CN204139003U - A kind of resilient sleeper-bearing with oblique reinforcing rib - Google Patents
A kind of resilient sleeper-bearing with oblique reinforcing rib Download PDFInfo
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- CN204139003U CN204139003U CN201420608908.6U CN201420608908U CN204139003U CN 204139003 U CN204139003 U CN 204139003U CN 201420608908 U CN201420608908 U CN 201420608908U CN 204139003 U CN204139003 U CN 204139003U
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Abstract
A kind of resilient sleeper-bearing with oblique reinforcing rib, comprise resilient sleeper-bearing plate body, resilient sleeper-bearing plate body is dispersed with projection uniformly, reinforcing rib is evenly distributed with around projection on plate body, on reinforcing rib and plate body, the periphery of equally distributed projection links together, and forms a net structure elasticity reinforcement, strengthens resilient sleeper-bearing resilience dynamics by net structure elasticity reinforcement, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously; Described reinforcing rib is striped blocks structure composition, reinforcing rib couples together from projection two is oblique with projection respectively, the reinforcing rib of two oblique layouts becomes 90 degree to intersect each other, strengthens the rigidity of resilient sleeper-bearing horizontal direction and the dynamics of resilience by involving of 4, two oblique reinforcing rib both directions.Resilient sleeper-bearing of the present utility model enhances backing plate screen resilience, can reduce vibration significantly, reduces noise, improves the stationarity of train operation.
Description
Technical field
The elastic force that the utility model relates to a kind of flexible member is improved one's methods and device, particularly relates to a kind of for Rail Transit System, is strengthened method and the device of resilient sleeper-bearing screen resilience, belong to technical field of rail traffic by reinforcing rib.
Background technology
For solving the serious inequality of Domestic Resources distribution and meeting socio-economic development demand, in recent years, heavy haul railway obtains develop rapidly, the demand of track fastener system is also constantly increased, along with the raising of railway operation speed and the increase of load-carrying weight, wheel track dynamic effect is aggravated, and rail clip system bearing condition is more and more severe.How under the prerequisite meeting orbit strength requirement, effectively extending the fastener system life-span becomes a large technical barrier.
Resilient sleeper-bearing is one of parts the most key in rail clip system, be used to keep on same track two rails apart from equal, and safety and signal system safety component in good condition, due to its elasticity, vibration can also be reduced significantly, keep roadbed not to be subject to the impact of train or load, improve the stationarity of train operation.But existing resilient sleeper-bearing design has following shortcoming:
(1) projection on matrix, groove or hole adopt interlaced mode to arrange, but be discontinuous layout substantially, backing plate screen resilience is not enough, and under different loads (axle weight), because the surface of the projection of resilient sleeper-bearing, groove or hole formation is in same level, existing resilient sleeper-bearing vertical stiffness is single, is difficult to meet railway transportation demand.
(2) projection of existing resilient sleeper-bearing, groove or hole adopt isolated design, under vertical or action of lateral load, transverse and longitudinal rigidity is less, easy generation Relative sliding, accelerate the wearing and tearing of backing plate, toe load of fastening declines, and then causes fastener to loosen, and affects rail system damping property and application life.
The structure of existing resilient sleeper-bearing, has three essential characteristics:
(1) basic structure of resilient sleeper-bearing is: matrix, projection, groove or the hole be arranged on matrix (one or both sides);
(2) being arranged in the projection on matrix, groove or hole adopts interlaced mode to arrange, is connected between each projection, groove or hole by matrix;
(3) material of resilient sleeper-bearing is configured to: the combination of certain macromolecular material or certain several macromolecular material.
Existing resilient sleeper-bearing is only focused on meeting vertical load bearing requirements mostly, but in train travelling process, then show performance level analysis too small, the dynamics of resilience is not enough, rail and iron chair is easily caused to occur laterally to slide, accelerated wear test destroys, and then cause fastener system to loosen, threaten the security of operation of train, then must change when may wear to a certain degree, this brings a large amount of inspections, adjustment and maintenance work to Rail Transit System, and the dynamics of the rigidity and resilience that therefore how to promote resilient sleeper-bearing horizontal direction also needs further research.
Do not find the patent identical with the utility model by domestic retrieval, but the patent similar to the utility model has following:
1. application number is 201320030477.5, name is called the utility model of " under a kind of iron chair resilient sleeper-bearing ", this utility model provides resilient sleeper-bearing under a kind of iron chair, comprise substrate and be positioned at the elastic body of upper surface of base plate and/or soffit, described elastomeric protrusions is in substrate surface, and the upper base edge lengths of described elastomeric longitudinal section is less than bottom length.This utility model improves the elastomer shape that resilient sleeper-bearing surface contacts with iron chair, the upper base edge lengths being set to longitudinal section is less than the shape such as taper, trapezoid boss of bottom length, elastic body on upper surface is connected with iron chair soffit, and the elastic body on soffit directly contacts with sleeper.When load constantly increases, elastic body and constantly oppressed and to bottom compression, the contact area of bearing surface then constantly increases, and the rigidity of resilient sleeper-bearing also increases thereupon; Ensure that the heat radiation drainage of this backing plate simultaneously.
2. application number is 201220695265.4, name is called the utility model of " a kind of thermoplastic elastic backing plate ", this utility model relates to a kind of thermoplastic elastic backing plate, belong to railway rubber materials, comprise backing plate body, the two ends of described backing plate body are provided with link slot, and backing plate body one end face is provided with multiple elongated slot, other end is provided with multiple supporting lug, the edge of backing plate body is provided with step through-hole, by increasing its elongated slot and multiple supporting lug on backing plate, the noise produced when reducing its train vibration influence, and the thermal diffusivity of backing plate is carried out by the structure design of its step through-hole, which adds its application life, also a saving the spillage of material of finished product.
3. application number is 201120361354.0, the utility model that name is called " a kind of two rigidity elastic rail pad ", a kind of two rigidity elastic rail pad, comprise elastic matrix, at the soffit of elastomer matrix, be provided with two bearing surfaces, be respectively a bearing surface and Second bearing face, a bearing surface and Second bearing face adopt different elastic stiffness respectively.A described bearing surface and Second bearing face are the plane of two differing heights with certain altitude difference, and wherein a bearing surface is higher than Second bearing face, form the plane of Second bearing face indent; A described bearing surface and the juncture area in Second bearing face are provided with transition groove; Transition groove is again to the groove of elastic matrix indent by Second bearing face; Described elastic matrix is software wear-resistant elastomeric, and bearing surface is Main Deformation, for realizing elastic damping function, provides carrying and distortion when Second bearing face is used for large load.The Low rigidity of this utility model meets the damping requirements of track, and secondary rigidity maintains rail level deflection, improves the safety of train operation while meeting comfortableness.
Although above-mentioned patent has all related to resilient sleeper-bearing, but above-mentioned patent does not all relate to the structure how improved reinforcing rib and projection and be cross-linked, therefore still there is performance level analysis too small, the dynamics of resilience is not enough, rail and iron chair is easily caused to occur laterally to slide, the deficiency that accelerated wear test destroys, therefore still needs to be improved further this.
Utility model content
The technical problems to be solved in the utility model is:
1. resilient sleeper-bearing anti-transverse horizontal deformability is poor, and resilience dynamics is not enough, and the easy wear-out failure of backing plate also causes whole fastener system hydraulic performance decline.
2. reduce the wear-out failure produced because rail and iron chair occur laterally to slide, in the application life of advancing the track system, reduce the inspection of Rail Transit System, adjustment and maintenance work.
3. the vibration produced when reducing train operation and noise, improve the stationarity of train operation.
For the problems referred to above, the technical scheme that the utility model proposes is: a kind of resilient sleeper-bearing with oblique reinforcing rib, comprise resilient sleeper-bearing plate body, resilient sleeper-bearing plate body is dispersed with projection uniformly, it is characterized in that, reinforcing rib is evenly distributed with around projection on plate body, on reinforcing rib and plate body, the periphery of equally distributed projection links together, form a net structure elasticity reinforcement, resilient sleeper-bearing resilience dynamics is strengthened by net structure elasticity reinforcement, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously; Described reinforcing rib is striped blocks structure composition, reinforcing rib couples together from projection two is oblique with projection respectively, the reinforcing rib of two oblique layouts becomes 90 degree to intersect each other, strengthens the rigidity of resilient sleeper-bearing horizontal direction and the dynamics of resilience by involving of 4, two oblique reinforcing rib both directions.
Further, described projection is two-sided layout, all projection is furnished with on the two sides of resilient sleeper-bearing plate body, reinforcing rib is according to the situation of projection, be connected with the periphery of projection respectively from two-sided, form two-sided net structure elasticity reinforcement, strengthen resilient sleeper-bearing resilience dynamics by the two-sided reinforcement of two-sided net structure elasticity reinforcement, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously.
Further, described projection is that one side is arranged, just be furnished with projection in the one side of resilient sleeper-bearing plate body, reinforcing rib is according to the situation of projection, be connected with the periphery of projection from one side respectively, form the net structure elasticity reinforcement of one side, strengthen resilient sleeper-bearing resilience dynamics by the net structure elasticity reinforcement one side reinforcement of one side, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously.
Further, the height of described reinforcing rib and projection is not contour layout, and wherein the height of reinforcing rib is lower than the height of projection; Projection contacts with iron chair before this at work, when projection is compressed to the height of reinforcing rib again with reinforcing rib, to ensure that resilient sleeper-bearing has enough elasticity.
Further, the reinforcing rib between described projection and projection links together, and makes reinforcing rib form the reinforcing rib intermittently linked together of strip; And the line of reinforcing rib and reinforcing rib is through the center of projection, makes the straight line that reinforcing rib and reinforcing rib become interrupted.
Further, described projection is truncated cone-shaped, and has groove or hole in the centre of projection 2, and groove in the middle of projection or the shape of hole can be circular, square or polygon.
The utility model has the advantage of:
1. resilient sleeper-bearing of the present utility model enhances backing plate screen resilience, can reduce vibration significantly, reduces noise, improves the stationarity of train operation.Reinforcing rib enhances backing plate screen resilience, under the prerequisite of not obvious increase backing plate vertical stiffness, significantly improve backing plate performance level analysis, decrease the wear-out failure produced because rail and iron chair occur laterally to slide, improve rail clip stable system performance, thus extend the application life of rail system, decrease the inspection of Rail Transit System, adjustment and maintenance work.
2. the vibration produced when decreasing train operation, the noise produced when reducing train operation, improves the stationarity of train operation.
3. meeting in equal rigidity requirement situation, this backing plate body consumptive material is less, and cost of production is lower, longer service life.
Accompanying drawing explanation
Fig. 1 is the stereogram of the utility model embodiment 1 Elastic backing plate;
Fig. 2 is the front view of the utility model embodiment 1 Elastic backing plate;
Fig. 3 is the top view of the utility model embodiment 1 Elastic backing plate.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is further described:
Embodiment one
As shown in Figure 1, Figure 2 and Figure 3, a kind of resilient sleeper-bearing with oblique reinforcing rib, comprises plate body 1; There is projection 2 on the surface of the upper and lower surface of plate body 1, and projection 2 is truncated cone-shaped; Be arranged symmetrically with 4 reinforcing ribs 3 the periphery of projection 2 is oblique, and 4 reinforcing ribs 3 are vertical each other; The shape of reinforcing rib 3 is discontinuous rectangular, the two ends of the length direction of reinforcing rib 3 connects two projections 2 respectively, and the reinforcing rib of the oblique layout of both direction at the line of length direction through the center of projection 2, what make projection 2 be subject to symmetrical 4 reinforcing ribs at four direction involves connection; 4 reinforcing ribs and projection 2 structure webbed net structure elasticity reinforcement, strengthen resilient sleeper-bearing resilience dynamics by net structure elasticity reinforcement, and anti-transverse horizontal deformability, prevents iron chair from occurring laterally to slide simultaneously.The cross sectional shape of the rectangular length direction of reinforcing rib 3 is rectangle.
Described projection 2 is truncated cone-shaped, and the shape of reinforcing rib 3 is discontinuous, and the cross sectional shape of reinforcing rib 3 is rectangle, and reinforcing rib 3 is be mutually certain angle with the interlaced mode be connected of projection 2, and projection 2 is distributed on plate body 1 with reinforcing rib 3 is two-sided uniformly.
Reinforcing rib 3 between described projection and projection links together, and makes reinforcing rib 3 form the reinforcing rib intermittently linked together of strip; And the line of reinforcing rib and reinforcing rib is through the center of projection, makes reinforcing rib and reinforcing rib 3 become interrupted straight line.
Described resilient sleeper-bearing is made up of two kinds of polymer composites, and has groove or hole in the centre of projection 2, and groove in the middle of projection 2 or the shape of hole can be circular, square or polygon.
The height that described reinforcing rib 3 is given prominence on plate body 1, lower than projection 2, carries demand with satisfied different circuit; Projection 2 contacts with iron chair before this at work, contacts when projection 2 is compressed to the height of reinforcing rib 3 with reinforcing rib 3 again, to ensure that resilient sleeper-bearing has enough elasticity
The cross sectional shape of the rectangular length direction of described reinforcing rib 3 is rectangle.The cross sectional shape of reinforcing rib also can be designed to the mutual combination of square, rectangle, trapezoidal, circular arc, notch cuttype or multiple shape.
Embodiment two
The basic structure of embodiment two is the same with embodiment one, and just projection 2 is just in the layout of plate body 1, and the another side of plate body 1 is dull and stereotyped, the difficulty of making can be reduced like this, for resilient sleeper-bearing resilience dynamics, and anti-transverse horizontal deformability requires it is not very high, very applicable.
Embodiment three
The basic structure of embodiment three is the same with embodiment one, and just projection 2 self takes polygonal structure, can be square, rhombus, hexagon or octagon.
Above 3 embodiments are shape and the distribution mode of the projection 2 and reinforcing rib 3 applying more, and the shape of projection 2 and reinforcing rib 3 and distribution mode can have more change, according to the actual requirements to meet different bearer property requirements in actual applications; Obviously, under the prerequisite not departing from described principle of the present utility model, some improvements and modifications of making also should be considered as protection domain of the present utility model.
Claims (6)
1. the resilient sleeper-bearing with oblique reinforcing rib, comprise resilient sleeper-bearing plate body, resilient sleeper-bearing plate body is dispersed with projection uniformly, it is characterized in that, be evenly distributed with reinforcing rib around the projection on plate body, on reinforcing rib and plate body, the periphery of equally distributed projection links together, form a net structure elasticity reinforcement, resilient sleeper-bearing resilience dynamics is strengthened by net structure elasticity reinforcement, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously; Described reinforcing rib is striped blocks structure composition, described reinforcing rib is striped blocks structure composition, reinforcing rib couples together from projection two is oblique with projection respectively, the reinforcing rib of two oblique layouts becomes 90 degree to intersect each other, strengthens the rigidity of resilient sleeper-bearing horizontal direction and the dynamics of resilience by involving of 4, two oblique reinforcing rib both directions.
2. as claimed in claim 1 with the resilient sleeper-bearing of oblique reinforcing rib, it is characterized in that, described projection is two-sided layout, all be furnished with projection on the two sides of resilient sleeper-bearing plate body, reinforcing rib, according to the situation of projection, is connected with the periphery of projection respectively from two-sided, form two-sided net structure elasticity reinforcement, resilient sleeper-bearing resilience dynamics is strengthened by the two-sided reinforcement of two-sided net structure elasticity reinforcement, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously.
3. as claimed in claim 1 with the resilient sleeper-bearing of oblique reinforcing rib, it is characterized in that, described projection is that one side is arranged, just be furnished with projection in the one side of resilient sleeper-bearing plate body, reinforcing rib, according to the situation of projection, is connected from one side with the periphery of projection respectively, form the net structure elasticity reinforcement of one side, resilient sleeper-bearing resilience dynamics is strengthened by the net structure elasticity reinforcement one side reinforcement of one side, and anti-transverse horizontal deformability, prevent iron chair from occurring laterally to slide simultaneously.
4. as claimed in claim 2 or claim 3 with the resilient sleeper-bearing of oblique reinforcing rib, it is characterized in that, the height of described reinforcing rib and projection is not contour layout, and wherein the height of reinforcing rib is lower than the height of projection; Projection contacts with iron chair before this at work, when projection is compressed to the height of reinforcing rib again with reinforcing rib, to ensure that resilient sleeper-bearing has enough elasticity.
5. as claimed in claim 2 or claim 3 with the resilient sleeper-bearing of oblique reinforcing rib, it is characterized in that the reinforcing rib between described projection and projection links together, make reinforcing rib form the reinforcing rib intermittently linked together of strip; And the line of reinforcing rib and reinforcing rib is through the center of projection, makes the straight line that reinforcing rib and reinforcing rib become interrupted.
6. as claimed in claim 2 or claim 3 with the resilient sleeper-bearing of oblique reinforcing rib, it is characterized in that, described projection is truncated cone-shaped, and has groove or hole in the centre of projection 2, and groove in the middle of projection or the shape of hole can be circular, square or polygon.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420608908.6U CN204139003U (en) | 2014-10-21 | 2014-10-21 | A kind of resilient sleeper-bearing with oblique reinforcing rib |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420608908.6U CN204139003U (en) | 2014-10-21 | 2014-10-21 | A kind of resilient sleeper-bearing with oblique reinforcing rib |
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| CN204139003U true CN204139003U (en) | 2015-02-04 |
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| CN201420608908.6U Active CN204139003U (en) | 2014-10-21 | 2014-10-21 | A kind of resilient sleeper-bearing with oblique reinforcing rib |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112411272A (en) * | 2020-11-19 | 2021-02-26 | 林州市新鑫材料科技有限公司 | Elastic rail pad |
| CN112641483A (en) * | 2020-12-22 | 2021-04-13 | 江苏省中医药研究院 | Automatic pressing hemostasis device after tooth extraction |
-
2014
- 2014-10-21 CN CN201420608908.6U patent/CN204139003U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112411272A (en) * | 2020-11-19 | 2021-02-26 | 林州市新鑫材料科技有限公司 | Elastic rail pad |
| CN112641483A (en) * | 2020-12-22 | 2021-04-13 | 江苏省中医药研究院 | Automatic pressing hemostasis device after tooth extraction |
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