CN209364078U - A kind of high-speed rail bracket prepackage wiring - Google Patents

Abstract

The utility model relates to a kind of high-speed rail brackets to pre-install wiring, including rack, and rack-mounted Horizontal Cantilever clamping assembly, inclined cantilever clamping assembly and assembling mechanism, the Horizontal Cantilever clamping assembly and inclined cantilever clamping assembly are respectively arranged on the left and right sides of the rack；Horizontal Cantilever clamping assembly includes Horizontal Cantilever clamp moving mechanism and Horizontal Cantilever external member clamping device；Inclined cantilever clamping assembly includes inclined cantilever clamp moving mechanism and inclined cantilever external member clamping device；Assembling mechanism includes assembling mobile mechanism and external member tightening mechanism, assembling mobile mechanism includes inclined cantilever assembling mobile mechanism and Horizontal Cantilever assembling mobile mechanism, Horizontal Cantilever assembling mobile mechanism is able to drive Horizontal Cantilever transverse shifting and longitudinal movement, inclined cantilever assembling mobile mechanism is able to drive Horizontal Cantilever transverse shifting and longitudinal movement, and Horizontal Cantilever external member and inclined cantilever external member can be fixedly connected with Horizontal Cantilever and inclined cantilever by external member tightening mechanism respectively；It can be realized the automatic pre-assembled of high-speed rail bracket, assembly efficiency is high.

Description

A kind of high-speed rail bracket prepackage wiring

Technical field

The utility model relates to a kind of prepackage wiring, in particular to a kind of high-speed rail bracket pre-installs wiring.

Background technique

Existing high-speed rail bracket is as shown in Figure 12,18-20, including Horizontal Cantilever 22, inclined cantilever 18 and support arm 19, the flat wrist One end of arm 22 and the inclined cantilever 18 is connected by connector 17, and the connector 17 is figure-8 structure, including is hinged on one The other end of the upper bush 1701 and lower sleeve 1704 risen, the Horizontal Cantilever 22 and the inclined cantilever 18 is connected by support arm 19 It connects；On the prepackage wiring of high-speed rail bracket, one end by the Horizontal Cantilever 22 and the inclined cantilever 18 is needed to pass through the connection Device 22 connects, and the first monaural seat 21 for connecting 19 both ends of support arm and the second monaural seat 24 are socketed in 22 He of Horizontal Cantilever respectively On inclined cantilever 18, support arm 19 is usually that scene is manually installed, this does not need to install on prepackage wiring；Also need Horizontal Cantilever 22 close to connector one end install Messenger Wire base 23, the Messenger Wire base 23 be used for connecting steel wire ropes one end, wirerope it is another One end connects positioning pipe 20, it is also necessary to third monaural seat 25 is socketed on inclined cantilever, third monaural seat 25 is used for and positioning pipe 20 One end it is hinged.

Existing high-speed rail bracket is all difficult to realize automatic assembling with prepackage wiring, is typically necessary excessive manual intervention, Large labor intensity, and assembly efficiency is low.

Utility model content

The utility model in view of the deficiency of the prior art, provides a kind of high-speed rail bracket prepackage wiring, can be complete It is complete to realize automation, manual operation is not needed, assembly efficiency is high.

The technical solution that the utility model solves above-mentioned technical problem is as follows: a kind of high-speed rail bracket prepackage wiring, including machine Frame and rack-mounted Horizontal Cantilever clamping assembly, inclined cantilever clamping assembly and assembling mechanism, the Horizontal Cantilever clamping group Part and inclined cantilever clamping assembly are respectively arranged on the left and right sides of the rack, and the assembling mechanism is located at the Horizontal Cantilever clamping group The rear of part and inclined cantilever clamping assembly；

The Horizontal Cantilever clamping assembly includes Horizontal Cantilever clamp moving mechanism and Horizontal Cantilever external member clamping device, the flat wrist Arm external member clamping device can clamp on Horizontal Cantilever external member used in order to which Horizontal Cantilever passes through the Horizontal Cantilever external member, the flat wrist Arm clamping assembly is able to drive the Horizontal Cantilever across the Horizontal Cantilever external member；

The inclined cantilever clamping assembly includes inclined cantilever clamp moving mechanism and inclined cantilever external member clamping device, the oblique wrist Arm external member clamping device can clamp on inclined cantilever external member used in order to which inclined cantilever passes through the inclined cantilever external member, the oblique wrist Arm clamping assembly is able to drive the inclined cantilever across the inclined cantilever external member；

The assembling mechanism includes assembling mobile mechanism and external member tightening mechanism, and the assembling mobile mechanism includes inclined cantilever It assembles mobile mechanism and Horizontal Cantilever assembles mobile mechanism, it is lateral that Horizontal Cantilever assembling mobile mechanism is able to drive the Horizontal Cantilever Mobile and longitudinal movement, inclined cantilever assembling mobile mechanism are able to drive the Horizontal Cantilever transverse shifting and longitudinal movement, institute Stating external member tightening mechanism can be fixedly connected with the Horizontal Cantilever external member and inclined cantilever external member with Horizontal Cantilever and inclined cantilever respectively.

The beneficial effects of the utility model are: can be realized the automatic pre-assembled of high-speed rail bracket, manual intervention is not needed, is filled With high-efficient.

Further, the Horizontal Cantilever external member clamping device includes three clamping machines being set on the right side of the rack arranged side by side Tool hand component, the inclined cantilever external member clamping device include two clamping machines being set on the left of the rack arranged side by side Hand component, the clamping manipulator component include the first manipulator, the first elevating mechanism for driving first manipulator lifting, It drives the first longitudinal direction mobile mechanism of the first manipulator longitudinal movement and drives the first of the first manipulator folding to open Close mechanism.

Beneficial effect using above-mentioned further technical solution is: the Horizontal Cantilever external member includes the first monaural seat, connection Device and Messenger Wire base, three clamping manipulator components on right side are respectively used to clamp the first monaural seat, connector and load The clamping manipulator component of rope seat；The inclined cantilever external member includes the second monaural seat and third monaural seat, two clampings in left side Mechanical arm assembly is respectively used to clamp the second monaural seat and third monaural seat；External member can be disposably respectively fitted over to flat wrist On arm and inclined cantilever, and the spacing between adjustable each external member, comply with matching requirements.

Further, first manipulator includes the first slide bar and the first manipulator hand set on first the lower end of the slider Refer to, first manipulator finger includes two the first manipulator finger ontologies, and the first manipulator finger ontology is vertical The arcuate structure of placement, first open-and-close mechanism are able to drive two the first manipulator finger ontology foldings；

First elevating mechanism includes set on the first lifting motor of upper rack, on first lifting motor First gear and first gear be meshed the first rack gear, first rack gear is vertically arranged, and first rack gear is set to described On first slide bar.

Further, the Horizontal Cantilever clamp moving mechanism and the inclined cantilever clamp moving mechanism all include clamping moving machine Structure ontology, the clamp moving mechanism ontology include the second manipulator, the second elevator for driving the second manipulator lifting Structure, drive the second longitudinal direction mobile mechanism of the second manipulator longitudinal movement and driving the second manipulator folding second Open-and-close mechanism.

Further, second manipulator includes two the second manipulator finger ontologies, two second mechanical fingers Ontology is horizontal positioned arcuate structure.

Further, the clamp moving mechanism ontology includes first base, the first longitudinal direction in the first base The output shaft of mobile driving motor, the mobile driving motor of the first longitudinal direction is equipped with second gear, and the bottom of the rack is set There is the second rack gear being meshed with the second gear, second rack gear is horizontally disposed；The first base includes the first bottom Plate and the starting stave being arranged on first bottom plate, second elevating mechanism use the second lifting cylinder, and described second The cylinder body of lifting cylinder is mounted on the starting stave, and the piston rod of second lifting cylinder is equipped with the first attachment base, Second open-and-close mechanism is mounted on first attachment base using the second folding cylinder, the cylinder body of the second folding cylinder On, the piston rod both ends of the second folding cylinder are separately connected the second manipulator finger ontology.

Further, the external member tightening mechanism includes monaural seat tightening mechanism, and the monaural seat tightening mechanism is set to described On clamp moving mechanism ontology, the monaural seat tightening mechanism tightens component including first and drives described first to tighten component liter The third elevating mechanism of drop, described first tighten component include two be set side by side first tighten component body, described first Tightening component body includes the first tappet head and the first tappet head driving motor for driving the first tappet head rotation.

Beneficial effect using above-mentioned further technical solution is: monaural seat tightening mechanism is set to clamp moving mechanism sheet On body, structure is simple, saves a longitudinal movement driving motor, save the cost.

Further, described first component body is tightened on first connecting plate, first connecting plate is equipped with 7th rack gear, the third elevating mechanism include third lifting motor, and the output shaft of the third lifting motor is equipped with and institute State compatible 7th gear of the 7th rack gear；

The second the vertical chute is additionally provided on first connecting plate, the starting stave is equipped with vertically to be slided with described second Compatible second vertical rails of slot.

Further, the external member tightening mechanism further includes connector tightening mechanism, under the connector screwing structure includes Sleeve tightening mechanism and upper bush tightening mechanism, the upper bush tightening mechanism are set to the front of the lower sleeve tightening mechanism, The upper bush tightening mechanism and the lower sleeve tightening mechanism all include double nut automatic tightening mechanism.

Beneficial effect using above-mentioned further technical solution is: connector includes upper bush and lower sleeve, upper bush and Lower sleeve is connected by screw between Horizontal Cantilever and inclined cantilever respectively respectively, between screw and the upper bush or lower sleeve also Equipped with locking nut, since the head of screw is equivalent to the first hex nut, and locking nut is equivalent to the second locking nut；

In the prior art, the automatic screwing device for tightening nut includes the driving of tappet head, the driving tappet head Mechanism and handle, the driving mechanism include mobile mechanism and rotating mechanism, and the rotating mechanism can be motor, the motor It being connect by retarder with the rear end of the tappet head, the front end of the tappet head is equipped with inner hole compatible with the nut, The inner hole is equipped with multiple serrate slots；After by tappet head and nut contraposition, motor work drives tappet head rotation by nut It tightens.Mobile mechanism, mobile mechanism are able to drive tappet head forward movement, and nut is tightened；

But this mode is still only suitable for single nut and tightens, and still cannot achieve automatic tightening to double nut, using existing After some automatic screwing devices tighten screw, serrate slot and locking nut on tappet head can not be aligned, and locking nut is difficult to be caught in In tappet head, it can not be carried out to tighten operation；After tightening screw, even if the serrate slot on tappet head by chance can be with locking nut Alignment, after tightening locking nut, locking nut is also difficult to perfectly aligned with screw head, and it is difficult to will result in tappet head in this way To be exited from screw head；

The application, which uses a kind of double nut automatic tightening mechanism, can be realized connector and oneself of Horizontal Cantilever and inclined cantilever Dynamic assembly.

Further, double nut automatic tightening mechanism includes second tightening component body and driving mechanism, and described second Tightening component body includes the second tappet head and movable sleeve, and the driving mechanism includes the second tappet head transverse moving mechanism, the Two tappet head longitudinal moving mechanisms and the second tappet head rotating mechanism, the second tappet head transverse moving mechanism are able to drive institute The second tappet head transverse shifting is stated, the second tappet head longitudinal moving mechanism is able to drive second tappet head and longitudinally moves Dynamic, the second tappet head rotating mechanism is able to drive the rotation of the second tappet head.

It further, further include second base, the second tappet head transverse moving mechanism is set in the second base, institute It states the second tappet head transverse moving mechanism to be set on the second tappet head longitudinal moving mechanism by the second bottom plate, described second Tappet head rotating mechanism is set on the second tappet head transversing gear by third bottom plate, the second tappet head rotating mechanism Component body is tightened with described second by bearing to connect.

Further, the second tappet head longitudinal moving mechanism includes second longitudinal direction sliding rail, the 4th rack gear, second longitudinal direction shifting Dynamic driving motor and the 4th gear, the second longitudinal direction sliding rail and the 4th rack gear are arranged side by side to be mounted on second bottom plate, institute It states the mobile driving motor of second longitudinal direction to be mounted on second bottom plate, it is mobile that the 4th gear is mounted on the second longitudinal direction On the output shaft of driving motor, and the 4th gear is meshed with the 4th rack gear；

The second tappet head transverse moving mechanism includes the first horizontal slide rail, third rack gear, the driving of the first transverse shifting Motor and the third gear engaged with the third rack gear, first horizontal slide rail and third rack gear it is arranged side by side be mounted on it is described On the top plate of second base, the third gear is mounted on the output shaft of the first transverse shifting driving motor, and described One transverse shifting driving motor is mounted on the third bottom plate.

Further, second tappet head steering mechanism includes the first rotary electric machine, the output of first rotary electric machine Axis is connect with retarder, and the output shaft of the retarder is fixedly connected with the movable sleeve.

Further, the external member tightening mechanism further includes Messenger Wire base tightening mechanism, the Messenger Wire base tightening mechanism packet The 4th elevating mechanism that third tightens component and the third is driven to tighten component lifting is included, it includes four that the third, which tightens component, A third arranged in arrays tightens component body, and the third tightens component body and includes third tappet head and drive described the Second tappet head driving motor of three tappet heads rotation.

Further, the front of first tappet head, second tappet head and third tappet head is all equipped with nut positioning Part.

Further, the middle part of the nut retainer member is equipped with blocked hole, is at least evenly equipped with six on the inner wall of the blocked hole A clamping groove, the section of clamping groove structure triangular in shape, the apex angle of the triangular structure are 120 °.

Further, 12 clamping grooves are evenly equipped on the inner wall of the blocked hole, 12 clamping grooves are adjacent two-by-two, and 12 Arc transition connects between the cell wall of a clamping groove.

Beneficial effect using above-mentioned further technical solution is: the setting of 12 clamping grooves, it is only necessary to which head slightly turns It moves it is ensured that nut retainer member is caught in nut periphery, and arc transition connection is even more to guarantee spiral shell between the cell wall of clamping groove Female locating piece is smoothly caught in nut periphery.

Further, second tappet head includes head and the bar portion that is fixedly connected with the head, in the head The heart is equipped with centre bore along axis, is equipped with the nut retainer member, the length of the centre bore of second tappet head in the centre bore Degree is greater than the length of the nut retainer member, and the nut retainer member is located at the front of the centre bore, the bar portion outside Diameter is less than the outer diameter on the head；

The movable sleeve includes glissile segment and limit section, and the internal diameter of the glissile segment is adapted with the outer diameter of the bar portion, The internal diameter of the limit section is greater than the outer diameter of the bar portion, and reset spring, and institute are equipped between the bar portion and the limit section Reset spring socket is stated in the bar portion, the rear end of the bar portion is equipped with limit plate；

The glissile segment is socketed in the bar portion, and is connect with the bar portion by pin, and the glissile segment is equipped with Helicla flute, the pin pass through the helicla flute；Contraposition bullet is equipped between the front end of the glissile segment and the rear end on the head Spring.

Beneficial effect using above-mentioned further technical solution is: after tightening first nut, tighten head assembly after Continuous to move forward, first nut enters in centre bore, if nut retainer member cannot just block the second nut, header suppression Align spring, contraposition spring, helicla flute and locating piece collective effect under, movable sleeve and locating piece move and small slightly backward Rotational motion, so that the second nut on nut retainer member card, realizes the positioning of the second nut；After the second nut is tightened, second Nut and the first nut are usually to misplace, after nut retainer member is exited from the second nut, it is difficult to when being exited from the first nut, Equally under the action of aligning spring, helicla flute and locating piece, so that can be exited after locating piece rotates by a small margin；Reset bullet The setting of spring can help head to reset so that exiting at nut on head, in order to next time in use, can directly block Enter at the first nut.

Further, the centre bore is stepped hole, including internal step aperture and external step macropore, the nut Locating piece is connected in the step macropore.

Further, the limit plate is disk, and the diameter of the disk is greater than the outer diameter of the bar portion, and is less than the limit The internal diameter of position section, the limit plate are connect by bolt with the rear end of the bar portion.

It further, further include Horizontal Cantilever guidance set and inclined cantilever guidance set, the Horizontal Cantilever guidance set is set to institute The rear of Horizontal Cantilever clamp moving mechanism is stated, after the inclined cantilever guidance set is set to the inclined cantilever clamp moving mechanism Side, the Horizontal Cantilever guidance set and inclined cantilever guidance set all include guidance set ontology, and the guidance set ontology includes Guide part and guide part clamp moving mechanism, the guide part clamp moving mechanism guide part can be inserted into respectively Horizontal Cantilever and The rear end of inclined cantilever.

Beneficial effect using above-mentioned further technical solution is: since Horizontal Cantilever and inclined cantilever are all using front and back diameter Consistent Aluminum Alloy Tube, inevitably will appear that axis can not be perfectly aligned when passing through monaural seat, connector, Messenger Wire base shows As, and then Horizontal Cantilever and inclined cantilever is caused to collide with during poling；Using can guarantee after guide part Horizontal Cantilever and Inclined cantilever passes through each external member.

Further, the guide part includes the pipe fitting insertion end and poling guide end of coaxial arrangement, the pipe fitting insertion end Including roundlet frustum and small column, the bigger diameter end of the roundlet frustum is connect with one end of the small column, the poling guiding End includes big cylinder and the big frustum of a cone, and the other end of the small column is connect with one end of the big cylinder, the big cylinder The other end is connect with the bigger diameter end of the big frustum of a cone.

Further, the big cylinder is equipped with annular groove.

Beneficial effect using above-mentioned further technical solution is: grab guide part manipulator crawl guide part after by its It is inserted into the caliber of bracket, annular groove is equipped on big cylinder, and the clamping face of manipulator is equipped with recessed with the annular The compatible protrusion of slot can guarantee the accuracy of position when guide part recycling.

Further, the cross section of the annular groove is triangle, trapezoidal or rectangular configuration.

Further, the outer diameter of the small column is adapted with the internal diameter of bracket.

Further, the pipe fitting insertion end and poling guide end are structure as a whole.

Further, the middle part of the pipe fitting insertion end and poling guide end is equipped with central blind hole, the central blind hole and institute Pipe fitting insertion end and the coaxial arrangement of poling guide end are stated, the central blind hole is closed end in the pipe fitting insertion end.

Beneficial effect using above-mentioned further technical solution is: pipe fitting guide end is extended in the outer end of bracket, can be generated Centre bore is made into blind hole by certain moment of flexure, and pipe fitting insertion end is closed end, and the weight of pipe fitting insertion end increases, reaches more The effect of balance, prevents guide part from falling off.

Further, the outer peripheral surface of the big frustum of a cone is equipped with elastic component, and the outer end of the elastic component connects steel ball.

Beneficial effect using above-mentioned further technical solution is: elastic component can be to rigid certain force, so that steel ball top The inner wall of tight bracket prevents the guide part in mobile bracket from falling off.

Further, the elastic component is spring, and the spring includes along uniformly distributed three of the big frustum of a cone outer peripheral surface.

Further, the guide part clamp moving mechanism includes the clamp moving mechanism ontology, further includes set on described The protrusion of second manipulator finger ontology, the protrusion are adapted with the annular groove.

Further, the inclined cantilever assembling mobile mechanism and Horizontal Cantilever assembling mobile mechanism all include assembling moving machine Structure ontology, assembling mobile mechanism's ontology include crossbeam and the second sliding sleeve being slidably connected with the crossbeam, on the crossbeam Equipped with the 5th rack gear, second sliding sleeve is equipped with the second transverse shifting driving motor, the second transverse shifting driving motor Output shaft be equipped with the 5th gear that is meshed with the 5th rack gear；The also described assembling mobile mechanism ontology further includes third Manipulator, the third manipulator can slide up and down in second sliding sleeve, and the third manipulator includes the second slide bar, sets In the second the lower end of the slider third manipulator finger, drive second slide bar to move up and down the 4th elevating mechanism and driving institute State the third opening and closing driving mechanism of third manipulator finger folding.

Further, third manipulator finger includes the third manipulator finger ontology of horizontal clamping, and the third folding is driven Motivation structure uses cylinder, and the 4th elevating mechanism includes the second lifting motor being mounted on the sliding sleeve, and described second liter The output shaft for dropping motor is equipped with the 6th gear, and second slide bar is equipped with the 6th tooth compatible with the 6th gear Item.

Further, assembling mobile mechanism's ontology is connected in the rack by slide, is additionally provided in the rack The 4th longitudinal moving mechanism for driving assembling mobile mechanism's ontology to vertically move.

Further, the rack includes bottom framework and upper frame, and the right side of the bottom framework is successively arranged from front to back One monaural seat contains discharging frame, connector contains discharging frame and Messenger Wire base and contains discharging frame, the left side of the bottom framework from front to back according to The secondary second monaural seat that is equipped with contains discharging frame and third monaural seat Sheng discharging frame.

Further, the assembling mechanism further includes assembling track, and the assembling track is set to the middle part of chassis, and is set to institute The rear of inclined cantilever assembling mobile mechanism and Horizontal Cantilever assembling mobile mechanism is stated, the assembling track includes sliding bottom, And inclined cantilever front end clamping part and lower sleeve clamping part set on the sliding bottom both ends, inclined cantilever front end clamping part The front end of inclined cantilever can be clamped, the lower sleeve clamping part can clamp the lower sleeve of the connector, the inclined cantilever folder Holding portion and the lower sleeve clamping part can drive simultaneously bracket to move along its conveying direction.

It further, further include positioning clamping component, the positioning clamping component can position bracket.

Beneficial effect using above-mentioned further technical solution is: when bracket moves backward, the rear end of bracket touches fixed Position clamping component, and in this, as datum mark, it determines mobile distance, guarantees the accuracy of external member installation.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the utility model；

Fig. 2 is the schematic perspective view (upper bush tightening mechanism is omitted) of the utility model；

Fig. 3 is the assembly structure diagram of monaural seat tightening mechanism and clamp moving mechanism ontology in the utility model；

Fig. 4 is the structural schematic diagram of guidance set ontology in the utility model；

Fig. 5 is the structural schematic diagram of guide part in the utility model；

Fig. 6 is guide part in the utility model along the cross-sectional view of its center vertical plane；

Fig. 7 is the structural schematic diagram of double nut automatic tightening mechanism in the utility model；

Fig. 8 is the second structural schematic diagram for tightening component body in the utility model；

Fig. 9 tightens component along the cross-sectional view of its center vertical plane in the utility model second；

Figure 10 is the assembly structure diagram of the second tappet head and nut retainer member in the utility model；

Figure 11 is the cross-sectional view in Figure 10 along B-B direction；

Figure 12 is the structural schematic diagram of connector in the utility model；

Figure 13 is the structural schematic diagram of clamping manipulator component in the utility model；

Figure 14 is the structural schematic diagram of Messenger Wire base tightening mechanism in the utility model；

Figure 15 is the structural schematic diagram that mobile mechanism's ontology is assembled in the utility model；

Figure 16 is the structural schematic diagram of lower frame in the utility model；

Figure 17 is the structural schematic diagram that track is assembled in the utility model；

Figure 18 is the assembling schematic diagram of high-speed rail bracket in the utility model；

Figure 19 is the structural schematic diagram of monaural seat in the utility model；

Figure 20 is the structural schematic diagram of Messenger Wire base in the utility model；

In the accompanying drawings, list of designations represented by each label is as follows: 1, rack, 1-1, bottom framework, 1-2, upper frame, 1-11, chassis, 1-12, right side expect frame, and frame is expected in 1-13, left side；

2, clamp moving mechanism ontology, 201, first base, 202, first longitudinal direction sliding slot, 203, the mobile driving of first longitudinal direction Motor, 204, second gear, the 205, second lifting cylinder, the 206, second folding cylinder, the 207, second manipulator finger ontology, 208, starting stave；

3, clamping manipulator component, the 301, first manipulator finger ontology, the 302, first folding cylinder, 303, first is sliding Bar, the 304, first rack gear, the 305, first vertical rails, the 306, first sliding sleeve, the 307, first lifting motor；

4, double nut automatic tightening mechanism, the 401, second tappet head, 4011, head, 40111, centre bore, 4012, bar portion, 402, movable sleeve, 4023, helicla flute, 403, nut retainer member, 4031, clamping groove, 404, bearing, 405, contraposition spring, 406, Reset spring, 407, limit plate, 408, bolt, the 409, second tappet head longitudinal moving mechanism, 4091, the mobile driving of second longitudinal direction Motor, 4092, second longitudinal direction sliding rail, the 4093, the 4th rack gear, the 410, second tappet head transverse moving mechanism, 4101, first laterally Mobile driving motor, the 4102, first horizontal slide rail, 4103, the third rack gear, the 411, second tappet head rotating mechanism, 4111, First rotary electric machine, 4112, retarder, the 412, second bottom plate, 413, second base, 4131, the top plate of second base, 414, Three bottom plates, 415, pin；

5, monaural seat host rack,

6, clamping component is positioned,

7, assembling mobile mechanism's ontology, 701, crossbeam, the 702, the 5th rack gear, the 703, second transverse shifting driving motor, 704, the second sliding sleeve, the 705, second lifting motor, 706, third connecting plate, 707, third folding cylinder, 708, third manipulator Finger ontology, the 709, second slide bar, 710, slide, the 711, the 4th longitudinal movement driving motor；

8, Horizontal Cantilever assembles mobile mechanism；

9, monaural seat tightening mechanism, 901, third lifting motor, the 902, first connecting plate, the 903, second the vertical chute, 904, the first tappet head, the 905, first tappet head driving motor；

10, inclined cantilever assembles mobile mechanism；

11, guide part, 1101, roundlet frustum, 1102, small column, 1103, big cylinder, 1104, the big frustum of a cone, 1105, in Heart blind hole, 1106, annular groove, 1107, protrusion；

12, Messenger Wire base tightening mechanism, 1201, third longitudinal movement driving motor, 1202, eighth gear, 1203, third Pedestal, 1204, second longitudinal direction sliding slot, the 1205, the 4th lifting motor, the 1206, second connecting plate, 1207, third tappet head；

13, connector host rack；

14, Messenger Wire base host rack；

15, support component；

16, track, 1601, sliding bottom, 1602, inclined cantilever front end clamping part, 1603, lower sleeve clamping part are assembled；

17, connector, 1701, upper bush, 1702, locking nut, 1703, screw, 1704, lower sleeve；

18, inclined cantilever, 19, support arm, 20, positioning pipe, the 21, first monaural seat, 22, Horizontal Cantilever, 23, Messenger Wire base, 24, Second rope seat, 25, third rope seat.

Specific embodiment

The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining that this is practical It is novel, it is not intended to limit the scope of the utility model.

" longitudinal direction " described in the utility model is the direction of bracket actual fed, and " transverse direction " is with respect to for " longitudinal direction " , when " rear end " described in the utility model refers to that bracket conveys along longitudinal direction, it is believed that be to convey from front to back.

As shown in Fig. 1-Figure 20, a kind of high-speed rail bracket prepackage wiring, as Figure 1-Figure 2, including rack 1, and installation Horizontal Cantilever clamping assembly, inclined cantilever clamping assembly and assembling mechanism in rack 1, the Horizontal Cantilever clamping assembly and inclined cantilever Clamping assembly is respectively arranged on the left and right sides of the rack 1, and the assembling mechanism is located at the Horizontal Cantilever clamping assembly and oblique wrist The rear of arm clamping assembly；

The rack 1 includes bottom framework 1-1 and upper frame 1-2, and the bottom framework 1-1 includes chassis 1-11；

The Horizontal Cantilever clamping assembly includes Horizontal Cantilever clamp moving mechanism and Horizontal Cantilever external member clamping device, the flat wrist Arm external member clamping device can clamp on Horizontal Cantilever external member used in order to which Horizontal Cantilever passes through the Horizontal Cantilever external member, the flat wrist Arm clamping assembly is able to drive the Horizontal Cantilever across the Horizontal Cantilever external member；

The inclined cantilever clamping assembly includes inclined cantilever clamp moving mechanism and inclined cantilever external member clamping device, the oblique wrist Arm external member clamping device can clamp on inclined cantilever external member used in order to which inclined cantilever passes through the inclined cantilever external member, the oblique wrist Arm clamping assembly is able to drive the inclined cantilever across the inclined cantilever external member；

The assembling mechanism includes inclined cantilever assembling mobile mechanism, Horizontal Cantilever assembling mobile mechanism, inclined cantilever longitudinal movement Mechanism and external member tightening mechanism；Horizontal Cantilever assembling mobile mechanism is able to drive the inclined cantilever transverse shifting, the oblique wrist Arm assembling mobile mechanism is able to drive the Horizontal Cantilever transverse shifting, and the inclined cantilever longitudinal moving mechanism is able to drive described oblique Bracket longitudinal movement, the external member tightening mechanism can be by the Horizontal Cantilever external member and inclined cantilever external members respectively with Horizontal Cantilever and tiltedly Bracket is fixedly connected.

The Horizontal Cantilever external member clamping device includes three clamping manipulator groups being set on the right side of the rack arranged side by side Part 3, as shown in figure 13, the inclined cantilever external member clamping device include two folders being set on the left of the rack arranged side by side Mechanical arm assembly 3 is held, the clamping manipulator component 3 includes the first manipulator, drives the first of the first manipulator lifting Elevating mechanism drives the first longitudinal direction mobile mechanism of the first manipulator longitudinal movement and driving the first manipulator folding The first open-and-close mechanism.

First manipulator includes the first slide bar 303 and the first manipulator hand set on 303 lower end of the first slide bar Refer to, first manipulator finger includes two the first manipulator finger ontologies 301, the first manipulator finger ontology 301 For the arcuate structure placed vertically, first open-and-close mechanism is able to drive two the first manipulator finger ontology foldings, First open-and-close mechanism is using the first folding cylinder；

First elevating mechanism includes set on first lifting motor 307 on upper frame top, set on first lifting First gear and first gear on motor 307 are meshed the first rack gear 304, and first rack gear 304 is vertically arranged, and described One rack gear 304 is set on first slide bar 303；

First slide bar 303 is equipped with the first vertical rails 305, and first slide bar 303 is pacified by the first sliding sleeve 306 On the upper frame 1-2, it is equipped with and first vertical rails 305 compatible first inside first sliding sleeve 306 The vertical chute.

The Horizontal Cantilever external member includes the first monaural seat, connector and Messenger Wire base, three clamping manipulator groups on right side Part is respectively used to clamp the clamping manipulator component of the first monaural seat, connector and Messenger Wire base；The inclined cantilever external member Including the second monaural seat and third monaural seat, two clamping manipulator components in left side are respectively used to clamp the second monaural seat With third monaural seat.

As shown in figure 16, the right side of the chassis 1-11 is successively arranged the first monaural seat from front to back and contains discharging frame, connection Device contains discharging frame and Messenger Wire base contains discharging frame, and the left side of the bottom framework 1-1 is successively arranged the second monaural seat Sheng from front to back Discharging frame and third monaural seat contain discharging frame, and the first monaural seat and the second monaural seat and third monaural seat pass through monaural respectively Seat host rack 5 is placed on the first monaural seat and contains on discharging frame, the second monaural Sheng discharging frame and third monaural seat Sheng discharging frame；It is described Messenger Wire base is placed on the Messenger Wire base by Messenger Wire base host rack 14 and contains on discharging frame, and the connector passes through the company Device host rack 13 is connect to be placed on the Messenger Wire base Sheng discharging frame.

The first monaural seat contains discharging frame, connector contains discharging frame and Messenger Wire base contains discharging frame and is structure as a whole, and remembers Frame 1-12 is expected for right side, and the second monaural seat contains discharging frame and third monaural seat contains discharging frame and is structure as a whole, and is denoted as left side Expect frame 1-13.

The Horizontal Cantilever clamp moving mechanism and the inclined cantilever clamp moving mechanism all include clamp moving mechanism ontology 2, as shown in figure 3, the clamp moving mechanism ontology 2 includes the second manipulator, drives the second of the second manipulator lifting Elevating mechanism drives the second longitudinal direction mobile mechanism of the second manipulator longitudinal movement and driving the second manipulator folding The second open-and-close mechanism.

Second manipulator includes two the second manipulator finger ontologies 207, two the second mechanical finger ontologies 207 be horizontal positioned arcuate structure.

The clamp moving mechanism ontology 2 includes first base 201, the first longitudinal direction in the first base 201 The output shaft of mobile driving motor 203, the mobile driving motor 203 of the first longitudinal direction is equipped with second gear 204, the chassis 1-2 is equipped with the second rack gear being meshed with the second gear 204, and second rack gear is horizontally disposed；The first base 201 lower surface is equipped with first longitudinal direction sliding slot 202, and the chassis 1-2 is equipped with and is adapted with the first longitudinal direction sliding slot 202 First longitudinal direction sliding rail；

The first base 201 includes the first bottom plate and the starting stave 208 that is arranged on first bottom plate, and described the Two elevating mechanisms use the second lifting cylinder 205, and the cylinder body of second lifting cylinder 205 is mounted on the starting stave 208 On, the piston rod of second lifting cylinder 205 is equipped with the first attachment base, and second open-and-close mechanism is using the second folding gas The cylinder body of cylinder 206, the second folding cylinder 206 is mounted on first attachment base, the work of the second folding cylinder 206 Stopper rod both ends are separately connected the second manipulator finger ontology 207.

The external member tightening mechanism includes monaural seat tightening mechanism 9, and the monaural seat tightening mechanism 9 is moved set on the clamping In dynamic mechanism body 2, the monaural seat tightening mechanism 9 tightens component including first and drives described first to tighten component lifting Third elevating mechanism, described first tighten component include two be set side by side first tighten component body, described first tightens Component body includes the first tappet head 904 and the first tappet head driving motor 905 for driving the rotation of the first tappet head 904.

Described first tightens component body on first connecting plate 902, and first connecting plate 902 is equipped with the Seven rack gears, the third elevating mechanism include third lifting motor 901, and the output shaft of the third lifting motor 901 is equipped with The 7th gear compatible with the 7th rack gear；

Be additionally provided with the second the vertical chute 903 on first connecting plate 902, the starting stave 208 be equipped with it is described Compatible second vertical rails of second the vertical chute 903.

The external member tightening mechanism further includes connector tightening mechanism, and the connector screwing structure includes that lower sleeve is tightened Mechanism and upper bush tightening mechanism, the upper bush tightening mechanism are set to the front of the lower sleeve tightening mechanism, the upper set Cylinder tightening mechanism and the lower sleeve tightening mechanism all include double nut automatic tightening mechanism 4.

As shown in Fig. 7-Figure 11, component body and driving mechanism are tightened including second by double nut automatic tightening mechanism, Described second, which tightens component body, includes the second tappet head 401 and movable sleeve 402, and the driving mechanism includes that the second tappet head is horizontal To mobile mechanism 410, the second tappet head longitudinal moving mechanism 409 and the second tappet head rotating mechanism 411, second tappet head Transverse moving mechanism 410 is able to drive 401 transverse shifting of the second tappet head, the second tappet head longitudinal moving mechanism 409, which are able to drive second tappet head 401, vertically moves, and the second tappet head rotating mechanism 411 is able to drive second and twists Tight head 401 rotates.

It further include second base 413, the second tappet head transverse moving mechanism 410 is set in the second base 413, The second tappet head transverse moving mechanism 410 is set to the second tappet head longitudinal moving mechanism 409 by the second bottom plate 412 On, the second tappet head rotating mechanism 411 is set on the second tappet head transversing gear 410 by third bottom plate 414, institute The second tappet head rotating mechanism 411 is stated to tighten component body by bearing 404 with described second and connect.

The second tappet head longitudinal moving mechanism 409 includes second longitudinal direction sliding rail 4092, the 4th rack gear, second longitudinal direction shifting Dynamic driving motor 4091 and the 4th gear, the second longitudinal direction sliding rail 4092 and the 4th rack gear it is arranged side by side be mounted on second bottom On plate 412, the mobile driving motor 4091 of the second longitudinal direction is mounted on second bottom plate 412, the 4th gear installation On the output shaft of the mobile driving motor 4091 of the second longitudinal direction, and the 4th gear is nibbled with 4093 phase of the 4th rack gear It closes；

The second tappet head transverse moving mechanism 410 includes the first horizontal slide rail 4102, the 4103, first cross of third rack gear To mobile driving motor 4101 and the third gear engaged with the third rack gear 4103, first horizontal slide rail 4102 and the On the top plate 4131 for being mounted on the second base arranged side by side of three rack gear 4103, the third gear is mounted on described first laterally On the output shaft of mobile driving motor 4101, the first transverse shifting driving motor 4101 is mounted on the third bottom plate 414 On.

Second tappet head steering mechanism 411 includes the first rotary electric machine 4111, first rotary electric machine 4111 Output shaft is connect with retarder 4112, and the output shaft of the retarder 4112 is fixedly connected with the movable sleeve 402.

As shown in figure 14, the external member tightening mechanism further includes Messenger Wire base tightening mechanism 12, and the Messenger Wire base is tightened Mechanism 12 includes that third tightens component and the third is driven to tighten the 4th elevating mechanism that component is gone up and down, and the third tightens group Part includes that four thirds arranged in arrays tighten component body, and it includes third tappet head 1207 that the third, which tightens component body, With the second tappet head driving motor (being not drawn into figure) for driving the third tappet head 1207 to rotate.

The Messenger Wire base tightening mechanism further includes third pedestal 1203 and third longitudinal moving mechanism, the third pedestal 1203 include the 4th bottom plate and the second riser, and the lower end of the 4th bottom plate is equipped with second longitudinal direction sliding slot 1204, and the third is vertical It include the third longitudinal movement driving motor 1201 on the 4th bottom plate to mobile mechanism, the third longitudinal movement is driven The output shaft of dynamic motor 1201 is equipped with eighth gear 1202, and the lower end in the rack 1 is equipped with and the eighth gear 1202 Compatible octadentate article；4th elevating mechanism includes the 4th lifting motor 1205 on second riser, institute The output shaft for stating the 4th lifting motor 1205 is equipped with the 9th gear, and the third tightens the second connecting plate in component body 1206 are equipped with the 9th rack gear that is meshed with the 9th gear.

The front of first tappet head 904, second tappet head 401 and third tappet head 1207 is all fixed equipped with nut Position part 403.

As shown in figure 11, the middle part of the nut retainer member 403 is equipped with blocked hole, is evenly equipped on the inner wall of the blocked hole 12 clamping grooves, 4031,12 clamping grooves 4031 are adjacent two-by-two, and circular arc between the cell wall of 12 clamping grooves 4031 Transition connection, the section structure triangular in shape of the clamping groove 4031, the apex angle of the triangular structure are 120 °.

As Figure 9-Figure 11, second tappet head 401 includes head 4011 and is fixedly connected with the head 4011 Bar portion 4012, the center on the head 4011 is equipped with centre bore 40111 along axis, is equipped in the centre bore 40111 described Nut retainer member 403, the length of the centre bore 40111 of second tappet head are greater than the length of the nut retainer member 403, and The nut retainer member 403 is located at the front of the centre bore 40111, and the outer diameter of the bar portion 4012 is less than the head 4011 Outer diameter；

The movable sleeve 402 includes glissile segment and limit section, and the internal diameter of the glissile segment and the outer diameter of the bar portion are mutually fitted Match, the internal diameter of the limit section is greater than the outer diameter of the bar portion 4012, is equipped between the bar portion 4012 and the limit section multiple Position spring 406, and the reset spring 406 is socketed in the bar portion 4012, the rear end of the bar portion 4012 is equipped with limit plate 407；

The glissile segment is socketed in the bar portion 4012, and is connect with the bar portion 4012 by pin 415, the cunning Dynamic section is equipped with helicla flute 4023, and the pin 415 passes through the helicla flute 4023；The front end of the glissile segment and the head Contraposition spring 405 is equipped between 4011 rear end.

The centre bore 40111 is stepped hole, and including internal step aperture and external step macropore, the nut is fixed Position part 403 is connected in the step macropore.

The limit plate 407 is disk, and the diameter of the disk is greater than the outer diameter of the bar portion 4012, and is less than the limit The internal diameter of position section, the limit plate 407 are connect by bolt 408 with the rear end of the bar portion 4012.

It further include Horizontal Cantilever guidance set and inclined cantilever guidance set, the Horizontal Cantilever guidance set is set to the Horizontal Cantilever The rear of clamp moving mechanism, the inclined cantilever guidance set is set to the rear of the inclined cantilever clamp moving mechanism, described flat Bracket guidance set and inclined cantilever guidance set all include guidance set ontology 11, as shown in fig. 4-5, the guidance set sheet Body includes guide part 11 and guide part clamp moving mechanism, and the guide part clamp moving mechanism can insert respectively guide part 11 Enter the rear end of Horizontal Cantilever and inclined cantilever.

The guide part 11 includes the pipe fitting insertion end and poling guide end of coaxial arrangement, and the pipe fitting insertion end includes small The frustum of a cone 1101 and small column 1102, the bigger diameter end of the roundlet frustum 1101 are connect with one end of the small column 1102, institute Stating poling guide end includes big cylinder 1103 and the big frustum of a cone 1104, the other end of the small column 1102 and the big cylinder 1103 one end connection, the other end of the big cylinder 1103 are connect with the bigger diameter end of the big frustum of a cone 1104.

The big cylinder 1103 is equipped with annular groove 1106；The cross section of the annular groove 1106 is triangle, ladder Shape or rectangular configuration.

The outer diameter of the small column 1102 is adapted with the internal diameter of bracket.

The pipe fitting insertion end and poling guide end are structure as a whole.

As shown in fig. 6, the middle part of the pipe fitting insertion end and poling guide end is equipped with central blind hole 1105, the center is blind Hole 1105 and the pipe fitting insertion end and poling guide end are coaxially disposed, and the central blind hole 1105 is in the pipe fitting insertion end Closed end.Pipe fitting guide end is extended in the outer end of bracket, can generate certain moment of flexure, and centre bore is made into blind hole, pipe fitting insertion End is closed end, and the weight of pipe fitting insertion end increases, achievees the effect that more to balance, prevent guide part 11 from falling off.

The outer peripheral surface of the big frustum of a cone 1103 is equipped with elastic component (being not drawn into figure), and the outer end of the elastic component connects Steel ball.

The elastic component is spring, and the spring includes along uniformly distributed three of big 1103 outer peripheral surface of the frustum of a cone.

The guide part clamp moving mechanism includes the clamp moving mechanism ontology 2, further includes being set to second machine The protrusion 1107 of tool hand finger ontology, described raised 1107 are adapted with the annular groove 1106.

The inclined cantilever assembling mobile mechanism and Horizontal Cantilever assembling mobile mechanism all include assembling mobile mechanism's ontology 7, as shown in figure 15, assembling mobile mechanism's ontology 7 includes crossbeam 701 and slides with the crossbeam 701 is slidably connected second Set 704, the crossbeam 701 are equipped with the 5th rack gear 702, and second sliding sleeve 704 is equipped with the second transverse shifting driving motor 703, the output shaft of the second transverse shifting driving motor 703 is equipped with the 5th tooth being meshed with the 5th rack gear 702 Wheel；Assembling mobile mechanism ontology 7 further includes third manipulator, and the third manipulator can be in second sliding sleeve 704 It slides up and down, the third manipulator includes the second slide bar 709, third manipulator finger, band set on 709 lower end of the second slide bar Move the 4th elevating mechanism and the third folding for driving the third manipulator finger folding that second slide bar 709 moves up and down Driving mechanism, the third manipulator finger are connect by third connecting plate 706 with the lower end of second slide bar 709.

Third manipulator finger includes the third manipulator finger ontology 708 of horizontal clamping, and the third opens and closes driving machine Structure opens and closes cylinder 707 using third, and the 4th elevating mechanism includes the second lifting motor 705 being mounted on the sliding sleeve, The output shaft of second lifting motor 705 is equipped with the 6th gear, and second slide bar 709 is equipped with and the 6th gear Compatible 6th rack gear.

The both ends of the crossbeam 701 are connected in the rack 1 by slide 710, are additionally provided in the rack 1 and are driven institute The 4th longitudinal moving mechanism that assembling mobile mechanism's ontology 7 vertically moves is stated, the 4th longitudinal moving mechanism includes being set to institute The 4th longitudinal movement driving motor 711 on slide 410 is stated, is set on the output shaft of the 4th longitudinal movement driving motor 711 There is the tenth gear, the rack 1 is equipped with the tenth rack gear being meshed with the tenth gear.

As shown in figure 17, the assembling mechanism further includes assembling track, and the assembling track is set to the middle part of chassis, and sets The rear of mobile mechanism and Horizontal Cantilever assembling mobile mechanism is assembled in the inclined cantilever, the assembling track includes sliding bottom Seat, and inclined cantilever front end clamping part and lower sleeve clamping part set on the sliding bottom both ends, the inclined cantilever front end folder The portion of holding can clamp the front end of inclined cantilever, and the lower sleeve clamping part can clamp the lower sleeve of the connector, the oblique wrist Arm clamping part and the lower sleeve clamping part can drive simultaneously bracket to move along its conveying direction.

It further include positioning clamping component 6, the positioning clamping component 6 can position bracket, and bracket moves backward When, the rear end of bracket touches positioning clamping component, and in this, as datum mark, determines mobile distance, guarantees external member installation Accuracy.

The course of work of the utility model is as follows:

1) Horizontal Cantilever and inclined cantilever are clamped by Horizontal Cantilever clamp moving mechanism and inclined cantilever clamp moving mechanism respectively；Together When, Horizontal Cantilever external member clamping device clamps the first monaural seat, connector and Messenger Wire base respectively from front to back, and by its axis pair Together, the inclined cantilever external member clamping device clamps the second monaural seat and third monaural seat respectively from front to back, and makes its axis pair Together；

2) Horizontal Cantilever guidance set and inclined cantilever guidance set work respectively, and guide part is inserted into Horizontal Cantilever and oblique wrist respectively The rear end of arm；

3) Horizontal Cantilever clamp moving mechanism sequentially passes through the first monaural seat, connector and Messenger Wire base with Horizontal Cantilever, tiltedly Bracket clamp moving mechanism sequentially passes through the second monaural seat and third monaural seat with inclined cantilever；Then, Horizontal Cantilever guidance set The guide part of Horizontal Cantilever rear end and inclined cantilever rear end is removed respectively with inclined cantilever guidance set, and is resetted；Then, Horizontal Cantilever set 3 clamping manipulator components of part clamping device drive the first monaural seat, connection and Messenger Wire base mobile respectively, are at flat Suitable position on bracket, meanwhile, 2 clamping manipulator components of inclined cantilever external member clamping device drive the second monaural seat respectively Mobile, the suitable position being on inclined cantilever with third monaural seat；

4) monaural seat tightening mechanism respectively tightens the first monaural seat, the second monaural seat and third monaural seat, Messenger Wire base Tightening mechanism tightens Messenger Wire base, meanwhile, upper bush tightening mechanism tightens upper bush；

5) Horizontal Cantilever clamp moving mechanism and inclined cantilever clamp moving mechanism clamp Horizontal Cantilever respectively and inclined cantilever moves back Dynamic, after moving a certain distance, Horizontal Cantilever assembling mobile mechanism and inclined cantilever assembling mobile mechanism clamp Horizontal Cantilever and oblique wrist respectively Arm continues to move backward, and is moved to suitable position, and Horizontal Cantilever assembling mobile mechanism and inclined cantilever assembling movement drive flat wrist respectively Arm and inclined cantilever transverse shifting, and it is aligned inclined cantilever with lower sleeve, then, inclined cantilever assembling mobile mechanism drives inclined cantilever to wear The lower sleeve is crossed to suitable position；

6) work of assembling track, inclined cantilever front end clamping part clamp inclined cantilever front end, and lower sleeve clamping part will trap collet chuck Tightly, lower sleeve tightening mechanism works, and lower sleeve is tightened, the pre-assembled of bracket is completed, and then, assembling track conveys pre- accessory It goes out.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of high-speed rail bracket pre-installs wiring, which is characterized in that including rack and rack-mounted Horizontal Cantilever clamping group Part, inclined cantilever clamping assembly and assembling mechanism, the Horizontal Cantilever clamping assembly and inclined cantilever clamping assembly are respectively arranged on the machine The left and right sides of frame, the assembling mechanism are located at the rear of the Horizontal Cantilever clamping assembly and inclined cantilever clamping assembly；

The Horizontal Cantilever clamping assembly includes Horizontal Cantilever clamp moving mechanism and Horizontal Cantilever external member clamping device, the Horizontal Cantilever set Part clamping device can clamp on Horizontal Cantilever external member used in order to which Horizontal Cantilever passes through the Horizontal Cantilever external member, the Horizontal Cantilever dress Clip assembly is able to drive the Horizontal Cantilever across the Horizontal Cantilever external member；

The inclined cantilever clamping assembly includes inclined cantilever clamp moving mechanism and inclined cantilever external member clamping device, the inclined cantilever set Part clamping device can clamp on inclined cantilever external member used in order to which inclined cantilever passes through the inclined cantilever external member, the inclined cantilever dress Clip assembly is able to drive the inclined cantilever across the inclined cantilever external member；

The assembling mechanism includes assembling mobile mechanism and external member tightening mechanism, and the assembling mobile mechanism includes inclined cantilever assembling Mobile mechanism and Horizontal Cantilever assemble mobile mechanism, and Horizontal Cantilever assembling mobile mechanism is able to drive the Horizontal Cantilever transverse shifting And longitudinal movement, inclined cantilever assembling mobile mechanism are able to drive the Horizontal Cantilever transverse shifting and longitudinal movement, the set The Horizontal Cantilever external member and inclined cantilever external member can be fixedly connected with Horizontal Cantilever and inclined cantilever by part tightening mechanism respectively.

2. high-speed rail bracket according to claim 1 pre-installs wiring, which is characterized in that the Horizontal Cantilever external member clamping device packet Three clamping manipulator components being set on the right side of the rack arranged side by side are included, the inclined cantilever external member clamping device includes two The clamping manipulator component being set on the left of the rack arranged side by side, the clamping manipulator component include first mechanical Hand, the first elevating mechanism for driving the first manipulator lifting, the first longitudinal direction for driving the first manipulator longitudinal movement Mobile mechanism and the first open-and-close mechanism for driving the first manipulator folding.

3. high-speed rail bracket according to claim 1 pre-installs wiring, which is characterized in that the Horizontal Cantilever clamp moving mechanism and The inclined cantilever clamp moving mechanism all includes clamp moving mechanism ontology, and the clamp moving mechanism ontology includes second mechanical Hand, the second elevating mechanism for driving the second manipulator lifting, the second longitudinal direction for driving the second manipulator longitudinal movement Mobile mechanism and the second open-and-close mechanism for driving the second manipulator folding.

4. high-speed rail bracket according to claim 1 pre-installs wiring, which is characterized in that the external member tightening mechanism includes monaural Seat tightening mechanism, the monaural seat tightening mechanism are set on the clamp moving mechanism ontology, the monaural seat tightening mechanism packet The first third elevating mechanism tightened component and drive described first to tighten component lifting is included, described first, which tightens component, includes two A first be set side by side tightens component body, and described first, which tightens component body, includes the first tappet head and driving described first First tappet head driving motor of tappet head rotation.

5. high-speed rail bracket according to claim 4 pre-installs wiring, which is characterized in that the external member tightening mechanism further includes connecting Device tightening mechanism is connect, the connector screwing structure includes lower sleeve tightening mechanism and upper bush tightening mechanism, the upper bush Tightening mechanism is set to the front of the lower sleeve tightening mechanism, and the upper bush tightening mechanism and the lower sleeve tightening mechanism are all Including double nut automatic tightening mechanism.

6. high-speed rail bracket according to claim 5 pre-installs wiring, which is characterized in that double nut automatic tightening mechanism packet It includes second and tightens component body and driving mechanism, described second, which tightens component body, includes the second tappet head and movable sleeve, described Driving mechanism includes the second tappet head transverse moving mechanism, the second tappet head longitudinal moving mechanism and the second tappet head rotating machine Structure, the second tappet head transverse moving mechanism are able to drive the second tappet head transverse shifting, and second tappet head is vertical It is able to drive the second tappet head longitudinal movement to mobile mechanism, the second tappet head rotating mechanism is able to drive second and twists Tight head rotation.

7. high-speed rail bracket according to claim 6 pre-installs wiring, which is characterized in that second tappet head include head and The center of the bar portion being fixedly connected with the head, the head is equipped with centre bore along axis, is equipped in the centre bore described Nut retainer member, the length of the centre bore of second tappet head is greater than the length of the nut retainer member, and the nut is fixed Position part is located at the front of the centre bore, and the outer diameter of the bar portion is less than the outer diameter on the head；

The movable sleeve includes glissile segment and limit section, and the internal diameter of the glissile segment is adapted with the outer diameter of the bar portion, described The internal diameter for limiting section is greater than the outer diameter of the bar portion, reset spring is equipped between the bar portion and the limit section, and described multiple Position spring is socketed in the bar portion, and the rear end of the bar portion is equipped with limit plate；

The glissile segment is socketed in the bar portion, and is connect with the bar portion by pin, and the glissile segment is equipped with spiral Slot, the pin pass through the helicla flute；Contraposition spring is equipped between the front end of the glissile segment and the rear end on the head.

8. high-speed rail bracket according to claim 5 pre-installs wiring, which is characterized in that the external member tightening mechanism further includes holding Power rope seat tightening mechanism, the Messenger Wire base tightening mechanism include that third tightens component and the third is driven to tighten component lifting The 4th elevating mechanism, it includes that four thirds arranged in arrays tighten component body, the third that the third, which tightens component, Tightening component body includes third tappet head and the second tappet head driving motor for driving the third tappet head rotation.

9. high-speed rail bracket according to claim 1-8 pre-installs wiring, which is characterized in that further include Horizontal Cantilever guiding Component and inclined cantilever guidance set, the Horizontal Cantilever guidance set is set to the rear of the Horizontal Cantilever clamp moving mechanism, described Inclined cantilever guidance set is set to the rear of the inclined cantilever clamp moving mechanism, the Horizontal Cantilever guidance set and inclined cantilever guiding Component all includes guidance set ontology, and the guidance set ontology includes guide part and guide part clamp moving mechanism, described to lead Guide part can be inserted into respectively to the rear end of Horizontal Cantilever and inclined cantilever to part clamp moving mechanism.

10. high-speed rail bracket according to claim 5 pre-installs wiring, which is characterized in that the assembling mechanism further includes assembling Track, the assembling track is set to the middle part of chassis, and is set to inclined cantilever assembling mobile mechanism and Horizontal Cantilever assembling The rear of mobile mechanism, the assembling track includes sliding bottom, and set on the inclined cantilever front end at the sliding bottom both ends Clamping part and lower sleeve clamping part, inclined cantilever front end clamping part can clamp the front end of inclined cantilever, the lower sleeve clamping Portion can clamp the lower sleeve of the connector, and the inclined cantilever clamping part and the lower sleeve clamping part can drive wrist simultaneously Arm is moved along its conveying direction.