CN205703020U - A kind of axle housing tray joint shaft back axle lid built-up jig - Google Patents
A kind of axle housing tray joint shaft back axle lid built-up jig Download PDFInfo
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- CN205703020U CN205703020U CN201620373031.6U CN201620373031U CN205703020U CN 205703020 U CN205703020 U CN 205703020U CN 201620373031 U CN201620373031 U CN 201620373031U CN 205703020 U CN205703020 U CN 205703020U
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Abstract
The utility model provides a kind of axle housing tray joint shaft back axle lid built-up jig, including base, the two ends of base are provided with the detent mechanism of positioning tray joint shaft relatively, base is provided with the centering machine being positioned between detent mechanism, it is additionally provided with the guiding mechanism of correcting axle housing on base, base is also equipped with the first locating support, the second locating support, the 3rd locating support.The utility model is increasingly automated, it is achieved to tray joint shaft, axle housing, being accurately positioned and welding of back axle lid, and realize carrying out Combination Welding rapidly and efficiently to each smallclothes, hence it is evident that reduce the labour intensity of staff, improves production efficiency.
Description
Technical field
The utility model belongs to axle housing and assembles process equipment field, particularly relates to a kind of axle housing tray joint shaft back axle lid built-up jig.
Background technology
In existing TF pick up and SUV MPV rear axle housing assembly produce, axle housing, back axle lid, the assembly of tray joint shaft are applied in combination manual, and this fixture positioning element structure exists major defect, positioning precision difference；To axle housing point in, the concentricity of axle housing and back axle lid positioning, it is not enough all to there is position constraint in the clamping of tray joint shaft and positioning etc., and its positioning precision observes control by operating personnel, it is impossible to ensures to combine precision, often results in product quality problem.
Aspect itself existing problems such as existing clamp movement parts guiding accuracy, positioning element precision, clamping part reliability, impact on spatter does not possess protective capacities, product parts is caused not reach required precision relative to position dimension, hand-operated clamping fixture is affected by human factors, unstable product quality, part clamping need to be loosened by operator, and labour intensity is big.
Utility model content
The shortcoming of prior art in view of the above, the purpose of this utility model is to provide a kind of axle housing tray joint shaft back axle lid built-up jig, for the automaticity solving the combination of prior art intermediate axle shell is low, working strength big, combine low precision, the welding position of intermediate plate exists the problem such as relatively large deviation, unstable product quality.
For achieving the above object and other related purposes, the utility model provides a kind of axle housing tray joint shaft back axle lid built-up jig, including base, the two ends of described base are provided with the detent mechanism of positioning tray joint shaft relatively, described base is provided with the centering machine being positioned between described detent mechanism, and described base is additionally provided with the guiding mechanism of correcting axle housing.
Further, described detent mechanism includes the slide rail being arranged on base and being parallel to axle housing major axis and along this slide rail sliding seat slidably, and sliding seat is provided with the clamping device for clamping tray joint shaft.
Further, described clamping device includes the first cylinder, linkage and for compressing the briquetting of tray joint shaft, and described first cylinder is arranged on described base, and described first cylinder controls described briquetting by linkage and compresses tray joint shaft.
Further, described sliding seat being provided with vertical riser, described first cylinder is positioned at the outside of described riser, and the inner side of described riser is horizontally installed with the journal stirrup being positioned at tray joint shaft both sides, and the end of described journal stirrup is provided with vertical bearing pin；Described linkage includes a base plate, two side arms, one end of two side arms is respectively hinged at the two ends of described base plate, the other end of two side arms is respectively hinged at the rear end of two briquettings, the middle part of described briquetting is respectively hinged on the bearing pin of journal stirrup, the piston rod of the lateral wall of base plate and the first cylinder connects, when first cylinder promotes base plate to the direction pointing to centering machine, briquetting compresses tray joint shaft；When first cylinder pulls base plate to the direction deviating from centering machine, briquetting unclamps from tray joint shaft；Being additionally provided with multiple the first air-actuated jaw for clamping tray joint shaft rear end inwall on described riser, described first air-actuated jaw is on same circumference.
Further, the outside of described sliding seat is connected with the second cylinder promoting this sliding seat to slide, and described second cylinder is arranged on described base, described base is also equipped with for limiting the block towards the maximum forwardly moved position of centering machine for the described sliding seat.
Further, described sliding seat includes slide block slidably and the connecting plate being arranged on slide block on slide rail, is provided with felt pad between described slide block and connecting plate.
Further, described centering machine include for support axle housing support seat, for lifting the guide table formula cylinder of axle housing, described support seat be arranged over support ring, described support ring is arranged on described guide table formula cylinder and can oscilaltion under the drive of guide table formula cylinder, described guide table formula cylinder is positioned at the center of described support ring, described support seat, guide table formula cylinder are installed on described base, being provided with multiple the second air-actuated jaw for clamping axle housing inside described support ring, described second air-actuated jaw is in same circumference and is positioned inside support ring.
Further, described guide table formula cylinder is provided with multiple guide post for positioning axle housing centre bore and be in same circumference, described guide table formula cylinder is additionally provided with the positioning bar of positioning back axle lid screw.
Further, described guiding mechanism includes the 3rd air-actuated jaw, fixture block, fixture block seat, end plate, backing plate, described backing plate is arranged on described base, described 3rd air-actuated jaw is arranged on described backing plate, described 3rd air-actuated jaw is positioned at the both sides of axle housing major axis, described fixture block is arranged on the 3rd air-actuated jaw by fixture block seat, and the lower inside of described fixture block has inclined plane, described fixture block correcting the major axis clamping axle housing under the drive of the 3rd air-actuated jaw.
Further, it is also equipped with the first locating support, the second locating support, the 3rd locating support on described base, described first locating support is positioned at the both sides of described centering machine, described second locating support, the 3rd locating support lay respectively at left side and the right side of described centering machine, described first locating support includes support and rack-mount magnetic part, described support is arranged on described base, and described magnetic part has for adhesive intermediate plate and the magnetic bottom surface being obliquely installed；Described second locating support includes bracing frame, cutting ferrule, cross bar, screw rod, nut and the pressure head for being pressed on intermediate plate on back axle lid, support frame as described above is arranged on described base, described cutting ferrule is arranged on support frame as described above, one end of described cross bar is fastened on described card and puts, the other end of described cross bar is connected with the threaded one end of described screw rod, the other end of described screw rod is threadeded with described pressure head, the two ends of described screw rod by nut be fastened on cross bar respectively, on pressure head；Described 3rd locating support includes bracer, limiting plate, returning face plate, a baffle plate, described bracer is arranged on described base, the upper end thereof of described bracer has returning face plate free to rotate, the outer end of described returning face plate is provided with and is perpendicular to returning face plate and free end baffle plate down, the downside of described returning face plate is provided with the groove for tingle, described limiting plate is positioned at the downside of described returning face plate, and for limiting the slewing area of returning face plate, described limiting plate is arranged on described bracer.
As mentioned above, axle housing tray joint shaft back axle lid built-up jig of the present utility model, have the advantages that assembly built-up jig is transformed by the utility model, employ high-precision rolling linear slide rail, the pneumatic elements such as gas pawl, cylinder improve the combination precision of fixture, tray joint shaft, axle housing, back axle lid are accurately positioned, it is ensured that product quality；Effectively reduce operator's labour intensity, hence it is evident that improve production efficiency simultaneously.
Brief description
Fig. 1 is perspective view of the present utility model.
Fig. 2 is the structural representation of tray joint shaft detent mechanism in Fig. 1.
Fig. 3 is the structural representation of guiding mechanism in Fig. 1.
Fig. 4 is the structural representation of the first locating support in Fig. 1.
Fig. 5 is the structural representation of the second locating support in Fig. 1.
Fig. 6 is the structural representation of the 3rd locating support in Fig. 1.
Fig. 7 is the structural representation of briquetting in Fig. 1.
Numbering explanation:
1 column support
101 blocks
2 bases
3 detent mechanisms
301 slide rails
302 sliding seats
303 risers
304 base plates
305 side arms
306 briquettings
3061 pick up the ears
307 first cylinders
308 second cylinders
309 journal stirrups
310 first air-actuated jaws
311 felt pads
312 connecting plates
313 slide blocks
4 first locating supports
401 supports
402 magnetic parts
5 second locating supports
501 bracing frames
502 cutting ferrules
503 cross bars
504 screw rods
505 nuts
506 pressure heads
6 centering machines
601 guide table formula cylinders
602 support seats
603 support rings
604 second air-actuated jaws
605 guide posts
606 positioning bars
7 the 3rd locating supports
701 bracers
702 limiting plates
703 returning face plates
704 baffle plates
705 grooves
8 guiding mechanisms
801 the 3rd air-actuated jaws
802 fixture blocks
Detailed description of the invention
By particular specific embodiment, embodiment of the present utility model being described below, those skilled in the art can be understood other advantages of the present utility model and effect easily by the content disclosed by this specification.
As shown in Fig. 1-Fig. 7, a kind of axle housing tray joint shaft back axle lid built-up jig, including base 2, the two ends of base 2 are provided with the detent mechanism 3 of positioning tray joint shaft relatively, base 2 is provided with the centering machine 6 being positioned between detent mechanism 3, and base 2 is additionally provided with the guiding mechanism 8 of correcting axle housing.Base 2 is arranged on column support 1, and column support 1 plays the effect supporting base 2, it is simple to the axle housing on base 2 is processed by staff.Detent mechanism 3 realizes the positioning to tray joint shaft, centering machine 6 realizes positioning the central major aperture of axle housing, and realize positioning the back axle lid combining on axle housing, the major axis to axle housing for the guiding mechanism 8 carries out correcting, it is ensured that the tray joint shaft on detent mechanism 3 is combined the major axis two ends at axle housing.
Detent mechanism 3 includes the slide rail 301 being arranged on base 2 and being parallel to axle housing major axis and along this slide rail 301 sliding seat 302 slidably, and sliding seat 302 is provided with the clamping device for clamping tray joint shaft.
Clamping device includes the first cylinder the 307th, linkage and for compressing the briquetting 306 of tray joint shaft, and the first cylinder 307 is arranged on base 2, and the first cylinder 307 compresses tray joint shaft by linkage control briquetting 306.
Being provided with vertical riser 303 on sliding seat 302, the first cylinder 307 is positioned at the outside of riser 303, and the inner side of riser 303 is horizontally installed with the journal stirrup 309 being positioned at tray joint shaft both sides, and the end of journal stirrup 309 is provided with vertical bearing pin；Linkage includes a base plate the 304th, two side arms 305, one end of two side arms 305 is respectively hinged at the two ends of base plate 304, the other end of two side arms 305 is respectively hinged at the rear end of two briquettings 306, the middle part of briquetting 306 is respectively hinged on the bearing pin of journal stirrup 309, the piston rod of the lateral wall of base plate 304 and the first cylinder 307 connects, when first cylinder 307 promotes base plate 304 to the direction pointing to centering machine 6, briquetting 306 compresses tray joint shaft；When first cylinder 307 pulls base plate 304 to the direction deviating from centering machine 6, briquetting 306 unclamps from tray joint shaft；Being additionally provided with multiple the first air-actuated jaw 310 for clamping tray joint shaft rear end inwall on riser 303, in the present embodiment, the quantity of the first air-actuated jaw 310 is 3, and 3 the first air-actuated jaws 310 are on same circumference.
The rear end of briquetting 306 is provided with vertical through hole, and this through hole is equipped with bearing pin, and sidewall 305 is hinged on this bearing pin；The middle part of briquetting 306 also is provided with vertical through hole, the bearing pin of journal stirrup 309 is located on this through hole, side arm 305 can drive the rear end of briquetting 306, briquetting 306 horizontally rotates around the bearing pin of journal stirrup 309, the front end upper and lower sides of briquetting 306 is respectively provided with one and picks up the ears 3061, and two are picked up the ears between 3061 is curved portions, and this curved portions matches with the excircle of tray joint shaft, briquetting 306 front end pick up the ears 3061 and curved portions can be pressed on the outward flange of tray joint shaft, it is achieved the positioning to tray joint shaft.
The outside of sliding seat 302 is connected with the second cylinder 308 promoting this sliding seat 302 to slide, second cylinder 308 is arranged on base 2, it is also equipped with on base 2 for limit slippage seat 302 towards the block 101 of the maximum forwardly moved position of centering machine 6, when block 101 blocks sliding seat 302, tray joint shaft is combined in axle housing major axis two ends, if being not provided with block 101, tray joint shaft or axle housing can be caused to damage because of transition stress.
Sliding seat 302 includes slide block 313 slidably and the connecting plate 312 being arranged on slide block 313 on slide rail 301, it is provided with felt pad 311 between slide block 313 and connecting plate 312, felt pad 311 plays good insulating effect, the Main Function of insulation is to ensure that slide rail 301 does not has welding current to pass through, because slide rail 301 is precise part, welding current is by can cause ball within sliding seat 302 and slide rail 301 ablated surface, and then easily causes slide rail 301 and lose precision and sliding seat 302 clamping stagnation.
Centering machine 6 includes the support seat 602 for supporting axle housing, for lifting the guide table formula cylinder 601 of axle housing, support seat 602 is arranged over support ring 603, support ring 603 is arranged on guide table formula cylinder 601 and can oscilaltion under the drive of guide table formula cylinder 601, guide table formula cylinder 601 is positioned at the center of support ring 603, support seat 602, guide table formula cylinder 601 is installed on base 2, it is provided with multiple the second air-actuated jaw 604 for clamping axle housing inside support ring 603, in the present embodiment, the quantity of the second air-actuated jaw 604 is 3, 3 the second air-actuated jaws 604 are in same circumference and are positioned inside support ring 603, when 3 the second air-actuated jaws 604 expand outwardly, the inwall of axle housing central major aperture can be clamped, realize the positioning to axle housing.
Multiple guide post 605 for positioning axle housing centre bore and be in same circumference is installed on guide table formula cylinder 601, guide table formula cylinder 601 is additionally provided with the positioning bar 606 of positioning back axle lid screw.In the present embodiment, the quantity of guide post 605 is 3.
Guiding mechanism 8 includes the 3rd air-actuated jaw 801, fixture block 802, fixture block seat 803, end plate 804, backing plate 805, backing plate 805 is arranged on base 2, 3rd air-actuated jaw 801 is arranged on backing plate 805, 3rd air-actuated jaw 801 is positioned at the both sides of axle housing major axis, fixture block 802 is arranged on the 3rd air-actuated jaw 801 by fixture block seat 803, the lower inside of fixture block 802 has inclined plane, owing to the weight of axle housing is bigger, downward impulsive force can be produced during placement, this inclined plane plays the effect mitigating the downward impulsive force of axle housing, axle housing major axis is avoided to cause damage to the bottom of guiding mechanism 8.After axle housing is placed between two fixture blocks 802, two the 3rd air-actuated jaws 801 drive fixture block 802 by the long axis clamping of axle housing, fixture block 802 correcting the major axis clamping axle housing under the drive of the 3rd air-actuated jaw 801.The both sides of centering machine 6 all can arrange guiding mechanism 8, to improve the accuracy of axle housing positioning, it is to avoid dislocation.
It is also equipped with the first locating support 4 on base 2, second locating support 5, 3rd locating support 7, first locating support 4 is positioned at the both sides of centering machine 6, second locating support 5, 3rd locating support 7 lays respectively at left side and the right side of centering machine 6, first locating support 4 includes support 401 and the magnetic part 402 being arranged on support 401, support 401 is arranged on base 2, magnetic part 402 has for adhesive intermediate plate and the magnetic bottom surface being obliquely installed, magnetic part 402 is followed successively by magnetite set from outside to inside, copper sheathing, magnetite, magnetite set, magnetite is played a good protection by copper sheathing, extend the service life of magnetite；Second locating support 5 includes bracing frame the 501st, cutting ferrule the 502nd, cross bar the 503rd, screw rod the 504th, nut 505 and the pressure head 506 for being pressed on intermediate plate on back axle lid, bracing frame 501 is arranged on base 2, cutting ferrule 502 is arranged on bracing frame 501, one end of cross bar 503 is fastened on cutting ferrule 502, the other end of cross bar 503 is connected with the threaded one end of screw rod 504, the other end of screw rod 504 is threadeded with pressure head 506, and the two ends of screw rod 504 are fastened on cross bar the 503rd, pressure head 506 respectively by nut 505；3rd locating support 7 includes bracer the 701st, limiting plate the 702nd, returning face plate the 703rd a, baffle plate 704, prop up bracer 701 to be arranged on base 2, the upper end thereof propping up bracer 701 has returning face plate 703 free to rotate, the outer end of returning face plate 703 is provided with and is perpendicular to returning face plate 703 and free end baffle plate 704 down, the downside of returning face plate 703 is provided with the groove 705 for tingle, limiting plate 702 is positioned at the downside of returning face plate 703, for limiting the slewing area of returning face plate 703, limiting plate 702 is arranged on a bracer 701.
The course of work of the present utility model is as follows:
nullStaff is individually positioned in two tray joint shafts on two detent mechanisms 3，PLC program three the first air-actuated jaws 310 of control expand outwardly，The inwall of clamping tray joint shaft，Simultaneously，PLC program control the first cylinder 307 promotes forward base plate 304，Base plate 304 promotes the rear end of briquetting 306 by side arm 305，Briquetting 306 horizontally rotates around the bearing pin of journal stirrup 309，Briquetting 306 front end pick up the ears 3061 and the curved portions of picking up the ears between 3061 be pressed on the outward flange of tray joint shaft，Realize being accurately positioned tray joint shaft，Axle housing is placed on centering machine 6 by staff or automatic transfer equipment，Axle housing central major aperture is guided by guide post 605，It is prevented effectively from axle housing dislocation，It is supported on the downside of the central major aperture of axle housing in support ring 603，3rd air-actuated jaw 801 activity of PLC program control guiding mechanism 8，And then drive fixture block 802 to clamp the major axis of axle housing，Second air-actuated jaw 604 expands outwardly，The madial wall of clamping axle housing central major aperture，PLC program control the second cylinder 308 promotes sliding seat 302 to move horizontally to centering machine 6 direction，When sliding seat 302 is resisted against on block 101，Tray joint shaft is pressed in the two ends of axle housing major axis，Realize the assembling of tray joint shaft，Staff is placed on back axle lid on the central major aperture of axle housing，Screw on back axle lid is corresponding with positioning bar 606，Back axle lid is accurately arranged on the central major aperture of axle housing，Do not have position deviation，After back axle lid is accurately positioned，Back axle lid can be welded on axle housing，Then smallclothes are welded，Different due to smallclothes，Therefore，Different to the supporting structure of smallclothes positioning，For the first locating support 4，When the ramped bottom surface being attached to magnetic part 402 inhaled by intermediate plate，Intermediate plate is resisted against on the major axis of axle housing simultaneously，It is in optimum welding position，There is not the skew of any position；For the second locating support 5, cross bar 503 is fastened on cutting ferrule 502, intermediate plate is pressed on the corresponding welding position on back axle lid by pressure head 506, distance between pressure head 506 and cross bar 503 can be adjusted flexibly by screw rod 504, pressure head 506 is made to be in optimum position, on the one hand the intermediate plate being compressed by pressure head 506 will not loosen, and on the other hand will not misplace because being compressed by transition；nullFor the 3rd locating support 7，Intermediate plate is positioned in the baffle plate 704 of returning face plate 703、After on groove 705，Returning face plate 703 overturns，When the bottom of returning face plate 703 is resisted against on limiting plate 702，Intermediate plate is optimal welding position with the contact position of axle housing，Realization is accurately positioned，It is easy to welding，After the welding of all of smallclothes terminates，Under PLC program control，First cylinder 307 pulls back the end 304，Base plate 304 pulls the rear end of briquetting 306 by side arm 305，Briquetting 306 horizontally rotates around the bearing pin of journal stirrup 309，Briquetting 306 front end pick up the ears 3061 and the curved portions of picking up the ears between 3061 unclamp from the outward flange of tray joint shaft，First air-actuated jaw 310 is to contract，Unclamp from the rear end inwall of tray joint shaft，3rd air-actuated jaw 801 controls fixture block 802 and unclamps from axle housing major axis，Second air-actuated jaw 604 is to contract，Unclamp from the inwall of axle housing central major aperture，Second cylinder 308 pulls back sliding seat 302，Realize that tray joint shaft departs from detent mechanism 3，The axle housing that combination completes can be carried to line downstream and carry out subsequent treatment by staff or automatic transfer equipment.
In sum, the utility model is increasingly automated, it is achieved to tray joint shaft, axle housing, being accurately positioned and welding of back axle lid, and realize carrying out Combination Welding rapidly and efficiently to each smallclothes, hence it is evident that reduce the labour intensity of staff, improves production efficiency.
Above-described embodiment only illustrative principle of the present utility model and effect thereof, not for restriction the utility model.Above-described embodiment all can be modified under spirit and the scope of the present utility model or change by any person skilled in the art.Therefore, all equivalences that tool usually intellectual is completed under without departing from the spirit disclosed in the utility model and technological thought in art such as are modified or change, and must be covered by claim of the present utility model.
Claims (10)
1. an axle housing tray joint shaft back axle lid built-up jig, it is characterized in that: include base (2), the two ends of described base (2) are provided with the detent mechanism (3) of positioning tray joint shaft relatively, described base (2) is provided with the centering machine (6) being positioned between described detent mechanism (3), and described base (2) is additionally provided with the guiding mechanism (8) of correcting axle housing.
2. axle housing tray joint shaft back axle lid built-up jig according to claim 1, it is characterized in that: described detent mechanism (3) includes that being arranged on base (2) above and is parallel to the slide rail (301) of axle housing major axis and along this slide rail (301) sliding seat (302) slidably, and sliding seat (302) is provided with the clamping device for clamping tray joint shaft.
3. axle housing tray joint shaft back axle lid built-up jig according to claim 2, it is characterized in that: described clamping device includes the first cylinder (307), linkage and the briquetting (306) being used for compressing tray joint shaft, described first cylinder (307) is arranged on described base (2), and described first cylinder (307) controls described briquetting (306) by linkage and compresses tray joint shaft.
4. axle housing tray joint shaft back axle lid built-up jig according to claim 3, it is characterized in that: vertical riser (303) is installed on described sliding seat (302), described first cylinder (307) is positioned at the outside of described riser (303), the inner side of described riser (303) is horizontally installed with the journal stirrup (309) being positioned at tray joint shaft both sides, and the end of described journal stirrup (309) is provided with vertical bearing pin；Described linkage includes a base plate (304), two side arms (305), one end of two side arms (305) is respectively hinged at the two ends of described base plate (304), the other end of two side arms (305) is respectively hinged at the rear end of two briquettings (306), the middle part of described briquetting (306) is respectively hinged on the bearing pin of journal stirrup (309), the piston rod of the lateral wall of base plate (304) and the first cylinder (307) connects, when first cylinder (307) promotes base plate (304) to the direction pointing to centering machine (6), briquetting (306) compresses tray joint shaft；When first cylinder (307) pulls base plate (304) to the direction deviating from centering machine (6), briquetting (306) unclamps from tray joint shaft；Being additionally provided with multiple the first air-actuated jaw (310) for clamping tray joint shaft rear end inwall on described riser (303), described first air-actuated jaw (310) is on same circumference.
5. axle housing tray joint shaft back axle lid built-up jig according to claim 2, it is characterized in that: the outside of described sliding seat (302) is connected with the second cylinder (308) promoting this sliding seat (302) to slide, described second cylinder (308) is arranged on described base (2), described base (2) is also equipped with for limiting the block (101) towards the maximum forwardly moved position of centering machine (6) for the described sliding seat (302).
6. axle housing tray joint shaft back axle lid built-up jig according to claim 2, it is characterized in that: described sliding seat (302) includes slide block (313) slidably and the connecting plate (312) being arranged on slide block (313) on slide rail (301), is provided with felt pad (311) between described slide block (313) and connecting plate (312).
null7. axle housing tray joint shaft back axle lid built-up jig according to claim 1，It is characterized in that: described centering machine (6) includes the support seat (602) for supporting axle housing、For lifting guide table formula cylinder (601) of axle housing，Described support seat (602) be arranged over support ring (603)，Described support ring (603) is arranged on described guide table formula cylinder (601) and can oscilaltion under the drive of guide table formula cylinder (601)，Described guide table formula cylinder (601) is positioned at the center of described support ring (603)，Described support seat (602)、Guide table formula cylinder (601) is installed on described base (2)，Described support ring (603) inner side is provided with multiple the second air-actuated jaw (604) for clamping axle housing，Described second air-actuated jaw (604) is in same circumference and is positioned at support ring (603) inner side.
8. axle housing tray joint shaft back axle lid built-up jig according to claim 7, it is characterized in that: multiple guide post (605) for positioning axle housing centre bore and be in same circumference is installed on described guide table formula cylinder (601), described guide table formula cylinder (601) is additionally provided with the positioning bar (606) of positioning back axle lid screw.
9. axle housing tray joint shaft back axle lid built-up jig according to claim 1, it is characterized in that: described guiding mechanism (8) includes the 3rd air-actuated jaw (801), fixture block (802), fixture block seat (803), end plate (804), backing plate (805), described backing plate (805) is arranged on described base (2), described 3rd air-actuated jaw (801) is arranged on described backing plate (805), described 3rd air-actuated jaw (801) is positioned at the both sides of axle housing major axis, described fixture block (802) is arranged on the 3rd air-actuated jaw (801) by fixture block seat (803), the lower inside of described fixture block (802) has inclined plane, described fixture block (802) correcting the major axis clamping axle housing under the drive of the 3rd air-actuated jaw (801).
10. axle housing tray joint shaft back axle lid built-up jig according to claim 1, it is characterized in that: on described base (2), be also equipped with the first locating support (4), second locating support (5), 3rd locating support (7), described first locating support (4) is positioned at the both sides of described centering machine (6), described second locating support (5), 3rd locating support (7) lays respectively at left side and the right side of described centering machine (6), described first locating support (4) includes support (401) and the magnetic part (402) being arranged on support (401), described support (401) is arranged on described base (2), described magnetic part (402) has for adhesive intermediate plate and the magnetic bottom surface being obliquely installed；Described second locating support (5) includes bracing frame (501), cutting ferrule (502), cross bar (503), screw rod (504), nut (505) and the pressure head (506) for intermediate plate being pressed on back axle lid, support frame as described above (501) is arranged on described base (2), described cutting ferrule (502) is arranged on support frame as described above (501), one end of described cross bar (503) is fastened on described cutting ferrule (502), the other end of described cross bar (503) is connected with the threaded one end of described screw rod (504), the other end of described screw rod (504) is threadeded with described pressure head (506), the two ends of described screw rod (504) are fastened on cross bar (503) respectively by nut (505), on pressure head (506)；Described 3rd locating support (7) includes a bracer (701), limiting plate (702), returning face plate (703), baffle plate (704), described bracer (701) is arranged on described base (2), the upper end thereof of described bracer (701) has returning face plate (703) free to rotate, the outer end of described returning face plate (703) is provided with and is perpendicular to returning face plate (703) and free end baffle plate (704) down, the downside of described returning face plate (703) is provided with the groove (705) for tingle, described limiting plate (702) is positioned at the downside of described returning face plate (703), for limiting the slewing area of returning face plate (703), described limiting plate (702) is arranged on described bracer (701).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620373031.6U CN205703020U (en) | 2016-04-28 | 2016-04-28 | A kind of axle housing tray joint shaft back axle lid built-up jig |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620373031.6U CN205703020U (en) | 2016-04-28 | 2016-04-28 | A kind of axle housing tray joint shaft back axle lid built-up jig |
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| Publication Number | Publication Date |
|---|---|
| CN205703020U true CN205703020U (en) | 2016-11-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620373031.6U Active CN205703020U (en) | 2016-04-28 | 2016-04-28 | A kind of axle housing tray joint shaft back axle lid built-up jig |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106975873A (en) * | 2017-05-25 | 2017-07-25 | 苏州高精特专信息科技有限公司 | A kind of full automatic car hub welding equipment |
| CN107322217A (en) * | 2016-04-28 | 2017-11-07 | 庆铃汽车（集团）有限公司 | A kind of axle housing tray joint shaft back axle lid built-up jig |
| CN115971893A (en) * | 2023-02-14 | 2023-04-18 | 泰州神舟传动科技有限公司 | Axle assembly manufacturing and processing equipment |
-
2016
- 2016-04-28 CN CN201620373031.6U patent/CN205703020U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107322217A (en) * | 2016-04-28 | 2017-11-07 | 庆铃汽车（集团）有限公司 | A kind of axle housing tray joint shaft back axle lid built-up jig |
| CN106975873A (en) * | 2017-05-25 | 2017-07-25 | 苏州高精特专信息科技有限公司 | A kind of full automatic car hub welding equipment |
| CN115971893A (en) * | 2023-02-14 | 2023-04-18 | 泰州神舟传动科技有限公司 | Axle assembly manufacturing and processing equipment |
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