CN208963206U

CN208963206U - The tool for assembling of front-end module

Info

Publication number: CN208963206U
Application number: CN201821162310.3U
Authority: CN
Inventors: 艾建龙; 李卓平
Original assignee: Borgward Automotive China Co Ltd
Current assignee: Beiqi Foton Motor Co Ltd
Priority date: 2018-07-20
Filing date: 2018-07-20
Publication date: 2019-06-11
Anticipated expiration: 2028-07-20

Abstract

The utility model discloses a kind of tool for assembling of front-end module, the front-end module includes: pedestal, lifting actuator and positioning component, the lifting actuator is connected to the top of the pedestal, the positioning component is liftably connected to the top of the lifting actuator, and the lifting actuator pushes against the positioning component in the lower section of the positioning component, the positioning component has the first locating piece, and first locating piece is suitable for being adapted with the front-end module location hole of the vehicle body location hole of the front-end module and the vehicle body simultaneously.Thus, positioning when assembling front-end module with vehicle body by the way that the first locating piece is arranged first is more accurate, assembly precision of the front-end module on vehicle body can be effectively improved, the position adjustment to front-end module can be realized secondly by lifting actuator, it is simpler to the adjustment of the position of front-end module, assembly efficiency can be effectively improved in assembling process.

Description

The tool for assembling of front-end module

Technical field

The utility model relates to vehicular fields, more particularly, to a kind of tool for assembling of front-end module.

Background technique

In the related technology, in order to improve the assembly efficiency of vehicle, generally by the components group such as water tank, condenser, front anti-collision beam Front-end module is dressed up, then front-end module is assembled on vehicle body by the tool for assembling of front-end module.

But existing front-end module tool for assembling is typically integrated on production line, it is at high cost, have a single function, and Lower to the positioning accuracy between vehicle body and front-end module in assembling process, error is big, the movement and essence to front-end module Degree calibration difficulty is big.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model One purpose is to propose a kind of tool for assembling of front-end module, the positioning accuracy original text of the tool for assembling, rigging error It is low.

Tool for assembling according to the front-end module of the utility model embodiment includes；Pedestal goes up and down actuator and determines Hyte part, the lifting actuator are connected to the top of the pedestal, and the positioning component is liftably connected to the lifting The top of actuator, and the lifting actuator pushes against the positioning component, the positioning group in the lower section of the positioning component Part has the first locating piece, and first locating piece is suitable for the vehicle body location hole and the vehicle body with the front-end module simultaneously Front-end module location hole be adapted.

According to the tool for assembling of the front-end module of the utility model embodiment, before being made first by the first locating piece of setting Positioning when end module is assembled with vehicle body is more accurate, can effectively improve assembly essence of the front-end module on vehicle body The position adjustment to front-end module can be realized secondly by lifting actuator, in assembling process, to the position of front-end module in degree Set adjustment it is simpler, assembly efficiency can be effectively improved.

Some embodiments according to the present utility model, the positioning component further include lifting platform, the second locating piece, the support Lift platform and the pedestal lifting cooperate, second locating piece, first locating piece the top for lifting platform with it is described Platform connection is lifted, first locating piece and second locating piece are to stretch out the consistent cantilever part in direction.

In some embodiments, first locating piece is detachably connected with the platform of lifting；Second locating piece It lifts platform described in being movably attached to and can be locked by fastener.

Further, first locating piece includes being connected to described to lift the support rod on platform and be vertically connected at institute The locating rod of support rod is stated, the end of the locating rod is formed with bolt of the diameter less than the other parts of locating rod.

Optionally, the second locating piece includes compression bar and the adjustable adjustable seats of installation site, the adjustable seats with Described to lift platform connection, the compression bar and the adjustable seats are described hingedly to rotate between depressed position and upper lift position Compression bar is configured to be suitable for lifting platform described in depressed position to push against the front-end module, and the end of the compression bar is formed with Downward opening claw, the claw with the front anti-collision beam of the front-end module for being adapted.

The number of some embodiments according to the present utility model, first locating piece and second locating piece is more A, multiple first locating pieces, multiple second locating pieces are sequentially distributed on the length direction for lifting platform, multiple First locating piece is distributed in the two sides of multiple second locating pieces.

Further, the extension elongation of the locating rod of first locating piece is greater than stretching for the compression bar of second locating piece Length out.

In some embodiments, the pedestal includes main base frame and the pilot sleeve that is connected to above the main base frame, The guide rod for lifting platform and including main erecting bed and being connected to below the main erecting bed, the pilot sleeve is in the support It lifts and is oriented to when the platform pedestal relatively is gone up and down with guide rod cooperation, first locating piece and second locating piece position In the top of the main erecting bed, the number of the guide rod is multiple, and is symmetrical arranged on the main erecting bed, described to lead It is multiple to the number of sleeve, and is correspondingly arranged on the pedestal with the guide rod.

Further, the upper surface of the main base frame has handrail, and the lower surface of the main base frame has movable pulley, described The number of movable pulley is multiple.

Optionally, the lifting actuator is jack, and the jack includes that jack pad assembly and the pilot sleeve are flat The lifting pin for being telescopically connected to the jack pad assembly of row setting and perpendicular with the lifting pin and be located at away from fixed Position part stretches out the drive rod on direction, and the jack pad assembly is taper type, and the base area of the jack pad assembly is greater than top surface face Product, the drive rod are configured to can be rotated to drive the lifting pin to stretch out or retract the jack pad assembly, the drive rod One end protrude into the jack pad assembly, the other end of the drive rod is connected with handwheel, and the handwheel is suitable for driving the driving Bar rotation.

The additional aspect and advantage of the utility model will be set forth in part in the description, partially will be from following description In become obvious, or recognized by the practice of the utility model.

Detailed description of the invention

The above-mentioned and/or additional aspect and advantage of the utility model from the description of the embodiment in conjunction with the following figures will Become obvious and be readily appreciated that, in which:

Fig. 1 is the stereoscopic schematic diagram of the tool for assembling and front-end module according to the utility model embodiment；

Fig. 2 is the schematic side view of the tool for assembling and front-end module according to the utility model embodiment；

Fig. 3 is the pedestal, lifting actuator and positioning component according to the tool for assembling of the utility model embodiment One schematic diagram；

Fig. 4 is the pedestal, lifting actuator and positioning component according to the tool for assembling of the utility model embodiment Another schematic diagram.

Appended drawing reference:

Tool for assembling 100, front-end module 200,

Pedestal 110, main base frame 111, handrail 1111, movable pulley 1112, pilot sleeve 112,

Lifting actuator 120, jack pad assembly 121, lifting pin 122, drive rod 123, handwheel 124,

Positioning component 130, the first locating piece 131, support rod 1311, locating rod 1312, bolt 1313 lift platform 132, main Erecting bed 1321, guide rod 1322, the second locating piece 133, compression bar 1331, adjustable seats 1332, claw 1333,

Vehicle body location hole a.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

Below with reference to Fig. 1-Fig. 4 description according to the tool for assembling 100 of the front-end module 200 of the utility model embodiment.

As shown in Figures 1 to 4, include according to the tool for assembling 100 of the front-end module of the utility model embodiment 200； Pedestal 110, lifting actuator 120 and positioning component 130, lifting actuator 120 are connected to the top of pedestal 110, and go up and down Actuator 120 pushes against positioning component 130 in the lower section of positioning component 130, and positioning component 130 is liftably connected to pedestal 110 Top, positioning component 130 has the first locating piece 131, and the first locating piece 131 is suitable for vehicle body with front-end module 200 simultaneously The front-end module location hole of location hole a and vehicle body is adapted.

Specifically, front-end module 200 is installed to the positioning component 130 of tool for assembling 100 by the first locating piece 131 On, and can opposite base 110 is gone up and down under the drive of lifting actuator 120 together with positioning component 130, with towards or it is remote It is moved from pedestal 110, thus by adjusting lifting actuator 120 so that before the vehicle body location hole a and vehicle body of front-end module 200 End module location hole makes the first locating piece 131 sequentially pass through vehicle body location hole a and front-end module location hole with reality to just Existing positioning of the front-end module 200 on vehicle body.

According to the tool for assembling 100 of the front-end module 200 of the utility model embodiment, pass through the first positioning of setting first Positioning when part 131 assembles front-end module 200 with vehicle body is more accurate, can effectively improve front-end module 200 and exist Assembly precision on vehicle body can be realized the position adjustment to front-end module 200 secondly by lifting actuator 120, assemble In the process, simpler to the adjustment of the position of front-end module 200, assembly efficiency can be effectively improved.

It should be noted that lifting actuator 120 refers in the lower section of positioning component 130 pushing and pressing positioning component 130, go up and down Actuator 120 can move in the up-down direction, to push positioning component 130 to rise or the lifting decline of actuator 120, thus Positioning component 130 moves downward under gravity, to realize the decline of positioning component 130.That is, in positioning component In 130 uphill process, lifting actuator 120 pushes against positioning component 130 in lower section, during the decline of positioning component 130, Top pushing and pressing lifting actuator 120 of the positioning component 130 in lifting actuator 120.

As shown in Figure 3 and Figure 4, positioning component 130 further includes lifting platform 132, the second locating piece 133, lifts platform 132 and base 110 lifting cooperation of seat, the second locating piece 133, the first locating piece 131 are connect in the top for lifting platform 132 with platform 132 is lifted, the Positioning piece 131 and the second locating piece 133 are to stretch out the consistent cantilever part in direction.

Specifically, front-end module 200 is in the front of tool for assembling 100 and the first locating piece 131 of tool for assembling 100 And second locating piece 133 connect, to make the first locating piece 131 and the second locating piece 133 towards front-end module 200 Direction on stretch out lift platform 132 to be formed as cantilever part.In this way, front-end module 200 and the first locating piece 131, front-end module 200 can be attached with the second locating piece 133 in the front for lifting platform 132, so as to avoid front-end module 200 and lift Platform 132 is interfered.

In Fig. 1 and specifically embodiment shown in Fig. 2, the first locating piece 131 is detachably connected with platform 132 is lifted； Second locating piece 133 is movably attached to lift platform 132 and can be locked by fastener.

That is, the first locating piece 131 that front-end module 200 is positioned and fixed can be according to front-end module 200 change in size is replaced, and the second locating piece 133 is fixed on and lifts in the mounting groove that platform 132 extends along the longitudinal direction, The position on platform 132 is being lifted so as to adjust the second locating piece 133 for various sizes of front-end module 200, then is being passed through Fastener fastens the second locating piece 133.

In this way, lifting the position on platform 132 so that not by the first locating piece 131 of replacement, the second locating piece 133 of adjustment Same specification, various sizes of front-end module 200 can tool for assembling 100 through this embodiment positioned and filled Match, under the premise of 100 positioning accuracy with higher of tool for assembling of the present embodiment, makes the tool for assembling of the present embodiment 100 scope of application is bigger.

Shown in as shown in Figure 1, Figure 3 and Figure 4, the first locating piece 131 include be connected to lift support rod 1311 on platform 132 and Be vertically connected at the locating rod 1312 of support rod 1311, the end of locating rod 1312 be formed with diameter be less than locating rod 1312 its The bolt 1313 of its part.

Locating rod 1312 is vertical with support rod 1311 as a result, connect, and keeps the structural strength of the first locating piece 131 higher, can To improve the first locating piece 131 to the fixed effect of front-end module 200, and the first locating piece 131 is made to use the longevity with longer Life；And the bolt 1313 that diameter is less than locating rod 1312 is adapted with vehicle body location hole a and front-end module location hole, to make Bolt 1313 can sequentially pass through 200 location hole of vehicle body location hole a and front-end module, further improve the first locating piece 131 locating effect.

In specific embodiment shown in Fig. 2, the second locating piece 133 includes that compression bar 1331 and installation site are adjustable Adjustable seats 1332, adjustable seats 1332 connect with platform 132 is lifted, and compression bar 1331 is with adjustable seats 1332 hingedly to push It is rotated between position and upper lift position, compression bar 1331 is configured to lift the pushing and pressing front end mould of platform 132 suitable for direction in depressed position Block 200, the end of compression bar 1331 are formed with downward opening claw 1333, and claw 1333 is used to prevent with before front-end module 200 Beam is hit to be adapted.

Specifically, adjustable seats 1332 can be adjusted in the fixation position lifted on platform 132, and compression bar 1331 with can It adjusts between support 1332 hingedly, to allow compression bar 1331 to rotate relative to adjustable seats 1332, with fixed in front-end module 200 During tool for assembling 100, the second locating piece 133 is first adjusted into supreme lift position, and by 131 grafting of the first locating piece Depressed position is adjusted back into vehicle body location hole a, and then by the second locating piece 133, and claw 1333 is made to be clamped in front anti-collision beam On.

In this way, not only making the second locating piece 133 and the first locating piece 131 jointly fixed to front-end module 200, so that front end Fixation of the module 200 on tool for assembling 100 is more stable, and claw 1333 is while clamping front anti-collision beam, direction It lifts platform 132 and pushes against front anti-collision beam, and the front anti-collision beam surface opposite with platform 132 is lifted is supported with lifting 132 phase of platform and stop, and can be dropped The shaking of the opposite tool for assembling 100 of low front-end module 200, so that the first locating piece 131, the second locating piece 133 are to front end mould Block 200 lift and fixed effect is more preferable.

It should be noted that upper lift position refer to claw 1333 and compression bar 1331 be flipped up together to lift platform The maximum position of 132 distance.Depressed position refers to that claw 1333 and compression bar 1331 are rotated towards front-end module 200, and blocks Pawl 1333 is clamped to the position on front anti-collision beam.

In Fig. 1, Fig. 3 and specific embodiment shown in Fig. 4, the number of the first locating piece 131 and the second locating piece 133 Be it is multiple, multiple first locating pieces 131, multiple second locating pieces 133 are sequentially distributed on the length direction for lifting platform 132, Multiple first locating pieces 131 are distributed in the two sides of multiple second locating pieces 133.

Specifically, multiple first locating pieces 131 are connect in the two sides of the second locating piece 133 with front-end module 200, and it is more A first locating piece 131 is provided with multiple second locating pieces 133, and multiple second locating pieces 133 are prevented by claw 1333 with preceding Beam connection is hit, to make distribution of force between the stress between multiple first locating pieces 131, multiple second locating pieces 133 more Add uniformly, and then improve the job stability of the first locating piece 131, the second locating piece 133, so that tool for assembling 100 is consolidated It is more preferable to determine effect.

Further, the extension elongation of the locating rod 1312 of the first locating piece 131 is greater than the compression bar of the second locating piece 133 1331 extension elongation.That is, the structure of the first locating piece 131, the second locating piece 133 is more reasonable, so that length is more The first long locating piece 131 lifts the farther away vehicle body location hole a grafting of platform 132 with distance on front-end module 200, and length is shorter The upper side that second locating piece 133 lifts the closer front anti-collision beam of platform 132 with distance on front-end module 200 is clamped, before not only making Installation of the end module 200 on tool for assembling 100 is simpler, and more reasonable first locating piece 131 of length and Second locating piece 133 can be effectively reduced the space hold of tool for assembling 100, and make the dress for being equipped with front-end module 200 The space hold of adapted tooling 100 is also smaller.

In specific embodiment shown in Fig. 4, pedestal 110 includes main base frame 111 and is connected to above main base frame 111 Pilot sleeve 112, lifting platform 132 includes main erecting bed 1321 and the guide rod for being connected to 1321 lower section of main erecting bed 1322, pilot sleeve 112 is oriented to when lifting the lifting of 132 opposite base 110 of platform with the cooperation of guide rod 1322, the first locating piece 131 and second locating piece 133 be located at the top of main erecting bed 1321, the number of guide rod 1322 is multiple, and in main installation It is symmetrical arranged on platform 1321, the number of pilot sleeve 112 is multiple, and is correspondingly arranged on pedestal 110 with guide rod 1322.

As a result, firstly, being cooperated by pilot sleeve 112 and guide rod 1322, to lift 132 opposite base of platform 110 When elevating movement, it can be smoothly moved under cooperation guiding of the pilot sleeve 112 with guide rod 1322, and avoid front-end module 200 go to live in the household of one's in-laws on getting married partially towards left side or towards right side, secondly, multiple pilot sleeves 112 accordingly cooperate with multiple guide rods 1322, from And allow to lift gravity provided by platform 132 and front-end module 200 and be evenly dispersed on multiple guide rods 1322, with Keep the distribution of force of multiple guide rods 1322 and multiple pilot sleeves 112 more uniform, so as to improve guide rod 1322 With the guide effect of pilot sleeve 112.

In addition, making guide rod 1322 that the side of main base frame 111 be arranged in, and make the first locating piece 131, the second locating piece 133 are arranged in the other side of main base frame 111, can be dry to avoid the first locating piece 131, the second locating piece 133 and guide rod 1322 Relate to, and then improving the first locating piece 131 and while the second 133 job stability of locating piece, also make guide rod 1322 with The cooperation guide effect of pilot sleeve 112 is more preferable.

Further, the upper surface of main base frame 111 also has handrail 1111, and the lower surface of main base frame 111 has movable pulley 1112, the number of movable pulley 1112 is multiple.

Specifically, main base frame 111 has the handrail 1111 for being located at the same side with pilot sleeve 112, main base frame 111 deviates from The side of pilot sleeve 112 has movable pulley 1112, and the number of movable pulley 1112 is multiple, wherein positioned at 110 front end of pedestal Movable pulley 1112 is fast pulley, and the movable pulley 1112 positioned at 110 rear end of pedestal is can locking universal wheel.

It should be noted that the side surface that main base frame 111 is provided with pilot sleeve 112 is upper surface, deviate from guide sleeve One side surface of cylinder 112 is lower surface.

In this way, it is possible, firstly, to by pushing handrail 1111 so that tool for assembling 100 is mobile, to make tool for assembling 100 movement is simpler, conveniently, secondly, the movable pulley 1112 for being located at 110 front end of pedestal is fast pulley, after being located at pedestal 110 The movable pulley 1112 at end be can locking universal wheel, while so as to front-end module 200 mobile by tool for assembling 100, Reach assembly in front-end module 200 or when storage location, can with locking can locking universal wheel, to avoid tool for assembling 100 It is mobile, and then keep movement of the front-end module 200 in assembling process and the movement in storing process more convenient.

In addition, the space hold of the tool for assembling 100 of the present embodiment is smaller, so before storing end module 200 when, can Directly front-end module 200 to be fixed on positioning component 130, and lifting actuator 120 is made to drop to initial position, to reduce The space hold of the tool for assembling 100 of front-end module 200 is installed, and then makes sky of the front-end module 200 when being stored Between occupy taking-up that is smaller, and facilitating front-end module 200.

It is understood that the tool for assembling 100 of the present embodiment, is applicable not only to the dress of the front-end module 200 under line Match, movable pulley 1112 can also be replaced with to guide rail wheel compatible with guide rail, thus in setting to production line, in production line On front-end module 200 is positioned and is assembled.

As shown in Figures 1 to 4, lifting actuator 120 is jack, and jack includes jack pad assembly 121 and pilot sleeve 112 lifting pins 122 disposed in parallel for being telescopically connected to jack pad assembly 121 and perpendicular with lifting pin 122 and be located at The drive rod 123 on direction is stretched out away from locating piece, jack pad assembly 121 is taper type, and the base area of jack pad assembly 121 is greater than Top surface area, drive rod 123 are configured to can be rotated to drive lifting pin 122 to stretch out or retract jack pad assembly 121, drive rod Jack pad assembly 121 is protruded into 123 one end, and the other end of drive rod 123 is connected with handwheel 124, and handwheel 124 is suitable for driving drive rod 123 rotations.

Platform 132 is lifted by jack driving as a result, to go up and down, to adjust the height of front-end module 200, not only jack Bearing capacity is big, can the steadily biggish front-end module 200 of load capacity, and by rotation handwheel 124 so that on jack It rises, and the corresponding jack pair of one circle of the rotation of handwheel 124 should have a fixed lifting height or falling head, make to front end The height adjustment of module 200 is simpler, conveniently, more accurately.

In addition, the area of the bottom surface of the jack pad assembly 121 of taper type is greater than the area of top surface, it can be further improved thousand Jin top is to the supporting effect for lifting platform 132；And towards the drive rod 123 of the stretching of handrail 1111 and it is arranged in drive rod 123 1 The handwheel 124 at end keeps the operation of jack simpler, conveniently.

Preferably, jack can be set to the symmetrical centre of multiple pilot sleeves 112.In this way, in pilot sleeve 112 During the cooperation guiding of guide rod 1322, the distribution of force between multiple pilot sleeves 112 is more uniform, not only makes to position Movement in 130 lifting process of component is more steady, and the lifting height and falling head phase one at 130 both ends of positioning component It causes, so that the adjusting accuracy of front-end module 200 is higher.

To sum up, the tool for assembling 100 of the present embodiment can not only position front-end module 200, assemble, move And storage, so that the tool for assembling 100 of the present embodiment serves many purposes, and can be placed on production line, To substitute the more complex tool for assembling of higher cost, structure on existing production line.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that: These embodiments can be carried out with a variety of variations, modification, replacement in the case where not departing from the principles of the present invention and objective And modification, the scope of the utility model are defined by the claims and their equivalents.

Claims

1. a kind of tool for assembling (100) of front-end module (200), which is characterized in that including；

Pedestal (110)；

It goes up and down actuator (120), lifting actuator (120) is connected to the top of the pedestal (110)；And

Positioning component (130), the positioning component (130) are liftably connected to the top of the pedestal (110), and the liter It drops actuator (120) and pushes against the positioning component (130), the positioning component (130) in the lower section of the positioning component (130) With the first locating piece (131), first locating piece (131) is suitable for positioning with the vehicle body of the front-end module (200) simultaneously Front-end module (200) location hole of hole (a) and the vehicle body is adapted.

2. the tool for assembling (100) of front-end module (200) according to claim 1, which is characterized in that the positioning group Part (130) further includes lifting platform (132), the second locating piece (133), and the platform (132) of lifting is matched with the pedestal (110) lifting It closes, second locating piece (133), first locating piece (131) lift platform with described in the top for lifting platform (132) (132) it connects, first locating piece (131) and second locating piece (133) are to stretch out the consistent cantilever part in direction.

3. the tool for assembling (100) of front-end module (200) according to claim 2, which is characterized in that described first is fixed Position part (131) is detachably connected with the platform (132) of lifting；Second locating piece (133) is movably attached to described It lifts platform (132) and can be locked by fastener.

4. the tool for assembling (100) of front-end module (200) according to claim 2, which is characterized in that described first is fixed Position part (131) includes being connected to described to lift the support rod (1311) on platform (132) and be vertically connected at the support rod (1311) locating rod (1312), the end of the locating rod (1312) are formed with other portions that diameter is less than locating rod (1312) The bolt (1313) divided.

5. the tool for assembling (100) of front-end module (200) according to claim 2, which is characterized in that the second locating piece It (133) include compression bar (1331) and the adjustable adjustable seats of installation site (1332), the adjustable seats (1332) and institute It states and lifts platform (132) connection, the compression bar (1331) and the adjustable seats (1332) are hingedly in depressed position and upper lift position Rotated between setting, the compression bar (1331) be configured to depressed position be suitable for towards described in lift platform (132) pushing and pressing it is described before The end of end module (200), the compression bar (1331) is formed with downward opening claw (1333), and the claw (1333) is used for It is adapted with the front anti-collision beam of the front-end module (200).

6. the tool for assembling (100) of the front-end module (200) according to any one of claim 2-5, which is characterized in that The number of first locating piece (131) and second locating piece (133) is multiple, multiple first locating pieces (131), multiple second locating pieces (133) are sequentially distributed on the length direction for lifting platform (132), and multiple described Positioning piece (131) is distributed in the two sides of multiple second locating pieces (133).

7. the tool for assembling (100) of front-end module (200) according to claim 6, which is characterized in that described first is fixed The stretching that the extension elongation of the locating rod (1312) of position part (131) is greater than the compression bar (1331) of second locating piece (133) is long Degree.

8. the tool for assembling (100) of front-end module (200) according to claim 2, which is characterized in that the pedestal It (110) include main base frame (111) and the pilot sleeve (112) being connected to above the main base frame (111), it is described to lift platform (132) guide rod (1322) for including main erecting bed (1321) and being connected to below the main erecting bed (1321), it is described to lead It is led when platform (132) pedestal (110) relatively goes up and down with the guide rod (1322) cooperation to sleeve (112) in described lift To；

First locating piece (131) and second locating piece (133) are located at the top of the main erecting bed (1321), institute It is multiple for stating the number of guide rod (1322), and is symmetrical arranged on the main erecting bed (1321), the pilot sleeve (112) Number be it is multiple, and be correspondingly arranged on the pedestal (110) with the guide rod (1322).

9. the tool for assembling (100) of front-end module (200) according to claim 8, which is characterized in that the main base frame (111) upper surface also has handrail (1111), and the lower surface of the main base frame (111) has movable pulley (1112), the shifting The number of driving wheel (1112) is multiple.

10. the tool for assembling (100) of front-end module (200) according to claim 8, which is characterized in that the lifting Actuator (120) is jack, and the jack includes jack pad assembly (121), disposed in parallel with the pilot sleeve (112) Telescopically it is connected to the lifting pin (122) of the jack pad assembly (121) and perpendicular with the lifting pin (122) and be located at Away from the drive rod (123) of first locating piece (131) stretched out on direction, the jack pad assembly (121) is taper type, institute The base area for stating jack pad assembly (121) is greater than top surface area, and the drive rod (123) is configured to can be rotated described in driving Lifting pin (122) is stretched out or is retracted the jack pad assembly (121), and the jack pad assembly is protruded into one end of the drive rod (123) (121), the other end of the drive rod (123) is connected with handwheel (124), and the handwheel (124) is suitable for driving the drive rod (123) it rotates.