KR200432442Y1 - Point upper plate coupling device for railroad turnout - Google Patents

Abstract

The present invention reduces the switching force by greatly reducing the friction between the point top plate and the tongue by the rotational force of the roller when the roller moves, and the adhesion between the basic rail and the tongue rail is increased, and the rotating shaft of the roller is special The surface treatment is to prevent the bearing damage due to the friction of the shaft to strengthen the life, and to provide a point top plate fastening device for the branching machine that does not require oiling by reducing the friction by coating a solid lubricant on the sliding surface of the upper plate.

Point top plate fastening device for branching device according to the present invention for achieving the above object is a top plate made of a rectangular shape as a whole, a sliding surface protruding upwards at a constant height to one side of the top plate, and the front and rear left and right sides of the top plate A point top plate each of which is formed of perforated threaded spike holes; At the same time inserted into the sliding surface of the point top plate made of a U-shape as a whole, and the rail pressing portion formed in a constant gradient on both sides of the front portion, and extending while facing both sides from the rail pressing portion and at the same time the cross-sectional shape is formed in a square An elastic clip comprising a blind portion and a clip seating portion extending from the blind portion and having a predetermined inclination formed at an end thereof; It is installed on the upper surface of the sliding surface of the point plate, the plate is formed in a generally rectangular shape, the inclined surface protruding to have a predetermined slope on both sides of the plate, and the recess groove formed in a predetermined depth into one side of the plate, A bearing plate comprising a bolt hole formed at a predetermined diameter in the plate at a predetermined diameter; It is formed integrally on the side of the point top plate, the base frame made of a narrow and long rectangular shape, installed on the base frame, the roller portion is built in the roller, and is provided at one end of the roller portion It is characterized by consisting of a roller base plate consisting of a position adjusting portion capable of moving the position along the upper surface of the base frame, and a height adjusting portion is installed at the other end of the roller portion.

Divider, Point Top, Fastening Device, Roller Base Plate, Elastic Clip

Description

Point upper plate coupling device for railroad turnout}

1 is an exploded perspective view showing a conventional rail-elastic fasteners,

2 is a longitudinal sectional view showing a rail-elastic fastener of the conventional point portion;

3 is a longitudinal sectional view showing a rail-elastic fastener of the conventional guard portion;

Figure 4 is an exploded perspective view showing a point top plate fastening device for the branch according to the present invention,

Figure 5 is a side view showing a point top plate fastening device for the branch according to the present invention,

Figure 6 is a plan view showing a point top plate fastening device for the branch according to the present invention,

Figure 7 is a perspective view showing a point top plate of the point top plate fastening device for the branch according to the present invention,

Figure 8 is a side view showing a point top plate of the point top plate fastening device for the branch according to the present invention,

9 is a plan view showing a point top plate of the point top plate fastening device for the branch according to the present invention,

10 is a cross-sectional view taken along the line A-A of FIG.

11 is a cross-sectional view taken along the line B-B of FIG.

12 is a cross-sectional view taken along the line E-E of FIG.

FIG. 13 is a sectional view taken along the line F-F in FIG. 9; FIG.

14 is a cross-sectional view taken along the line G-G of FIG.

15 is a cross-sectional view taken along the line K-K of FIG.

16 is an enlarged detailed view of a portion “A” of FIG. 7;

17 is an enlarged detailed view of a portion “B” of FIG. 7;

FIG. 18 is an enlarged detailed view of portion “C” of FIG. 7;

19 is an enlarged detailed view of a portion “D” of FIG. 7;

20 is an enlarged detailed view of a portion “H” of FIG. 10;

Figure 21 is a perspective view showing an elastic clip of the point top plate fastening device for the branch according to the present invention,

Figure 22 is a side view showing an elastic clip of the point top plate fastening device for the branch according to the present invention,

23 is a plan view showing an elastic clip of the point top plate fastening device for the branch according to the present invention,

24 is a perspective view showing a bearing plate of the point upper plate fastening device for the branch according to the present invention,

25 is a plan view showing a bearing plate of the point upper plate fastening device for the branch according to the present invention,

Figure 26 is a perspective view of a roller frame of the point top plate fastening device for the branch according to the present invention,

27 is a front view showing a roller frame of the point top plate fastening device for the branch according to the present invention,

28 is a plan view showing a roller frame of the point top plate fastening device for the branch according to the present invention,

29 is a plan view and a side view showing a safety pin of the point upper plate fastening device for the branch according to the present invention;

30 is a plan view and a side view showing a stop ring of the point top plate fastening device for the turner according to the present invention.

Explanation of symbols on the main parts of the drawing

100: point tops 110: tops

111: protruding jaw 112: shoulder

113: square groove 120: sliding surface

121: slope 122: engaging portion

123: recessed portion 124: separation prevention jaw

127: seating groove 130: screw spike ball

200: elastic clip 210: rail pressing portion

220: blind portion 230: clip seat

300: bearing plate 310: plate

320: slope 330: recessed groove

340: bolt hole 400: roller base plate

410: base frame 411: body

412: guide surface 413: rail seating surface

414: drain groove 420: roller portion

421: roller frame 422: roller

423: cover 424: through part

425: bolt 426: bolt ball

430: position adjusting unit 431: fixed plate

432: fixed shaft 440: height adjustment unit

441: angle 442: spring washer

443: chuck 444: disc

445: nut 446: bolt

500: basic rail 510: tongue rail

530: threaded spike 540: stop ring

550: safety pin

The present invention relates to a point top plate fastening device for a branching machine, in particular, by using a roller to reduce the friction force between the point top plate and the tongue rail by the rotational force of the roller to reduce the switching force, and increase the adhesion between the basic rail and the tongue rail The rotating shaft of the roller is a special surface treatment by carbon carburizing method to prevent the bearing from being damaged by the friction of the shaft to enhance the life.The solid lubricant is coated on the sliding surface of the point top plate to reduce the frictional force so that oiling is unnecessary. It relates to a top plate fastening device.

In general, when a high-speed train passes through the turnout of the track, shock and noise occur with severe fluctuations, because the fastening force of the basic rail is insufficient.

Therefore, there is an urgent need for a fastener capable of securing the same fastening force as the outside even inside the basic rail of the point part and the guard part in the tap-off.

Accordingly, the applicant of the present invention has proposed a patent application No. 1991-0022710 U-shaped rail elastic fastener to solve the problems as described above.

The conventional U-shaped rail elastic fasteners are provided with a pressing jaw protrudingly fixed to the U-shaped elastic clip to the side of the lateral direction in which the sliding surface is integrally formed, the rear portion is provided with a clip support, the weld shoulder is installed on the whole A slide plate on which the other side of the bottom of the rail is fixed and supported by an elastic clip, the one end of the sliding surface being inclined so that one end of the bottom of the rail is fixed to the engaging jaw of which one end is protruding; The inclined portion is formed at a certain angle at the end to support one side of the bottom of the rail, and a bent portion is formed in the center in a U shape and is composed of a U-shaped elastic clip which is formed to be press-fitted to the clip support of the slide plate and both pressing jaws. It features.

Conventional U-shaped rail elastic fasteners having the configuration as described above are not only convenient to install and repair due to the stability of the line due to the complete elastic fastening of the point part and the guard part in the tap-off and simplified parts, but also to extend the maintenance period. In addition, there is an excellent effect of improving the stability of the train according to the speed improvement of the train and greatly improving the noise and up, down, left and right fluctuations when passing the train.

However, the conventional U-shaped elastic fastener as described above is deformed in the process of casting, the U-shaped elastic clip is pushed or separated by the impact generated from the outside when the U-shaped elastic clip is fastened as well as two people There is a problem that must be concluded jointly.

Therefore, the present invention has been devised to solve the problems described above, by using the rollers to move the rails to reduce the friction force of the top plate and the tongue rail by the rotational force of the rollers to reduce the switching force, the basic rail and tongue Increasing the adhesion of the rails, and the rotating shaft of the roller is a special surface treatment by the carbon carburizing method to prevent damage to the bearings caused by the friction of the shaft to enhance the life, and by coating a solid lubricant on the sliding surface of the point top plate to reduce friction The purpose is to provide a fastening device for point top plate is unnecessary.

Point top plate fastening device for branching device according to the present invention for achieving the above object is a top plate made of a rectangular shape as a whole, a sliding surface protruding upwards at a constant height to one side of the top plate, and the front and rear left and right sides of the top plate A point top plate each of which is formed of perforated threaded spike holes; At the same time inserted into the sliding surface of the point top plate made of a U-shape as a whole, and the rail pressing portion formed in a constant gradient on both sides of the front portion, and extending while facing both sides from the rail pressing portion and at the same time the cross-sectional shape is formed in a square An elastic clip comprising a blind portion and a clip seating portion extending from the blind portion and having a predetermined inclination formed at an end thereof; It is installed on the upper surface of the sliding surface of the point plate, the plate is formed in a generally rectangular shape, the inclined surface protruding to have a predetermined slope on both sides of the plate, and the recess groove formed in a predetermined depth into one side of the plate, A bearing plate comprising a bolt hole formed at a predetermined diameter in the plate at a predetermined diameter; It is formed integrally on the side of the point top plate, the base frame made of a narrow and long rectangular shape, installed on the base frame, the roller portion is built in the roller, and is provided at one end of the roller portion It is characterized by consisting of a roller base plate consisting of a position adjusting portion capable of moving the position along the upper surface of the base frame, and a height adjusting portion is installed at the other end of the roller portion.

Hereinafter, with reference to the accompanying drawings of the present invention will be described in detail.

Figure 4 is an exploded perspective view showing a point top plate fastening device for a branch according to the present invention, Figure 5 is a side view showing a point top plate fastening device for a branch according to the present invention, Figure 6 is a point top plate for a branch according to the present invention FIG. 7 is a cross-sectional view taken along line AA of FIG. 6, FIG. 8 is a cross-sectional view taken along line BB of FIG. 6, FIG. 9 is a cross-sectional view taken along line EE of FIG. 6, and FIG. 10 is a cross-sectional view taken along line FF of FIG. 6. FIG. 11 is a cross-sectional view taken along the line GG of FIG. 6, FIG. 12 is a cross-sectional view taken along the line KK of FIG. 6, FIG. 13 is an enlarged detailed view of part “A” of FIG. 7, and FIG. 14 is a line “B” of FIG. 7. "Detailed view of the enlarged portion, Figure 15 is a detailed view showing an enlarged" C "portion of Figure 7, Figure 16 is a detailed view showing an enlarged portion" D "of Figure 7, Figure 17 is a view Detailed view showing an enlarged portion of "H" of 10.

As shown in these drawings, the point-top plate fastening device for the branch according to the present invention is a top plate 110 made of a rectangular shape as a whole, and a sliding surface protruding upward at a constant height to one side of the top plate 110 ( 120 and a point top plate (100) consisting of threaded spike holes (130) formed on each of front, rear, left, and right sides of the top plate (110);

Inserted into the sliding surface 120 of the point top plate 100 and at the same time made of a U-shape as a whole, the rail pressing portion 210 formed in a constant gradient on both sides of the front portion, and both sides from the rail pressing portion 210 And an elastic clip 200 consisting of a clip portion 220 extending from the square portion 220 and a cross section having a quadrangular shape, and extending from the square portion 220 and having a predetermined slope at the end thereof. ;

It is installed on the upper surface of the sliding surface 120 of the point top plate 100, the plate 310 is formed in a generally rectangular shape, the inclined surface 320 protruding to have a predetermined slope on both sides of the plate 310, and the plate Bearing plate 300 consisting of a concave indentation groove 330 is formed in a predetermined depth in one side of the 310 and the bolt hole 340 formed in a predetermined diameter in a predetermined position of the plate 310 Wow;

It is formed integrally on the side of the point top plate 100, the base frame 410 is formed in a narrow rectangular shape with a long length, and is installed on the base frame 410, the roller 422 is built A roller 420, a position adjusting unit 430 installed at one end of the roller 420, and capable of moving along the upper surface of the base frame 410, and at the other end of the roller 420. Installed is composed of a roller base plate 400 consisting of a height adjustment unit 440 capable of height adjustment.

That is, the point top plate fastening device for the branch according to the present invention, as shown in Figures 3 to 5, the point top plate 100, elastic clip 200, bearing plate 300 and roller base plate 400 is organic It is a device made of combined.

Here, the point top plate 100, as shown in Figures 18 to 20, the top plate 110 made of a generally rectangular shape, and a sliding surface protruding upward at a constant height to one side of the top plate 110. 120 and a screw spike hole 130 formed in each of the front, rear, left, and right sides of the upper plate 110.

In addition, the upper plate 110 is formed with a protrusion jaw 111 protruding upwards in the width direction at a portion spaced apart from the one-side screw spike hole 130, the shoulder 112 is fixed to the protrusion jaw 111 It is installed structure.

In addition, the upper plate 110 is composed of a square groove 113 formed in a predetermined depth in a rectangular shape in the adjacent portion of the sliding surface 120.

The square groove 113 is a structure for catching the cause of the deformation of the shape of the point top plate 100 integrally, or the occurrence of abnormality of the inclination (flatness).

In addition, the sliding surface 120 is open, rear, left and right, and one side of the inclined surface 121 having a constant inclined downward, and the coupling portion 122 formed to cut in a predetermined width and depth from the inclined surface 121 and , The other side is composed of a concave inlet portion 123 formed to have a predetermined inward inclination.

Here, the sliding surface 120 has a structure in which the separation prevention jaw 124 is formed in order to prevent the sliding or separation of the elastic clip 200 inserted into the indentation 123.

The separation prevention jaw 124 is limited to the bottom portion of the basic rail 500 only when the elastic clip 200 is fastened so as to prevent the elastic clip 200 from being pushed or separated by an impact generated from the outside. It is a stable structure.

In addition, the sliding surface 120 is a structure for preventing the elastic clip 200 is separated from the lower surface of the upper surface.

In addition, the coupling part 122 has a structure in which a seating groove 127 is formed to give a predetermined inclination to prevent the elastic clip 200 from being separated.

On the other hand, as shown in Figure 21 to Figure 23, the elastic clip 200 is made of a U-shape as a whole, the rail pressing portion 210 and the rail pressing portion 210 formed in a constant gradient on both sides of the front portion thereof. At the same time extending from both sides and at the same time the cross section is formed of a rectangular section 220 is formed in a quadrangle, and the clip seat portion 230 extending from the rectangular section 220 and a predetermined inclination is formed at the end.

That is, the elastic clip 200 has a rail pressing portion 210 is formed in the same manner as the gradient of the basic rail 500 in order to improve the restraint of the basic rail 500 when installed on the point top plate 100, the clip The seating unit 230 is configured to give a certain inclination to prevent the separation by the external shock or vibration, and also to facilitate the separation of the fastening.

Here, the rail pressing portion 210 is the front end of the elastic clip 200 to the point top plate 100 after fastening to the base rail 500 in order to restrain the base rail 500 by the same gradient and the contact area The structure is enlarged to increase the binding force.

In addition, the square part 220 corresponds to the middle portion of the elastic clip 200, and by adjusting the elastic modulus to the rectangular cross section so that the same fastening force as the case of using a circular cross section in a shape irrespective of the direction in a symmetrical structure. The structure is easy to fasten and detach.

And, the clip seating portion 230 is inclined to the end of the coupling portion 122 and the elastic clip 200 of the point top plate 100 to the separation and separation of the elastic clip 200 by external impact or vibration It performs the function of blocking.

On the other hand, the bearing plate 300, as shown in Figures 24 and 25, the plate 310 is formed in a generally rectangular shape, and the inclined surface 320 protruding to have a predetermined slope on both sides of the plate 310 and The concave convex groove 330 is formed to have a predetermined depth into one side of the plate 310, and a bolt hole 340 formed to be drilled with a predetermined diameter at a predetermined position of the plate 310.

In addition, the surface of the bearing plate 300 is a structure in which a solid lubricant is coated.

Here, the solid lubricant is a film of a solid material of an inorganic, organic compound or metal.

There are generally three types of inorganic compounds used as solid lubricants.

① Layer lattice solid: A material such as graphite or molybdenum disulfide has a crystal lattice structure arranged in layers. The bonds between atoms in the same layer are strong, and the bonds between atoms in different layers are relatively weak. Slip on each other. Such materials include tungsten disulfide, mica, boron nitride, boron, silver sulfate, cadmium iodide, lead iodide, and the like. The reason why graphite is low in friction is usually due to the adsorption membrane. Without water vapor, graphite loses its lubricity and becomes a grinding material. Graphite and molsulfide are chemically inert and heat resistant.

② Other soft solids: Various inorganic solids such as lead white, lime, talc, bentonite, silver iodide and lead (II) oxide are used as lubricants.

③ Chemical conversion coating: Many inorganic compounds can be formed on the metal surface by chemical reaction. Known lubricating coatings include sulfide, oxide, phosphate, and oxalate membranes.

 Organic solid lubricants are generally divided into two types.

(1) Soaps, waxes and fats: This class includes metal soaps such as calcium, sodium and lithium, animal waxes such as beeswax and spermatozoa, fatty acids (fatty acids such as stearic acid and palmitic acid) and fatty esters such as pig and cow oil. .

② Polymer Membranes: These include synthetic materials such as polytetrafluoroethylene and polychlorofluoroethylene. The main advantage of these membrane-shaped lubricants is their resistance to deterioration during exposure of the components, and the 1.3 cm thick polymer membrane allows heat-moving beams placed on top of the columns, commonly used in prestressed concrete structures. Long-life polymer membranes facilitate the expansion and contraction of structural members. Good adhesion of soft metal films on rigid substrates provides an effective lubricant. Such metals include lead, tin, indium and the like.

In addition, the point plate plate 100 and the bearing plate 300 is fastened to the bearing plate 300 is seated on the point plate plate 100, through the bolt hole 330 of the bearing plate 300 stop ring ( The safety pin 550 fitted with 540 is fastened.

That is, the bearing plate 300 is fixedly installed by the safety pin 550 inserted into the stop ring 540 through the bolt hole 340 when installed on the point plate 110, the bearing plate 300 It is the structure which made the movement of the tongue rail 510 free.

On the other hand, the roller base plate 400 is a base frame 410 having a narrow width and a long length, and is installed on the base frame 410, the roller portion 420, the roller 422 is built-in And, it is installed on one side end of the roller portion 420 and the position adjustment unit 430 capable of moving along the upper surface of the base frame 410, and is installed at the other end of the roller portion 420 height adjustment Possible height adjustment unit 440 is configured.

That is, the roller base plate 400 is organically coupled to the base frame 410, the roller 420, the position adjusting unit 430 and the height adjusting unit 440, casting on the side of the point top plate 100 It is an integrally formed structure.

Here, the base frame 410 as shown in Figure 26 to 28, a narrow and long body 411, a guide formed along its inner side over one end from the center of the body 411 A surface 412, a rail seating surface 413 spaced apart from the end of the guide surface 412 at a predetermined interval and recessed at a predetermined depth from an upper surface of the body, and a predetermined bottom surface of the guide surface 412 It is composed of a drain groove 414 is formed at the same time as the inside and the outside through the position.

The guide surface 412 as described above is to facilitate the movement of the disk 444 of the height adjustment unit 440 is installed on the upper portion of the base frame 410 along.

In addition, the drain groove 414 is formed through the bottom surface of the guide surface 412, which is frozen in the guide surface 412 due to the excellent winter season has a great effect on the operation of the roller base plate 400 In order to prevent this from happening, the drain groove 414 is formed in an appropriate number on the guide surface 412 so as to be completely free from the influence of the winter season.

The roller unit 420 covers a roller frame 421 having a U shape, a roller 422 hinged to a plurality of roller frames 21, and an upper surface of the roller frame 421. At the same time, the cover 423 is formed with a plurality of through-holes 424 on the inner side.

That is, the roller 420 is a structure in which the roller frame 421, the roller 422, and the cover 423 are organically bonded to each other, and its components are surface-treated by a carbon carburizing method.

Here, the carbon carburization method is a surface hardening method generally used to bury the surface of the steel by infiltrating carbon and hardening the surface, so that relatively low carbon steel or low carbon alloy steel is embedded in the carburizing agent, such as carbon content of 0.02-0.25%. After heating to the austenite range, carbon is infiltrated and diffused on the surface to make only the surface layer into a high carbon structure.

Since the surface is hard, it has abrasion resistance, and since the center of the material is low carbon steel, it has toughness. It is noted that this property was used in the present invention.

In addition, the roller frame 421 has a cross-sectional shape of a U-channel channel shape, a plurality of bolt holes 426 are penetrated to each other so that the bolt 425 is fitted to the left and right sides.

In addition, a plurality of rollers 422 are installed in the roller frame 421, and a double roller 422 is used instead of a general flat roller.

This is because the rolling contact of the roller 422 is made in line contact with the tongue rail 510, so that the boat 422 is called to reduce the surface contact between the roller 422 and the tongue rail 510 and ultimately these This is to reduce the friction force acting on the liver.

In addition, the cover 423 is installed so as to cover the upper portion of the roller frame 421 located below to prevent foreign substances, etc. from being inserted, the cover (423) to protrude the roller 422 over the cover (423) The through part 424 is formed by passing through a plurality of surfaces of the 423.

Therefore, the roller part 420 reduces the frictional force by greatly reducing the friction force between the point top plate 100 and the tongue rail 510 by the rotational force of the roller 422 when the roller 422 moves using the roller 422. In addition, it is to significantly reduce the friction force between the basic rail 500 and the tongue rail 510 to reduce the switching force.

In this case, a cover 423 is installed to cover a part of the position adjusting part 430 and the height adjusting part 440 installed at the left and right ends of the roller frame 421, and is formed at the center of the cover 423. The through portion 424 has the same cross-sectional shape as that of the roller 422 protruding from the through portion 424 and penetrates a portion of the cover 423 covering the left and right ends of the roller frame 421. The shape of the portion 424 is formed to be the same as the cross-sectional shape of the position adjusting portion 430 and the height adjusting portion 440.

In addition, the position adjusting unit 430 is a fixed plate 431 fixed to one side end of the roller frame 421 by a bolt 425, and a fixed shaft 432 integrally coupled to the lower portion of the fixing plate 431 It is composed of

That is, the position adjusting unit 430 has a structure in which the fixed plate 431 and the fixed shaft 432 are organically coupled.

Here, the fixing plate 431 is formed in a cross-sectional shape of a rectangular plate body, is installed in the width direction of one side end of the roller frame 421 to prevent foreign matters from being inserted from the outside and fixed to the bolt 425 at the same time To support the fixed shaft 432 installed at the bottom.

In addition, the fixed shaft 432 is installed across the lower end of the fixed plate 431, it is to move along the rail seating surface 413 of the base frame 410 by the rolling movement of the roller 422.

On the other hand, the height adjusting unit 440 is an angle 441 fixed to the other end of the roller frame 421 by a bolt 446, and a spring washer 442 disposed on the upper surface of the angle 441 and And a clamp 443 interposed between the angle 441 and the spring washer 442, a disc 444 disposed on the lower surface of the angle 441, the spring washer 442 and the clamp 443. And a bolt 446 fitted with an angle 441 and a nut 445 for fastening the disc 444 sequentially through the center thereof from the top.

That is, the height adjusting unit 440 has a structure in which the angle 441, the spring washer 442, the depress 443, and the disc 444 are organically coupled.

Here, the angle 441 is used that the cross-sectional shape is made of an L-shaped angle, which is one side of the angle (441) to block the side of the roller frame 421 is inserted foreign matter into the roller frame 421 And the other side is to be used as a means for facilitating height adjustment.

In addition, the angle 441 is provided with a spring washer 442 and a disc 444 on the upper and lower surfaces, and a depress 443 is interposed between the angle 441 and the spring washer 442, which are the angle 441. The bolt 446 and the nut 445 are fastened in the order of the spring washer 442, the chuck 443, the angle 441, the disc 444 in the order.

Hereinafter, the point top plate fastening device for the branching device according to the present invention having the configuration as described above is made of an organic coupling of the point top plate 100 and the elastic clip 200, the bearing plate 300 and the roller base plate 400 As an apparatus, the fastening and action effects between the elastic clip 200 and the bearing plate 300 and the roller base plate 400 will be described based on the point top plate 100.

Fastening between the point top plate 100 and the elastic clip (200)

When the elastic clip 200 is installed on the point top plate 100, the elastic clip 200 is pushed into the inside of the point top plate 100, and the basic rail 500 is provided as the rail pressing portion 210 of the elastic clip 200. Constrain the bottom of the), restrain the elastic clip 200 to the departure prevention jaw 124 of the point top plate 100 not to be out of a certain length and at the same time point the clip seating portion 230 of the elastic clip 200 Fasten by mounting on the mounting groove 127 of the top plate (100).

In addition, the point top plate 100 is seated on the basic rail 500, the tongue rail 510 is installed to be able to move smoothly on the sliding surface 120 of the point top plate 100.

That is, the elastic clip 200 restrains the bottom of the basic rail 500, the clip mounting portion 230 is installed in the seating groove 127 of the point top plate 100 to facilitate fastening and separation.

Therefore, the point top plate 100 is fastened in a restrained manner by the elastic clip 200, so that the fastening force is excellent and stable, the riding comfort is also improved, the fastening and detachment can be easily performed, and the cost of maintenance can be reduced. It has an effect.

In addition, there is an effect of preventing the environmental pollution by supplying the environmentally friendly point top plate 100 by treating the surface without oil.

Fastening between the point top plate 100 and the bearing plate 300

The bearing plate 300 is fixedly installed by the safety pin 550 in which the stop ring 540 is inserted through the bolt hole 340 of the bearing plate 300 on the sliding surface 120 of the point upper plate 100.

Therefore, the tongue rail 510 may smoothly move on the bearing plate 300 installed on the sliding surface 120 of the point top plate 100.

Fastening between the point plate 100 and the roller base plate 400

Assemble and install the components of the roller base plate 400 in the base frame 410 formed integrally with the side of the point top plate 100.

When adjusting the height of the roller 422 of the roller portion 420 of the roller base plate in a state in which the components of the roller base plate 400 are installed in the base frame 410 of the side of the point top plate 100 When the nut 445 coupled to the height adjusting part 440 fixedly fixed to the other end of the roller frame 421 is turned or tightened, the nut 445 is tightened or loosened. The spring washer 442, the chuck 443 and the disc 444 sequentially coupled below the bar is moved up and down at the same time,

That is, the lower portion of the bolt head contacts the nut 445 while moving downward in accordance with the rotation of the screw thread of the bolt 446 of the bolt 446 of the height adjusting part 440, and the spring washer 442 and the detent sequentially. The bolt 446 moves up and down by the contact of the 443. At this time, after setting the height adjusting part 440 to an appropriate height, tightening the bolt 446 and the nut 445, fine adjustment and fastening By tightening the silver nut 445, the height adjustment operation is finally completed.

After the roller base plate 400 is installed on the point top plate 100 as described above, the height is adjusted to an appropriate height, and then the electric machine installed at the branch point is operated, and the two base rails 500 are installed between the two basic rails. The tungsten rails 510 are in contact with one of the basic rails 500 while being simultaneously moved, and the tungsten rails 510 are linearly contacted and rolled on a roller in such a manner as to be spaced apart from the other basic rails 500.

That is, the tongue rail 510 is moved by the roller 422 of the roller portion 420 installed below, and the roller 422 of the roller portion 420 is at one end of the roller portion 420. The fixed shaft 432 of the installed position adjusting portion 430 moves along the rail seating surface 413 of the base frame 410 and at the same time the disc of the height adjusting portion 440 installed at the other end of the roller portion 420. 444 is seated on the guide surface 412 of the base frame 410, the plate 444 is moved along the inside of the guide surface 412, the tongue rail 510 installed on the roller portion 420 is It naturally moves in the direction of movement of the roller 422.

Here, the disk 444 is fixed to the desired position with a bolt 446, the nut 445, the spring washer 442 and the clamp 443 coupled to the lower portion of the bolt 446 is sequentially contacted, fixed Therefore, when the tongue 510 is moved, the disc 444 prevents the departure from the guide surface 412.

On the other hand, the point top plate 100 and the roller base plate 400 as described above, the roller 422 and the tongue 510 in the rolling motion by the roller 422 of the roller portion 420 when the tongue rail 510 is switched. Since the line contact is made, the friction force acting between the roller 422 and the tongue rail 510 can be greatly reduced, so that the smooth transition of the tongue rail 510 is performed.

Point top plate fastening device for the branching device according to the present invention having the function as described above is because the point top plate 100 and the roller base plate 400 is formed integrally cast, it is easy to fasten the tapper and simply roller base plate Detachment of the roller unit 420 from the base frame 410 of the 400 has an effect that can be replaced during wear due to breakage of the device.

As described above, the point top plate fastening device for the branch according to the present invention has the following effects.

First, the present invention has the advantage that the point converting power is reduced, the life of the top plate is extended, do not oil, environmentally friendly, maintenance costs are reduced.

Secondly, the present invention has the advantage of low surface friction, no corrosion, no application of waste oil and lubricants, and low environmental pollution and maintenance costs by using a solid lubricant.

Claims (7)

The upper plate 110 which is generally formed in a quadrangular shape, a sliding surface 120 protruding upward at a predetermined height to one side of the upper plate 110, and screw spike holes respectively formed in front, rear, left and right sides of the upper plate 110; Point top plate consisting of 130 and; Inserted into the sliding surface 120 of the point top plate 100 and at the same time made of a U-shape as a whole, the rail pressing portion 210 formed in a constant gradient on both sides of the front portion, and both sides from the rail pressing portion 210 And an elastic clip 200 consisting of a clip portion 220 extending from the square portion 220 and a cross section having a quadrangular shape, and extending from the square portion 220 and having a predetermined slope at the end thereof. ; It is installed on the upper surface of the sliding surface 120 of the point top plate 100, the plate 310 is formed in a generally rectangular shape, the inclined surface 320 protruding to have a predetermined slope on both sides of the plate 310, and the plate Bearing plate 300 consisting of a concave indentation groove 330 is formed in a predetermined depth in one side of the 310 and the bolt hole 340 formed in a predetermined diameter in a predetermined position of the plate 310 Wow; The roller is formed integrally on the side of the point top plate 100, the base frame 410 is formed in a narrow rectangular shape with a long length, and is installed on the base frame 410, the roller 422 is built A portion 420, a position adjusting portion 430 is installed at one side end of the roller portion 420, and can be moved along the upper surface of the base frame 410, and installed at the other end of the roller portion 420 Point top plate fastening device for a diverter, characterized in that consisting of a roller base plate 400 consisting of a height adjustment unit 440 that can be adjusted in height. The method of claim 1, The point top plate fastening device for a diverter, characterized in that the roller base plate 400 is formed integrally with one side on the point top plate 100. The method of claim 1, The point plate 100 and the bearing plate 300 is fastened to the bearing plate 300 is seated on the point plate 100, through the bolt hole 330 of the bearing plate 300 stop ring 540 Point top plate fastening device for the diverter, characterized in that the fitted safety pin 550 is fastened. The method of claim 1, The surface of the bearing plate 300 is a point top plate fastening device for a diverter, characterized in that the coating is formed of a solid lubricant. The method of claim 1, The position adjusting unit 430 is a fixed plate 431 fixed to one side end of the roller frame 421 by a bolt 425 and a fixed shaft 432 integrally coupled to the lower portion of the fixing plate 431 Point top plate fastening device for branching, characterized in that consisting of. The method of claim 1, The height adjusting unit 440 is an angle 441 fixed to the other end of the roller frame 421 by a bolt 446 and a spring washer 442 disposed on the upper surface of the angle 441, and the angle A clamp 443 interposed between the 441 and the spring washer 442, the disc 444 disposed on the lower surface of the angle 441, the spring washer 442, the clamp 443, the angle ( 441), Point top plate fastening device for a diverter, characterized in that consisting of a bolt (446) is fitted with a nut (445) for fastening the disk 444 sequentially through the center from the top. The method of claim 1, The roller unit 420 is a point top plate fastening device for the branching, characterized in that the surface treatment by a carbon carburizing method.

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