side view of Fig. 3.
Fig. 6 is the enlarged diagram of an embodiment of cross-connecting apparatus in the utility model.
Fig. 7 is the birds-eye view of Fig. 6.
Fig. 8 is the enlarged diagram of the preferred cross-connecting apparatus of the utility model.
Fig. 9 is the birds-eye view of Fig. 8.
The specific embodiment
Shown in Fig. 3,4,5, the utility model provides 3 full elastic shelfs of a kind of engine truck drive system to hang device, now is that the drive system 2 with engine truck 1 comprises that gear case 21, traction electric machine 22 are that example describes.The outstanding device 3 of 3 full elastic shelfs of the present utility model comprise the single-point suspender 31 that is connected with traction electric machine 22 1 sides of drive system 2, with the traction electric machine 22 of drive system 2, two groups of suspending assemblies 32 that gear case 21 opposite sides are connected.
It for example is the motor mount 311 shown in Fig. 3,4,5 that described single-point suspender 31 adopts, and this motor mount 311 can be connected on the casing of traction electric machine 22, can certainly be integrally formed with motor mount 311 on the casing of traction electric machine 22; This motor cabinet 311 has relatively short cantilever beam 3110, certainly single-point suspender 31 also can adopt cantilever beam relatively long in Fig. 1,2 prior aries, the free end of the cantilever beam 3110 of this motor mount 311 realizes that by first elastic element 41 and the truck transom 11 of engine truck 1 it is a hitch point that elasticity is formed by connecting, adapt to traction electric machine 22 laterally, vertically and reverse the motion of three directions, in the both sides of described single-point suspender 31 an auxiliary suspender 8 can be set respectively also and share the stressed of this hitch point; Described two groups of suspending assemblies 32 comprise the gooseneck bracket 321 of captiveing joint with drive system 2 respectively, by second elastic element 42 and described gooseneck bracket 321 elasticity bonded assembly suspension rods 322, be connected in described first elastic element 41 on described suspension rod 322 tops, the gooseneck bracket 321 that wherein is positioned at the suspending assembly 32 of traction electric machine 22 1 sides is provided in a side of on the free end of a suspension arm 323, described suspension arm 323 strides across hollow shaft and is full welding box type construction, and gooseneck bracket 321 of another group suspending assembly 32 is in assembling or one-body molded on the housing of gear case 21, described two groups of suspending assemblies 32 first elastic element, 41 elasticity by its suspension rod 32 tops respectively are connected on another truck transom 12 of bogie truck 1 and constitute two sling points, with adapt to whole drive system 2 each to motion; Constitute 3 full elastic shelfs and hang by a resilient suspension point, two resilient hanger points like this; In the utility model, described first, second elastic element 41,42 is the elastic caoutchouc joint preferably, and other can realize that elasticity bonded assembly element also can adopt, and does not limit certainly.
Improvements of the present utility model are: be connected with cross-connecting apparatus 5 between described two groups of suspending assemblies 32, preferably, described cross-connecting apparatus 5 is connected between two gooseneck brackets 321 of described two groups of suspending assemblies 32, to guarantee that whole outstanding device is in the most rational strained condition, two of two groups of suspending assemblies 32 balanced carryings of sling point about assurance.Shown in Fig. 4,6,7, described cross-connecting apparatus 5 is embodied as a rigid bar 50, because this cross-connecting apparatus 5 is a rigid attachment body, increased the rigidity of whole drive system suspension gear, can guarantee the equilibrium carrying of two groups of suspending assemblies 32, guarantee that whole outstanding device of drive system 2 is in rational strained condition.
Preferably, described rigid bar is connected between described two gooseneck brackets 321 by lock member 51 detouchables.The inboard correspondence position of described two gooseneck brackets 321 is provided with engaging lug 3211, described engaging lug 3211 is provided with through hole, the two ends of described rigid bar 50 are provided with connecting bore 52, the axis normal of the through hole on the described engaging lug 3211 and the axle center of connecting bore 52 and described rigid bar 50 is passed (comprising screw bolt and nut) through hole of the connecting bore 52 at two ends of described rigid bar 50 and each engaging lug 3211 and is constituted described removably connecting by lock member 51.Other form that removably connects that can realize rigid bar 50 all can adopt, and for example, the two ends of this rigid bar 50 can be provided with tapped bore, and the correspondence position on two gooseneck brackets 321 is provided with thread rod and realizes removably connecting; Perhaps, the two ends of this rigid bar are made as thread rod, and tapped bore is set on gooseneck bracket 321, also can realize removably connecting, accompanying drawing no longer is provided.
Further improve, shown in Fig. 4,5, at least one end of described rigid bar 50 is provided with regulating mechanism 6, can regulate, corrects and eliminate because inclination and the assembling stress that assembling causes.In one embodiment, described rigid bar 50 is simple beam spare or axle part, two ends at described beam spare or axle part are provided with described connecting bore 52, and this moment, described regulating mechanism 6 may be embodied as the above spacer 61 of a slice, described spacer 61 can be provided with through hole, and is fixed at least one end of described rigid bar 50 by lock member 51.As shown in Figure 7, when needs are regulated rigid bar 50 axis directions, can comply with the spacer 61 that required adjusting size pad is established the respective flap number, can regulate and assembling stress in a side of rigid bar 50 connecting bores 52.In like manner, when needs are regulated the axial length of rigid bar 50, can make relatively large that the connecting bore of rigid bar 52 is provided with, and spacer is fixed in the center-to-center distance that sides in the connecting bore 52 change two ends connecting bore 52, to regulate the axial length of rigid bar 50.
In the aforementioned embodiment, regulating mechanism 6 is independent of outside the rigid bar 50.In a preferred embodiment, as Fig. 8, shown in 9, regulating mechanism 6 is one with rigid bar 50, described rigid bar 50 two ends are reverse screw rod 53, wherein the thread rod 53 of an end is left-handed, and the thread rod 53 of the other end is dextrorotation, be respectively equipped with standard spherical plain bearing rod end 54 on the reverse screw rod 53 of at both ends, 54 are provided with described connecting bore 52 on described standard spherical plain bearing rod end, reverse screw rod 53 and described two standard spherical plain bearing rod ends 54 by described two ends constitute the described regulating mechanism 6 that is located at described rigid bar 50 two ends respectively, like this by the opposite thread rod 53 and the standard spherical plain bearing rod end 54 that cooperates of rotation direction, elimination inclination and assembling stress that can be convenient, increased the rigidity of whole drive system suspension gear, improved the safety of 3 outstanding devices of full elastic shelf, reliability has guaranteed the normal operation of locomotive most critical parts drive system 2.
Further, is furnished with black nut 55 respectively on the reverse screw rod 53 at two ends, with after adjusting, make two blacks nut 55 respectively contact lock at the inner end surface 541 of described two standard spherical plain bearing rod ends 54, with the locking condition after the assurance adjusting, avoid in the middle of the locomotive operation process owing to reasons such as vibration cause getting loose; Transition phase two reverse screw rod 53 is provided with turn nut 56, is convenient to turn rigid bar 50 so that two ends standard spherical plain bearing rod end 54 counteragent simultaneously, to realize quick adjustment.
Further improve again, shown in Fig. 3,4,5, in order to suppress the lateral vibration of drive system 2, for example be connected at a gooseneck bracket 321 between the framework of gooseneck bracket 321 on the gear case 21 and bogie truck 1 one group of lateral damper 7 is being installed, the position of this lateral damper 7 should differ from the position that gooseneck bracket 321 connects described rigid bar 50, described lateral damper is the lateral oil pressure damper preferably, certainly, if design allows, can consider to adopt damping elements such as rubber damper, friction-type shock absorber or air-supported shock absorber.
In the utility model, exemplified and three resilient hangers of drive system are put whole framves be suspended in technical scheme on the truck frame, three resilient hanger points of certain described drive system, also can there be one, two or three elasticity to be connected on the under-carriage, if possible, even can be connected in the car body bottom, can make the drive system part like this or all be converted into two is sprung weight, further alleviates vibration, no longer describes in detail.
What need statement is; the utility model is provided with cross-connecting apparatus between two groups of suspending assemblies makes the strained condition of the outstanding device of whole 3 full elastic shelfs be in the most rational state; to guarantee the balanced carrying of two sling points; but it is predictable; in realizing the outstanding improved process of continuous research and development of 3 full elastic shelfs; if developed other cantilever part that is similar to two groups of suspending assemblies; also can between these two elastomeric cantilever parts, adopt cross-connecting apparatus of the present utility model; reach the purpose of balanced carrying, also should belong to protection domain of the present utility model.

Claims (10)

1. 3 full elastic shelfs of an engine truck drive system hang device, comprise with the engine truck drive-system and unify the single-point suspender that side is connected, two groups of suspending assemblies that are connected with engine truck drive system opposite side, the other end of described single-point suspender, two groups of suspending assemblies is made of three point elasticity framves respectively first elastic element outstanding, it is characterized in that: be connected with cross-connecting apparatus between described two groups of suspending assemblies.
2. 3 full elastic shelfs of engine truck drive system as claimed in claim 1 hang device, it is characterized in that: described two groups of suspending assemblies comprise the gooseneck bracket of captiveing joint with drive system respectively, by second elastic element and described gooseneck bracket elasticity bonded assembly suspension rod, be connected in described first elastic element on described suspension rod top; Described cross-connecting apparatus is connected between two gooseneck brackets of described two groups of suspending assemblies.
3. 3 full elastic shelfs of engine truck drive system as claimed in claim 2 hang device, and it is characterized in that: described cross-connecting apparatus is a rigid bar.
4. 3 full elastic shelfs of engine truck drive system as claimed in claim 3 hang device, it is characterized in that: described rigid bar is connected between described two gooseneck brackets by the lock member detouchable.
5. 3 full elastic shelfs of engine truck drive system as claimed in claim 4 hang device, it is characterized in that: the inboard correspondence position of described two gooseneck brackets is provided with engaging lug, described engaging lug is provided with through hole, the two ends of described rigid bar are provided with connecting bore, the axle center of described through hole and connecting bore and the axis normal of described rigid bar are passed the through hole of the connecting bore at described rigid bar two ends and each engaging lug by lock member and are constituted described removably connecting.
6. 3 full elastic shelfs of engine truck drive system as claimed in claim 5 hang device, and it is characterized in that: at least one end of described rigid bar is provided with regulating mechanism.
7. 3 full elastic shelfs of engine truck drive system as claimed in claim 6 hang device, it is characterized in that: described rigid bar is beam spare or axle part, two ends at described beam spare or axle part are provided with described connecting bore, described regulating mechanism comprises the spacer that a slice is above, described spacer is provided with through hole, and described spacer is fixed at least one end of described rigid bar by lock member.
8. 3 full elastic shelfs of engine truck drive system as claimed in claim 6 hang device, it is characterized in that: described rigid bar two ends are reverse screw rod, be respectively equipped with the standard spherical plain bearing rod end on the reverse screw rod of at both ends, on described standard spherical plain bearing rod end, described connecting bore is set, constitutes the described regulating mechanism that is located at the rigid bar two ends respectively by reverse screw rod and described two standard spherical plain bearing rod ends at described two ends.
9. 3 full elastic shelfs of engine truck drive system as claimed in claim 8 hang device, it is characterized in that: be furnished with black nut on the reverse screw rod of at both ends respectively, described two blacks nut are installed in the inner end surface of described two standard spherical plain bearing rod ends respectively; And be provided with the turn nut at the linkage section of two reverse screw rod.
10. as the outstanding device of 3 full elastic shelfs of any described engine truck drive system in the claim 2~9, it is characterized in that: described at least one gooseneck bracket is connected with lateral damper between the framework of position that differs from the described rigid bar of connection and described engine truck, described lateral damper is lateral oil pressure damper, coupling vibration damper or air-supported shock absorber; Described first, second elastic element is the elastic caoutchouc joint; In the both sides of described single-point suspender an auxiliary suspender is set respectively.
CNU2007201910743U 2007-12-29 2007-12-29 Three-point full-elastic suspension device of driving system of locomotive bogie Expired - Fee Related CN201136508Y (en)

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Application Number Priority Date Filing Date Title
CNU2007201910743U CN201136508Y (en) 2007-12-29 2007-12-29 Three-point full-elastic suspension device of driving system of locomotive bogie

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2007201910743U CN201136508Y (en) 2007-12-29 2007-12-29 Three-point full-elastic suspension device of driving system of locomotive bogie

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104228866A (en) * 2014-10-17 2014-12-24 南车株洲电力机车有限公司 Four-shaft locomotive bogie
CN105292139A (en) * 2015-10-19 2016-02-03 中国北车集团大同电力机车有限责任公司 Locomotive bogie

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104228866A (en) * 2014-10-17 2014-12-24 南车株洲电力机车有限公司 Four-shaft locomotive bogie
CN105292139A (en) * 2015-10-19 2016-02-03 中国北车集团大同电力机车有限责任公司 Locomotive bogie

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C17 Cessation of patent right
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Granted publication date: 20081022

Termination date: 20131229