CN103866660B - A kind of rope saw cutting equipment of miniature high-speed non-fragment orbit - Google Patents
A kind of rope saw cutting equipment of miniature high-speed non-fragment orbit Download PDFInfo
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- CN103866660B CN103866660B CN201210534754.6A CN201210534754A CN103866660B CN 103866660 B CN103866660 B CN 103866660B CN 201210534754 A CN201210534754 A CN 201210534754A CN 103866660 B CN103866660 B CN 103866660B
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Abstract
The present invention relates to a kind of rope saw cutting equipment of miniature high-speed non-fragment orbit, it comprises the general utility tool dolly be bearing in by four wheels on the non-fragment orbit that is made up of rail and track plates, the storage tank of maintenance accessory is put in dolly, rear end is provided with handrail, and the corner of dolly is provided with locking mechanism; The one or both sides of dolly are connected with flank hole suspension by flank hole suspension installing plate; The front end of dolly is provided with guide rail, guide rail is provided with vertical boring installing rack; The bearing installing plate of dolly both sides cuts installing plate by rope sawing and cuts suspension with rope sawing and link together.Prosthetic appliance of the present invention has versatility, by installing different maintenance of equipment installing racks, realize different maintenance activities, boring achieves one-sided or bilateral is holed, single or multiple hole is bored simultaneously, effectively improve drilling efficiency high, rope sawing is cut flexible and changeable, and various maintenance of equipment installing rack is installed, easy removal.
Description
Technical field
The present invention relates to ballastless track of high-speed railway maintenance field, in particular to a kind of rope saw cutting equipment of miniature high-speed non-fragment orbit.
Background technology
At present, the High-speed Railway Network of China begins to take shape, and high speed railway track pattern is based on non-fragment orbit.In general, non-fragment orbit has higher stability and durability, builds up rear seldom needs and safeguards.But under the long term of train load and factor of natural environment, destroy once the force transferring part that moderate finite deformation or track occur on basis produces, the strength and stability of track structure is just difficult to ensure, and not easily repairs.
Although China is longer to non-fragment orbit research history, at present building and putting into effect high-speed railway and lay the maximum country of non-fragment orbit, but major part is all built up by innovating in recent years again, be also in the research of ballastless track system especially CRTS series ballastless track system recovery technique the Primary Study stage.To the development of ballastless track of high-speed railway system repaired item, be a R&D process of growing out of nothing, filled up the blank of domestic ballastless track of high-speed railway system repaired item.
Such as Authorization Notice No. is that the Chinese patent of CN202208871U discloses a kind of fine adjustment equipment for ballastless track slab of high-speed railway, comprise multiple adjuster, console, power distributing cabinet and moving carriage, multiple adjuster is all electrically connected with console, adjuster comprises elevation adjuster and level adjuster, elevation adjuster and level adjuster connect with vertical screw and horizontal screw bolt respectively, moving carriage comprises support body, the bottom of support body is connected with multiple universal caster wheels that support body can be driven movable, support body is provided with connecting rod, this accurate-adjusting equipment easy to use and flexible, degree of regulation is high, be convenient to promote the use of, but it is whole that this accurate-adjusting equipment only carries out accurate adjustment for track plates, other fault that track occurs can not be keeped in repair.
Again such as Authorization Notice No. be CN1168434A U.S. patents disclose a kind of fully automatic, multiple operation rail maintenance apparatus, comprise a movable machine, its have a body frame, cross for promoting this machine a basal plane driving mechanism, one and machine be connected and be connected with machine for detecting at least one sensor being positioned the position of the target on described basal plane and one, the encoder component exercise data for obtaining exercise data comprises one that at least machine crosses in the displacement of basal plane and speed.This maintenance of equipment is full-automatic maintenance of equipment, and the degree of accuracy is higher, but this maintenance of equipment complicated structure, and floor space is comparatively large, and operating system is comparatively complicated, and needs professional just can operate.
Summary of the invention
In order to solve the above-mentioned technological deficiency existed in prior art, the invention provides a kind of general utility tool dolly and supporting difference maintenance equipment mounting frame thereof that different maintenance of equipment can be installed, in maintenance sites, can according to different maintenance requirements, general utility tool dolly is installed the maintenance of equipment installing rack that can complete corresponding maintenance work and solves the difficulty run in the maintenance of non-fragment orbit, as to the horizontal drilling deep hole of CA screed, track twist drill anchor hole, track plates cutting and whole CA screed horizontal resection etc.
To achieve these goals, technical scheme of the present invention is:
A kind of rope saw cutting equipment of miniature high-speed non-fragment orbit, comprise the general utility tool dolly be bearing in by four wheels on the non-fragment orbit that is made up of rail and track plates, the storage tank of maintenance accessory is put in general utility tool dolly, rear end is provided with handrail, and the corner of described general utility tool dolly is provided with locking mechanism; The bearing installing plate of general utility tool dolly both sides cuts installing plate by rope sawing and cuts suspension with rope sawing and link together.
Preferably, described general utility tool dolly is supported by structural framing, and structural framing is welded primarily of rectangular tube.
In above-mentioned either a program preferably, described wheel is embedded in structural framing; Respectively there is a support bar wheel both sides, and wheel and support bar are cascaded by an axle, and support bar is welded on the side of structural framing.
In above-mentioned either a program preferably, the rectangular tube of described structural framing front end removes the face of welding with general utility tool dolly, its excess-three face has been screwed respectively five panels.
In above-mentioned either a program preferably, described bearing installing plate and the close one side of storage tank are welded with three gussets.
In above-mentioned either a program preferably, described bearing installing plate top has two bolt fixing hole; The bottom of bearing installing plate is bolted the installation board slot of lock screw.
There is a guide rail front end of general utility tool dolly, rail length is equal with the width of track plates, guide rail is for installing vertical boring installing rack, and achieve vertical boring installing rack can at slide on rails, therefore realizing general utility tool dolly can in the horizontal optional position boring of whole track plates.Because vertical boring installing rack will at slide on rails, therefore in order to reduce the contact area of vertical boring installing rack and guide rail, and make vertical boring installing rack more easily more laborsaving at slide on rails, simultaneously also reduce engine working (finishing) area, except the face that rectangular tube in structural framing front end welds with general utility tool dolly, its excess-three surface is screwed respectively five panels for installing vertical boring installing rack.
General utility tool dolly is each side provided with a bearing installing plate, in order to improve the strength and stability of bearing installing plate, is welded with three gussets at bearing installing plate near the one side of storage tank.Bearing installing plate top has two bolt fixing hole; The installing plate cover being provided with lock screw is fixed by bolts to the bottom of bearing installing plate, forms a groove with bearing installing plate simultaneously, and this groove is mainly used for the installing rack limiting the maintenance of equipment coordinated with bearing installing plate.When the bed plate of maintenance of equipment installing rack embeds in groove, the bed plate of maintenance of equipment installing rack and bearing installing plate closely fit together seamless by lock screw, thus ensure that, when operation, maintenance of equipment installing rack can not vibrate greatly and ceaselessly because of vibration.
In above-mentioned either a program preferably, described locking mechanism comprises rail snap close, lateral locking stud and vertical lock stud.
In above-mentioned either a program preferably, described vertical lock stud is welded on the top panel of rail snap close, and perpendicular to the top panel of rail snap close; Vertical lock stud is arranged in the waist hole on the short slab of general utility tool dolly, and can slide.
In above-mentioned either a program preferably, the inside groove of described rail buckle structure mates with rail profile.
In above-mentioned either a program preferably, described lateral locking stud is resisted against on rail shackle sides panel.
Locking mechanism regulates the position of rail snap close by waist hole on short slab, at non-job state, by regulating the position of rail snap close to make rail snap close depart from rail, thus the quick transition operation of the short distance not affecting general utility tool dolly; Under diagram job state, utilize locking mechanism that general utility tool dolly can be made to be locked in securely on rail when operation, rail snap close in locking mechanism coordinates with rail, recycling lateral locking stud limits the lateral displacement of general utility tool dolly, and vertical lock stud limits the vertical deviation of general utility tool dolly.
In above-mentioned either a program preferably, the bottom that installing plate is cut in described rope sawing is arranged in the installing plate cover of general utility tool dolly, and is fit together by the bearing installing plate that lock screw makes rope sawing cut installing plate and general utility tool dolly.
In above-mentioned either a program preferably, the bearing installing plate on the described rope sawing top and general utility tool dolly of cutting installing plate is removably linked together by attachment bolt.
In above-mentioned either a program preferably, described rope sawing is cut on installing plate and is welded a short semi girder, and the lower weld of short semi girder has leading block erection column, and leading block erection column is provided with leading block.
In above-mentioned either a program preferably, described leading block is wound with rope sawing and cuts rope.
In above-mentioned either a program preferably, the track plates that rope cuts non-fragment orbit under the drive of power source is cut in described rope sawing.
The bottom that installing plate is cut in rope sawing is arranged in the installing plate cover of general utility tool dolly, and makes rope sawing cut installing plate together with the bearing installing plate secure fit of general utility tool dolly by lock screw; The bearing installing plate on top and general utility tool dolly that installing plate is cut in rope sawing is reliably linked together by attachment bolt, only needs attachment bolt to turn on when dismantling.After the bearing installing plate that installing plate and general utility tool dolly are cut in rope sawing is linked together, again leading block direction is as required arranged on leading block erection column, finally rope sawing cut rope along leading block around, like this by the sawing of power source band running rope cut rope shuttling movement realize cutting non-fragment orbit track plates.
Second aspect of the present invention provides a kind of flank hole suspension, and this flank hole suspension and described general utility tool dolly link together, and flank hole suspension is connected to the one or both sides of general utility tool dolly by flank hole suspension installing plate.
3rd aspect of the present invention provides a kind of vertical boring installing rack, and this vertical boring installing rack and described general utility tool dolly link together, and vertical boring installing rack is connected on the guide rail of general utility tool dolly front end.
Preferably, the bottom of the flank hole suspension installing plate of described flank hole suspension is arranged in the installing plate cover of general utility tool dolly, and makes flank hole suspension installing plate together with the bearing installing plate secure fit of general utility tool dolly by lock screw.
In above-mentioned either a program preferably, the top of flank hole suspension installing plate of described flank hole suspension and the bearing installing plate of general utility tool dolly link together by attachment bolt is dismountable.
In above-mentioned either a program preferably, described flank hole suspension installing plate is welded on semi girder one end; Semi girder is rectangular tube, and its other end is provided with extensible canopy.
In above-mentioned either a program preferably, the intersection of described semi girder and flank hole suspension installing plate is welded with four pieces of gussets.
In above-mentioned either a program preferably, described semi girder has a waist hole near the bottom of extensible canopy one end, and is welded with eight pieces of blocks, and extensible canopy can slide in semi girder.
In above-mentioned either a program preferably, described extensible canopy is fixed with bolt near one end of semi girder, bolt is equipped with snap close and spring.
In above-mentioned either a program preferably, the other end of described extensible canopy is welded with auger supporting backboard, and auger supporting backboard is provided with auger mount pad.
In above-mentioned either a program preferably, described auger mount pad is provided with dovetail configuration, and is fixed on auger supporting backboard by trip bolt by auger mount pad; Auger mount pad is provided with handle, lead screw pair and guide rail.
In above-mentioned either a program preferably, described guide rail is provided with auger, and auger can at guide rail lateral sliding.
In above-mentioned either a program preferably, described extensible canopy is in indentation position when limited space, and auger mount pad installs undersized auger; Be not in by extensible canopy of prescribing a time limit in space and stretch out position, the higher auger of drilling efficiency is installed on flank hole suspension.
When space is limited, the general utility tool dolly installing flank hole suspension, under the prerequisite not exceeding gauge, meets non-fragment orbit boring demand simultaneously.During the one-sided installation of flank hole suspension, one-sided boring maintenance activity can be carried out to non-fragment orbit; When flank hole suspension bilateral is installed, the boring maintenance activity to non-fragment orbit bilateral can be realized.
In above-mentioned either a program preferably, described vertical boring installing rack is arranged on guide rail by slide block and baffle plate; Vertical boring installing rack can slide on guide rail.
In above-mentioned either a program preferably, described slide block top and baffle plate link together by attachment bolt is dismountable, and baffle plate is provided with trip bolt.
In above-mentioned either a program preferably, L-type installing plate is provided with in the vertical chute of described slide block.
In above-mentioned either a program preferably, the middle part of a side plate of described L-type installing plate has a waist hole, and L-type installing plate is fixed in slide block by the attachment bolt that is passed lockplate and this edge plate waist hole.
In above-mentioned either a program preferably, this edge plate of described L-type installing plate is provided with four row's sulculuses.
Vertical boring installing rack is arranged on guide rail by slide block and baffle plate, and vertical boring installing rack can slide arbitrarily to adjust position on guide rail.When vertical boring installing rack is after slide on rails to correct position, utilize trip bolt that vertical boring installing rack is fixed, vertical boring is on one group of guide rail being arranged on general utility tool dolly with two vertical boring installing racks.Auger is arranged on two vertical boring installing racks, stays certain interval between two vertical boring installing racks, and utilize this gap with screw bolt and nut, auger and vertical boring installing rack can be fixed together, gap should not be less than the diameter of bolt.In order to improve drilling efficiency, when generator or other power source power and space allow, the many groups of vertical boring installing racks being provided with auger can be allowed to carry out vertical bore operation simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation sawing a preferred embodiment of cutting equipment according to the rope of miniature high-speed non-fragment orbit of the present invention;
Fig. 2 is the embodiment illustrated in fig. 1 middle structural framing of general utility tool dolly and the top view of train of sawing cutting equipment according to the rope of miniature high-speed non-fragment orbit of the present invention;
Fig. 3 is the structural representation sawing the embodiment illustrated in fig. 1 middle general utility tool dolly locking mechanism of cutting equipment according to the rope of miniature high-speed non-fragment orbit of the present invention;
Fig. 4 is the structural representation of rail snap close in the embodiment illustrated in fig. 3 middle locking mechanism according to the rope saw cutting equipment of miniature high-speed non-fragment orbit of the present invention;
Fig. 5 is the structural representation sawing the flank hole suspension of cutting equipment according to the rope of miniature high-speed non-fragment orbit of the present invention;
Fig. 6 saws the embodiment illustrated in fig. 1 middle general utility tool dolly of cutting equipment and the structural representation of flank hole suspension assembly according to the rope of miniature high-speed non-fragment orbit of the present invention;
Fig. 7 is that in the rope saw cutting equipment according to miniature high-speed non-fragment orbit of the present invention, a flank hole suspension is arranged on structural representation general utility tool dolly realizing one-sided boring;
Fig. 8 is that in the rope saw cutting equipment according to miniature high-speed non-fragment orbit of the present invention, two flank hole suspensions are arranged on structural representation general utility tool dolly realizing bilateral boring;
Fig. 9 is the structural representation of vertical boring installing rack in the rope saw cutting equipment according to miniature high-speed non-fragment orbit of the present invention;
Figure 10 saws the embodiment illustrated in fig. 1 middle general utility tool dolly of cutting equipment and the structural representation of vertical boring installing rack assembly according to the rope of miniature high-speed non-fragment orbit of the present invention;
Figure 11 saws in cutting equipment according to the rope of miniature high-speed non-fragment orbit of the present invention the structural representation that suspension is cut in sawing of restricting;
Figure 12 cuts the structural representation of suspension assembly according to the embodiment illustrated in fig. 1 middle general utility tool dolly of the rope saw cutting equipment of miniature high-speed non-fragment orbit of the present invention with rope sawing.
Attached number in the figure:
General utility tool dolly 1, wheel 2, rail 3, track plates 4, non-fragment orbit 5, storage tank 6, handrail 7, guide rail 8, panel 9, bearing installing plate 10, gusset 11, bolt fixing hole 12, lock screw 13, installing plate cover 14, structural framing 15, support bar 16, axle 17, locking mechanism 18, short slab 19, rail snap close 20, lateral locking stud 21, vertical lock stud 22, flank hole suspension 23, flank hole suspension installing plate 24, semi girder 25, block 26, extensible canopy 27, bolt 28, snap close 29, spring 30, auger mount pad 31, auger 32, auger supporting backboard 33, handle 34, lead screw pair 35, trip bolt 36, guide rail 37, attachment bolt 38, gauge 39, vertical boring installing rack 40, slide block 41, baffle plate 42, L-type installing plate 43, lockplate 44, suspension 45 is cut in rope sawing, short semi girder 46, installing plate 47 is cut in rope sawing, leading block erection column 48, leading block 49, rope 50 is cut in rope sawing, power source 51.
Detailed description of the invention
Be further described below in conjunction with the detailed description of the invention of Figure of description to the rope saw cutting equipment of a kind of miniature high-speed non-fragment orbit of the present invention.
First consult shown in Fig. 1, general utility tool dolly 1 in the present invention is bearing on the non-fragment orbit 5 that is made up of rail 3 and track plates 4 by four wheels 2, dolly 1 has one by the storage tank 6 can putting maintenance accessory etc. of steel plate butt welding above, there is a handrail 7 carried out for dolly 1 rear end of dolly 1 simultaneously, to realize short-range quick transition maintenance activity.
There is a guide rail 8 front end of general utility tool dolly 1, guide rail 8 length is equal with the width of track plates 4, guide rail 8 is for installing vertical boring installing rack 40, and achieve vertical boring installing rack 40 and can slide on guide rail 8, therefore realizing general utility tool dolly 1 can in the horizontal optional position boring of whole track plates 4.Because vertical boring installing rack 40 will slide on guide rail 8, therefore in order to reduce the contact area of vertical boring installing rack 40 and guide rail 8, and it is more easily more laborsaving to make vertical boring installing rack 40 slide on guide rail 8, simultaneously also reduce engine working (finishing) area, except the face that rectangular tube in structural framing 15 front end welds with general utility tool dolly 1, its excess-three surface is screwed respectively five panels 9.
General utility tool dolly 1 is each side provided with a bearing installing plate 10, in order to improve the strength and stability of bearing installing plate 10, is welded with three gussets 11 at bearing installing plate 10 near the one side of storage tank 6.Bearing installing plate 10 top has two bolt fixing hole 12; The installing plate cover 14 being provided with lock screw 13 is fixed by bolts to the bottom of bearing installing plate 10, forms a groove with bearing installing plate 10 simultaneously, and this groove is mainly used for the installing rack limiting the maintenance of equipment coordinated with bearing installing plate 10.When the bed plate of maintenance of equipment installing rack embeds in groove, the bed plate of maintenance of equipment installing rack and bearing installing plate 10 closely fit together seamless by lock screw 13, thus ensure that, when operation, maintenance of equipment installing rack can not vibrate greatly and ceaselessly because of vibration.
Next consult shown in Fig. 2, general utility tool dolly 1 is in order to reduce whole height as far as possible, adopt the structure of wheel 2 embedded structure framework 15, respectively there is a support bar 16 wheel 2 both sides, and by an axle 17, wheel 2 and support bar 16 are cascaded, support bar 16 is welded on the side of structural framing 15.General utility tool dolly 1 and structural framing 15 are welded by rectangular tube, in order to improve bulk strength and the stability of structural framing 15, are welded with eight pieces of gussets 11 inside structural framing 15.
Be described Fig. 3 below in conjunction with Fig. 1, general utility tool dolly 1 has four locking mechanisms 18 as shown in Figure 3, lays respectively at four edges bottom general utility tool dolly 1.Locking mechanism 18 regulates the position of rail snap close 20 by waist hole on short slab 19, at non-job state, by regulating the position of rail snap close 20 to make rail snap close 20 depart from rail 3, thus the quick transition operation of the short distance not affecting general utility tool dolly 1; Under diagram job state, utilize locking mechanism 18 that general utility tool dolly 1 can be made to be locked in securely when operation on rail 3, rail snap close 20 in locking mechanism 18 coordinates with rail 3, recycling lateral locking stud 21 limits the lateral displacement of general utility tool dolly 1, and vertical lock stud 22 limits the vertical deviation of general utility tool dolly 1.
The inside groove of the snap close 20 of rail shown in Fig. 4 structure is similar to rail 3 profile, and the upper plane of rail snap close 20 is welded with a vertical lock stud 22.In addition, the inside groove of rail snap close 20 structure carries out mating according to the rail type of rail 30.
Figure 5 shows that the structural representation of flank hole suspension 23.Flank hole suspension installing plate 24 and semi girder 25 weld together, and in order to improve flexing resistance and the stability of semi girder 25, flank hole suspension installing plate 24 and semi girder 25 have welded four pieces of gussets 11.The end of semi girder 25 is stretching structure, i.e. extensible canopy 27.In addition, at semi girder 25(rectangular tube) have a waist hole near the bottom of extensible canopy 27 one end, and be welded with eight blocks 26, extensible canopy 27 can at semi girder 25(rectangular tube) in slip, and on extensible canopy 27, be fixed with a bolt 28, snap close 29 and spring 30 bolt 28 be equipped with.Snap close 29 locks the position of snap close 29 by block 26, the effect of spring 30 be make snap close 29 extensible canopy 27 complete flexible after relock in block 26.When space is limited, extensible canopy 27 is in indentation position, at this moment auger mount pad 31 is installed undersized auger 32; When space is not by limited time, extensible canopy 27 is in and stretches out position, at this moment installs the higher auger 32 of drilling efficiency on flank hole suspension 23.Auger supporting backboard 33 is welded on extensible canopy 27, in order to improve flexing resistance and the structural strength of extensible canopy 27, is welded with four pieces of gussets 11 at auger supporting backboard 33 and extensible canopy 27 intersection.
Auger mount pad 31 is arranged on auger supporting backboard 33 by dovetail configuration, auger mount pad 31(and flank hole) height and position drive lead screw pair 35 to rotate by turning handle 34 to regulate, the locking of auger mount pad 31 is then realize by tightening on dovetail that trip bolt 36 makes the panel of dovetail configuration be pressed in auger mount pad 31 tightly.Auger mount pad 31 is provided with auger guide rail 37, therefore achieves the height and position being regulated auger 32 flank hole by lead screw pair 35, and auger 32 can slide and realize flank hole feeding on guide rail 37.
Next consult the flank hole suspension 23 shown in Fig. 6 and be arranged on structural representation on general utility tool dolly 1.The bottom of flank hole suspension installing plate 24 is arranged in the installing plate cover 14 of general utility tool dolly 1, and makes flank hole suspension installing plate 24 together with bearing installing plate 10 secure fit of general utility tool dolly 1 by lock screw 13; The top of flank hole suspension installing plate 24 and the bearing installing plate 10 of general utility tool dolly 1 are reliably linked together by attachment bolt 38, only need attachment bolt 38 to turn on when dismantling.
As shown in Figure 7, Figure 8, be respectively flank hole suspension 23 and be arranged on the one-sided installation of general utility tool dolly 1 and the structural representation of bilateral.When in Fig. 7 being limited space, the general utility tool dolly 1 installing flank hole suspension 23, under the prerequisite not exceeding gauge 39, meets non-fragment orbit boring demand simultaneously.As shown in Figure 7, during the one-sided installation of flank hole suspension 23, one-sided boring maintenance activity can be carried out to non-fragment orbit; As shown in Figure 8, when flank hole suspension 23 bilateral is installed, the boring maintenance activity to non-fragment orbit bilateral can be realized.
The structural representation of vertical boring installing rack 40 shown in Fig. 9.Slide block 41 top of vertical boring installing rack 40 and baffle plate 42 link together by attachment bolt 38 is dismountable, baffle plate 42 are provided with trip bolt 36, utilize trip bolt 36 that vertical boring installing rack 40 can be made to be fixed on guide rail 8.A side plate of the L-type installing plate 43 of vertical boring installing rack 40 is arranged in slide block 41, this edge board is in the vertical chute of slide block 41, and then limit the rotation of L-type installing plate 43, and the middle part of this edge plate has a waist hole, L-type installing plate 43 is fixed in slide block 41 by the attachment bolt 38 that is passed lockplate 44 and this edge plate waist hole.Lockplate 44 both sides respectively have a blend stop, this blend stop inserts in sulculus that slide block 41 and this edge plate are opened simultaneously, thus the vertical deviation of restriction L-type installing plate 43.When the blend stop on lockplate 44 leaves the sulculus on this edge plate, L-type installing plate 43 can slide in the chute of slide block, when sliding into certain position, blend stop on lockplate 44 can fix L-type installing plate 43 by inserting another sulculus on this edge plate again, this edge plate is provided with four row's sulculuses, so L-type installing plate 43 can recall four height values on slide block, we can increase the row of sulculus as required certainly, such as 5 rows, 6 rows, 7 rows etc.
Figure 10 shows that vertical boring installing rack 40 is arranged on the structural representation on general utility tool dolly 1.Vertical boring installing rack 40 is arranged on guide rail 8 by slide block 41 and baffle plate 42, and vertical boring installing rack 40 can slide to adjust position arbitrarily on guide rail 8.After vertical boring installing rack 40 slides into correct position on guide rail 8, utilize trip bolt 36 that vertical boring installing rack 40 is fixed, vertical boring is one group with two vertical boring installing racks 40 and is arranged on the guide rail 8 of general utility tool dolly 1.Auger 32 is arranged on two vertical boring installing racks 40, certain interval is stayed between two vertical boring installing racks 40, utilize this gap with screw bolt and nut, auger 32 and vertical boring installing rack 40 can be fixed together, gap should not be less than the diameter of bolt, shown in dotted line in Figure 10.In order to improve drilling efficiency, when generator or other power source power and space allow, the many groups of vertical boring installing racks 40 being provided with auger 32 can be allowed to carry out vertical bore operation simultaneously.
Figure 11 shows that the structural representation of suspension 45 is cut in rope sawing.The short semi girder 46 that suspension 45 is cut in rope sawing is welded on rope sawing and cuts on installing plate 47, and leading block erection column 48 is welded on short semi girder 46 bottom, and leading block 49 direction is as required arranged on leading block erection column 48.
Figure 12 shows that rope sawing is cut suspension 45 and is arranged on structural representation on general utility tool dolly 1.The bottom that installing plate 47 is cut in rope sawing is arranged in the installing plate cover 14 of general utility tool dolly 1, and makes rope sawing cut installing plate 47 together with bearing installing plate 10 secure fit of general utility tool dolly 1 by lock screw 13; The bearing installing plate 10 on top and general utility tool dolly 1 that installing plate 47 is cut in rope sawing is reliably linked together by attachment bolt 38, only needs attachment bolt 38 to turn on when dismantling.Rope sawing is cut after installing plate 47 links together with the bearing installing plate 10 of general utility tool dolly 1, again leading block 49 direction is as required arranged on leading block erection column 48, finally rope sawing cut rope 50 along leading block 49 around, like this by power source 51 with running rope sawing cut rope 50 shuttling movement realize cutting non-fragment orbit track plates 4.
It will be apparent to those skilled in the art that the rope saw cutting equipment of a kind of miniature high-speed non-fragment orbit of the present invention comprises any combination of each several part in this manual.As space is limited and in order to be make manual simple and clear, these combinations are not introduced one by one in detail at this, but after having seen this manual, the scope of the present invention that any combination of each several part be made up of this manual is formed is self-evident.
Claims (15)
1. the rope saw cutting equipment of a miniature high-speed non-fragment orbit, comprise the general utility tool dolly (1) be bearing in by four wheels (2) on the non-fragment orbit (5) that is made up of rail (3) and track plates (4), the storage tank (6) of maintenance accessory is put in general utility tool dolly (1), rear end is provided with handrail (7), it is characterized in that: the corner of described general utility tool dolly (1) is provided with locking mechanism (18); The bearing installing plate (10) of general utility tool dolly (1) both sides cuts installing plate (47) by rope sawing and cuts suspension (45) with rope sawing and link together.
2. rope saw cutting equipment as claimed in claim 1, is characterized in that: described general utility tool dolly (1) is supported by structural framing (15), and structural framing (15) is welded primarily of rectangular tube.
3., as the rope saw cutting equipment of claim 1 or 2, it is characterized in that: described wheel (2) is embedded in structural framing (15); Respectively there is a support bar (16) wheel (2) both sides, and wheel (2) and support bar (16) are cascaded by an axle (17), and support bar (16) is welded on the side of structural framing (15).
4. rope saw cutting equipment as claimed in claim 2, is characterized in that: the rectangular tube of described structural framing (15) front end removes the face of welding with general utility tool dolly (1), its excess-three face has been screwed respectively five panels (9).
5. rope saw cutting equipment as claimed in claim 1, is characterized in that: the side that described bearing installing plate (10) is close with storage tank (6) is welded with three gussets (11).
6., as the rope saw cutting equipment of claim 1 or 5, it is characterized in that: described bearing installing plate (10) top has two bolt fixing hole (12); The bottom of bearing installing plate (10) is bolted the installing plate cover (14) of lock screw (13).
7. rope saw cutting equipment as claimed in claim 1, is characterized in that: described locking mechanism (18) comprises rail snap close (20), lateral locking stud (21) and vertical lock stud (22).
8. rope saw cutting equipment as claimed in claim 7, is characterized in that: described vertical lock stud (22) is welded on the top panel of rail snap close (20), and perpendicular to the top panel of rail snap close (20); Vertical lock stud (22) is arranged in the waist hole on the short slab (19) of general utility tool dolly (1), and can slide.
9., as the rope saw cutting equipment of claim 7 or 8, it is characterized in that: the inside groove of described rail snap close (20) structure and rail (3) form fit.
10. rope saw cutting equipment as claimed in claim 7, is characterized in that: described lateral locking stud (21) is resisted against on rail snap close (20) side panel.
11. restrict as claimed in claim 1 saws cutting equipment, it is characterized in that: the bottom that installing plate (47) is cut in described rope sawing is arranged in the installing plate cover (14) of general utility tool dolly (1), and fit together by the bearing installing plate (10) that lock screw (13) makes rope sawing cut installing plate (47) and general utility tool dolly (1).
12. restrict as claimed in claim 1 saws cutting equipment, it is characterized in that: the bearing installing plate (10) on top and general utility tool dolly (1) that installing plate (47) is cut in described rope sawing is removably linked together by attachment bolt (38).
13. as claim 1 or 11 or 12 rope saw cutting equipment, it is characterized in that: the upper short semi girder of welding one (46) of installing plate (47) is cut in described rope sawing, the lower weld of short semi girder (46) has leading block erection column (48), leading block erection column (48) is provided with leading block (49).
14. as claim 13 rope saw cutting equipment, it is characterized in that: described leading block (49) is wound with rope sawing cut rope (50).
15. as claim 14 rope saw cutting equipment, it is characterized in that: the track plates (4) that rope (50) cuts non-fragment orbit under the drive of power source (51) is cut in described rope sawing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210534754.6A CN103866660B (en) | 2012-12-13 | 2012-12-13 | A kind of rope saw cutting equipment of miniature high-speed non-fragment orbit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210534754.6A CN103866660B (en) | 2012-12-13 | 2012-12-13 | A kind of rope saw cutting equipment of miniature high-speed non-fragment orbit |
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| CN103233401B (en) * | 2013-04-28 | 2015-06-10 | 昆明中铁大型养路机械集团有限公司 | Locking mechanism for small-sized high-speed ballastless track repairing device |
| CN104889480B (en) * | 2015-05-28 | 2017-09-12 | 苏州市华宁机械制造有限公司 | Can automatic range rail cutting machine |
| CN105798381A (en) * | 2016-05-12 | 2016-07-27 | 昆明奥通达铁路机械有限公司 | Electric rail sawing machine |
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| CN109440553A (en) * | 2018-11-27 | 2019-03-08 | 中国铁道科学研究院集团有限公司铁道建筑研究所 | A kind of non-fragment orbit arch regulation method based on rope saw cut |
| CN110426232A (en) * | 2019-07-31 | 2019-11-08 | 中冶华天工程技术有限公司 | A kind of steel sheet pile (H profile steel) automatic sampling device |
| CN111235985B (en) * | 2020-03-25 | 2024-10-11 | 蚌埠市东翔铁路工程有限公司 | Drilling trolley for railway track |
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| CN103866660A (en) | 2014-06-18 |
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Address after: 650215 Kunming City, Yunnan sheep sheep Wang Fang No. 384 Patentee after: CHINA RAILWAY CONSTRUCTION HIGH-TECH EQUIPMENT CO., LTD. Address before: 650215 Kunming City, Yunnan sheep sheep Wang Fang No. 384 Patentee before: Zhongtie Giant Road Maintenance Machinery Group Co., Ltd., Kunming |