CN205733668U - A kind of assembly equipment of slide rail assembly - Google Patents
A kind of assembly equipment of slide rail assembly Download PDFInfo
- Publication number
- CN205733668U CN205733668U CN201620590318.4U CN201620590318U CN205733668U CN 205733668 U CN205733668 U CN 205733668U CN 201620590318 U CN201620590318 U CN 201620590318U CN 205733668 U CN205733668 U CN 205733668U
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- short piece
- cylinder
- long part
- lock set
- slide rail
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Abstract
A kind of assembly equipment of slide rail assembly, including assembly assembling equipment, be positioned at assembly assemble equipment side solve lock set support structure, be positioned at solve lock set support structure side unblock component mounting apparatus；Long part and short piece are assembled into solution lock set by the assembling equipment of described assembly, and are transferred to solution lock set solve lock set support structure, and described unblock component mounting apparatus solves lock set from solving acquisition lock set support structure and installs solution lock set into upper slide rail.
Description
Technical field
This utility model relates to the installation of sliding rail of automobile seat, is specifically related to be arranged in slide rail for unlocking sliding rail
Solve the assembling equipment of lock set.
Background technology
Generally known, the seat at car front row can front and back regulate, and described seat slide is arranged on slide rail, wherein, described
Slide rail includes the upper slide rail being slidably matched, glidepath, the ball bar that is embedded between slide rail and glidepath, and described upper slide rail is pacified
Being contained in the bottom of seat, described glidepath is arranged on the base plate of car.
In conjunction with Fig. 1, Fig. 2, the slide rail a0 in a kind of car front seat front-and-back adjusting device, this slide rail includes glidepath a,
Glidepath a sets slide slot；Slide rail b is installed in the slide slot of glidepath.
Described upper slide rail b include main part b1 in an intermediate position and be positioned at main part both sides slide alar part b2, sliding
It is inlaid with ball bar c between end face and the end face of glidepath a slide slot of row alar part b2, slides bottom and the glidepath of alar part b2
Ball bar c it is inlaid with between the bottom surface of a slide slot.
Being provided with buckle structure b3 in the main part b1 of described upper slide rail b, described buckle structure includes jump ring d, solves lock set
E, under the elastic-restoring force effect of jump ring, buckle structure can pin glidepath a and upper slide rail b to limit glidepath a and upper cunning
Rail b occurs relatively to slide.Through hole is offered in the bottom of described upper slide rail b, and rod-like piece inserts the actionable jump ring of through hole and releases lock
Buckle structure, to glidepath a and the restriction of upper slide rail b, makes glidepath a be in, with upper slide rail b, the state that can relative slide.External force is pressed
Pressure solves the rearward end of lock set e, makes solution lock set that tilting to occur in upper slide rail, solves the leading section action jump ring of lock set, also
Releasing buckle structure can be made glidepath a and the restriction of upper slide rail b, make glidepath a be in, with upper slide rail b, the shape that can relative slide
State.Specifically, the assembled relation of described solution lock set and jump ring is as follows: under the leading section of solution lock set is positioned in the middle part of jump ring
Side, the rearward end solving lock set is positioned at the rear side of jump ring rear end.Wherein, as shown in Figure 10, described solution lock set includes long part e2
With short piece e3, the U-shaped bayonet socket of short piece end is fastened on the arch protuberance e20 of long part end；Described long part is along its fore-and-aft direction
It is provided with the groove e1 of strip, such as Figure 13.
Described upper slide rail b is welded with the rivet b4 upper slide rail and seat being located by connecting.
In conjunction with Fig. 2, Figure 12, the cross section of described upper slide rail b main part b1 is concave shape, in the main part of concave shape
Side bottom sets the first card, and the medial wall of the main part in concave shape is offered middle part draw-in groove b11, the main part in concave shape
Offer the second card b12 on medial wall, the medial wall of the main part in concave shape is offered end bayonet socket b13, described first card
Sheet, middle part draw-in groove, the second card, end bayonet socket are distributed from front to back by upper slide rail length direction.
Such as Figure 12, described jump ring d is strip, and is bilateral symmetry, and the front end of jump ring is closed, in jump ring
Portion is provided with male part d1, and the tail end of jump ring is provided with tail end protuberance d2 prominent laterally in open shape, the tail end of jump ring.Jump ring
Front end snaps in the first card, and the male part of jump ring snaps in the draw-in groove of middle part, and in the middle part of jump ring, the part to tail end snaps in the second card
In sheet, the tail end protuberance of jump ring snaps in the bayonet socket of end.
Utility model content
This utility model is solved the technical problem that: how automatically to install solution lock set into upper slide rail, and and jump ring
Fit together.
For solving above-mentioned technical problem, this utility model provides following technical scheme: the assembling of a kind of slide rail assembly sets
Standby, including assembly assembling equipment, be positioned at assembly assemble equipment side solution lock set support structure, be positioned at solution lock set hold
The unblock component mounting apparatus of connection mechanism side；Long part and short piece are assembled into solution lock set by the assembling equipment of described assembly, and
Being transferred to solution lock set solve lock set support structure, described unblock component mounting apparatus obtains from solution lock set support structure
Take solution lock set and solution lock set is installed into upper slide rail；Described unblock component mounting apparatus includes slide rail localization tool, position
Jump ring positioning component above upper slide rail localization tool, the solution lock set being positioned at upper slide rail localization tool side push mechanism,
Described jump ring positioning component is arranged on jump ring positioning component elevating mechanism；The side of described jump ring positioning component is provided with unblock group
Part pushes guidance set, and solution lock set pushes guidance set and includes that solving lock set pushes guidance set elevating mechanism, is arranged on solution
Lock set pushes the triangle prerotation vane on guidance set elevating mechanism, and triangle prerotation vane is erect and arranged, triangle prerotation vane
With the groove fit solving lock set strip.
By technique scheme, the operation principle of the assembly equipment of slide rail assembly described in the utility model is as follows: first,
Long part and short piece are assembled into solution lock set by the assembling equipment of assembly, and the carrying mechanism in the assembling equipment of assembly will solve lock set
It is carried to solve lock set support structure, and is positioned on solution lock set support structure；Unlock in component mounting apparatus, solve lock set
Pushing mechanism and solve lock set from solving acquisition lock set support structure, upper slide rail is positioned on slide rail localization tool, and jump ring is fixed
Position assembly lift mechanism drives jump ring positioning component descending, and jump ring positioning component stretches into location jump ring in slide rail；Afterwards, unlock
Assembly pushes guidance set elevating mechanism and drives and solve lock set to push guidance set descending, triangle prerotation vane be positioned at slide rail and
Solve lock set and push between mechanism, be positioned at and solve solution lock set acute angle bottom triangle prerotation vane that lock set pushes in mechanism
Under guiding, insert in upper slide rail the rear end horizontal linear of upper slide rail.
The assembling equipment of described assembly, including long part feed system, short piece feed system, assembling table, the transfer of long part
Mechanism, short piece transfer mechanism；Described long part feed system provides the long part of horizontal positioned, and described short piece feed system provides
The short piece placed, short piece is provided with the end of U-shaped bayonet socket down, the long part transfer that long part feed system is provided by long part transfer mechanism
On long part localization tool on the left of assembling table, the short piece that short piece feed system provides is transferred to group by short piece transfer mechanism
Top on the right side of dress workbench；Described assembling table is rotating disk, and the center of rotating disk is provided with horizontal linear cylinder, and level is straight
Line cylinder is provided with translation pushing block, and under the driving of horizontal linear cylinder, translation pushing block runs the length to long part localization tool
The top of part end；The bottom of described rotating disk is provided with straight line lift cylinder, under straight line lift cylinder is positioned on the right side of rotating disk
Side, straight line lift cylinder is provided with tool jacking block, and the left end of described long part localization tool is hinged on the rotating pan, lifts at straight line
Under the driving of cylinder, tool jacking block is upward through rotating disk and withstands on long part localization tool；Described short piece transfer mechanism includes inclining
The straight line cylinder that tiltedly arranges, it is located on straight line cylinder piston and for gripping the short piece jaw cylinder of short piece.
As described above, the operation principle assembling equipment of assembly described in the utility model is as follows: long part transfer mechanism will
Long part is transferred to long part localization tool, and long part localization tool positions long part；Along with the rotation of rotating disk, long part comes short piece jaw
The lower section of the short piece that cylinder is picked up, i.e. long part comes the right side of rotating disk, under the driving of the straight line cylinder tilted, short piece
The sloped-end being provided with U-shaped bayonet socket is down stuck on the arch protuberance of long part end；Afterwards, straight line cylinder and short piece jaw gas
Cylinder resets, and under the driving of horizontal linear cylinder, translation pushing block moves above long part, the short piece of inclination is bulldozed；Afterwards, directly
Line lift cylinder drives tool jacking block up, tool jacking block by long part localization tool jack-up, be provided with long part one end of short piece to
Upper upset, under the clamping of translation pushing block and tool jacking block, short piece is fixedly mounted on long part.
Described long part feed system includes the First Line body being arranged on the first vibrator, is positioned at First Line body end
Near the first rotary cylinder, the long part jaw cylinder that is arranged on the first rotary cylinder；Under the vibration of the first vibrator, perpendicular
Stand in First Line long part physically sequentially to move to long part jaw cylinder direction；Described long part transfer mechanism includes being positioned at long part
The second horizontal linear cylinder above jaw cylinder, the second straight line lifting air being arranged on the second horizontal linear cylinder piston
Cylinder, the second long part jaw cylinder being arranged on the second straight line lift cylinder piston.As described above, long part jaw cylinder is from
Clamping long part on one nemutogen, afterwards, the first rotary cylinder drives long part rotated ninety degrees, and long part is in level, afterwards,
Second long part jaw cylinder grips long part, and under the driving of the second horizontal linear cylinder, long part is transported to long part localization tool
Surface.
Described short piece feed system includes the second nemutogen being arranged on the second vibrator, is positioned at the second nemutogen end
Near short piece leaning device, short piece is transferred to from the second nemutogen the short piece carrying mechanism of short piece leaning device；Described
Short piece leaning device includes the short piece tilt cylinders that short piece tilting table is hinged with short piece tilting table, and short piece tilting table is provided with for short
The short piece slot that part inserts, the bottom of described short piece tilt cylinders is hinged on the base plate of short piece leaning device；Described short piece is removed
Fortune mechanism includes the 3rd horizontal linear cylinder, is arranged on the 3rd straight line lift cylinder, installation on the 3rd horizontal linear cylinder piston
The second short piece jaw cylinder on the 3rd straight line lift cylinder piston；Described short piece transfer mechanism includes the 4th horizontal linear gas
Cylinder, described straight line cylinder is arranged on the piston of the 4th horizontal linear cylinder, and the direction that straight line cylinder piston runs is perpendicular to the
The direction that four horizontal linear cylinder pistons run.Described short piece feed system includes that short piece is put the oil mechanism, and short piece is put the oil mechanism position
Side in short piece leaning device and the end close to the second nemutogen；It is provided with on the piston of described 3rd straight line lift cylinder
3rd short piece jaw cylinder, the distance of the 3rd short piece jaw cylinder and the second short piece jaw cylinder equal to the second nemutogen end with
Short piece is put the oil the distance between mechanism, is also equal to short piece and puts the oil the distance between mechanism and short piece leaning device.As described above,
Second nemutogen vibration, short piece thereon runs to put the oil mechanism direction of short piece, and the 3rd short piece jaw cylinder is from the second nemutogen
Second short piece of end gripping, meanwhile, the second short piece jaw cylinder is put the oil from short piece and is gripped first short piece mechanism, it
After, under the driving of the 3rd horizontal linear cylinder, the 3rd short piece jaw cylinder operation to short piece is put the oil directly over mechanism, and second is short
Part jaw cylinder runs the surface to short piece leaning device, and second descending short piece that is placed on of short piece is put the oil in mechanism, meanwhile,
In first descending short piece slot being placed on short piece leaning device of short piece；Afterwards, second short piece is entered by the short piece mechanism that puts the oil
Row is put the oil, and short piece tilt cylinders drives short piece tilting table to tilt；Afterwards, short piece jaw cylinder grips from short piece tilting table and inclines
First oblique short piece, under the driving of the 4th horizontal linear cylinder, first short piece is transferred to top on the right side of rotating disk.
Described long part localization tool includes long part localization tool base plate, the length being arranged on long part localization tool plate top surface
Part location fixture block and long part locating dowel and long part end bracer, the tool jacking being arranged on long part localization tool base plate bottom surface
Plate, the long part localization tool spring being arranged on tool raising plate；The edge through hole of described rotating disk, the edge of through hole is solid
Determining zigzag block, zigzag block is positioned at the lower section of long part localization tool base plate, and tool raising plate is positioned at the lower section of zigzag block and is positioned at
In through hole, described long part localization tool spring is between zigzag block and tool raising plate；Described tool jacking block top is pressed in tool
On the bottom surface of raising plate；Described rotating disk is provided with tool fore-set, and tool fore-set is supported on the bottom of long part localization tool right-hand member；Institute
Stating horizontal linear cylinder and be positioned at the side of long part localization tool right-hand member, the length direction of long part localization tool base plate is same as level
The telescopic direction of straight line cylinder piston.As described above, when long part localization tool comes the right side of rotating disk, i.e. short piece jaw gas
During the lower section of cylinder, tool jacking block upwards pushes up pressure tool raising plate, and long part localization tool tilts, and long part localization tool spring is pressed
Contracting, after tool jacking block resets, long part localization tool spring orders about long part localization tool and resets, the right side of long part localization tool base plate
End is against on tool fore-set.
The quantity of described long part localization tool is four, and the angle between the most adjacent two long part localization tools is 90
Degree；The rear of described rotating disk is provided with long part and puts the oil mechanism, and the long part mechanism that puts the oil includes that being positioned at the long part above rotating disk puts the oil
Head, long part head of putting the oil is arranged on the piston of the 4th straight line lift cylinder；The front of described rotating disk is provided with solution lock set output
Mechanism, solves lock set output mechanism and includes the 5th horizontal linear cylinder being fixedly installed, is arranged on the 5th horizontal linear cylinder work
The 5th straight line lift cylinder beyond the Great Wall, the solution lock set jaw cylinder being arranged on the 5th straight line lift cylinder piston, unblock group
Part jaw cylinder is positioned at the top of rotating disk；Described solution lock set support structure is arranged on the side solving lock set output mechanism,
Solve the 6th straight line liter that lock set support structure includes the 6th horizontal linear cylinder, is arranged on the 6th horizontal linear cylinder piston
Sending down the abnormal ascending QI cylinder, the long part localization tool being arranged on the 6th straight line lift cylinder piston.As described above, the long part on the left of rotating disk
Localization tool accepts the long part from long part transfer mechanism, and the long part on the long part localization tool at rotating disk rear accepts long part and smears
Putting the oil of oil machine structure, the long part on long part localization tool on the right side of rotating disk assembles with short piece, the long part in rotating disk front
The solution lock set completing to assemble on localization tool is unlocked assembly output mechanism and is transferred to solve the long part of lock set support structure
On localization tool.
About unlocking component mounting apparatus, solve lock set and push in guidance set, the top left of described triangle prerotation vane
Side is hinged on triangle contiguous block, and the top right side of triangle prerotation vane sets a setting spring, erects the top and three of spring
Angle connection block connects, and described triangle contiguous block is arranged on solution lock set and pushes on guidance set elevating mechanism.Described triangle
Shape prerotation vane is right angled triangle, and the level right angle limit of triangle prerotation vane is positioned at the top of the vertical straight arm of angle.Triangle guides
When the solution upper slide rail of lock set insertion is guided by sheet, the acute angle bottom described triangle contiguous block snaps in the strip solving lock set
In connected in star, under the elastic force erectting spring, the acute angle bottom triangle contiguous block is against the end solving lock set strip groove
Portion.
Described jump ring positioning component elevating mechanism reconciliation lock set pushes guidance set elevating mechanism and is arranged on same translation
On slide plate, translatory slides is translated along translation slide rail by driven in translation element drives.As described above, jump ring positioning component is descending fixed
Jump ring in slide rail on position, afterwards, solution lock set pushes mechanism and inserts in upper slide rail by the fore-end solving lock set, owing to solving
Lock set is warpage shape, and the solution lock set of rectilinear translation pushes mechanism cannot be continued will slide on other partial insertions of solution lock set
In rail；Afterwards, it is up that jump ring positioning component elevating mechanism orders about jump ring positioning component, and jump ring positioning component no longer positions jump ring；
Afterwards, driven in translation element drives translatory slides moves forward, and afterwards, solves lock set and pushes the driving of guidance set elevating mechanism
Triangle prerotation vane is descending, snaps in the jump ring of slide rail, and is downwardly projected jump ring, afterwards, in the guiding of triangle prerotation vane
Under, solution lock set pushes mechanism to be continued to push in upper slide rail by other parts solving lock set, the solution in fully-inserted upper slide rail
Lock set fore-end is positioned at lower section in the middle part of jump ring, and offsets with it.External Force Acting, in the rear end of solution lock set, solves lock set and sticks up
Dynamic, its fore-end arches upward in the middle part of jump ring, and buckle structure is unlocked.
Described jump ring positioning component includes being fixed on bracer in the middle part of the jump ring on same location-plate, jump ring afterbody bracer, position
Jump ring lower lock block between bracer and jump ring afterbody bracer in the middle part of jump ring, V-shaped groove is offered in the bottom of jump ring lower lock block.Institute
State the descending middle part snapping in jump ring of bracer in the middle part of jump ring, strut in the middle part of jump ring；The descending tail snapping in jump ring of jump ring afterbody bracer
In the middle part of end, jump ring tail end is strutted；Jump ring lower lock block is descending to be pressed in the middle part of jump ring and between tail end, extruding the jump ring left and right sides to
Middle part is mobile.By bracer, jump ring afterbody bracer, the descending action of jump ring lower lock block in the middle part of jump ring, jump ring is positioned.
Described upper slide rail localization tool includes localization tool base plate, be fixed on localization tool base plate and with on upper slide rail
Position the locating dowel of hole cooperation, be fixed on localization tool base plate for adsorbing the Magnet of upper slide rail, being fixed at the bottom of localization tool
Block lift cylinder, a pair draw-in groove block being arranged on block lift cylinder piston on plate, it is fixed on localization tool base plate
On inserted block lift cylinder, a pair inserted block being arranged on inserted block lift cylinder piston；Under the driving of inserted block lift cylinder, one
Inserted block is inserted in the groove of upper slide rail two bottom sides, under the driving of block lift cylinder, a pair draw-in groove block gear of rising
The side of draw-in groove in the middle part of upper slide rail.In the middle part of jump ring, bracer struts in the middle part of butterfly-like jump ring, and the process that struts in the middle part of jump ring exists
Carrying out in draw-in groove in the middle part of jump ring, the pair of draw-in groove block can stop in the middle part of jump ring and spins off draw-in groove in the middle part of jump ring.Its
In, in the middle part of jump ring, the latter half of draw-in groove is flat tooth shape, and top half is a bar shaped groove, under external force, in the middle part of jump ring
In the middle part of jump ring, the bar shaped groove of draw-in groove may be spun off.
Described solution lock set pushes mechanism and includes tentatively pushing mechanism and the degree of depth pushes mechanism；The described mechanism that tentatively pushes wraps
Include be fixedly installed push mechanism's longitudinal translation electricity cylinder, be arranged on push mechanism translation electricity cylinder piston on the mechanism that pushes laterally put down
Move electricity cylinder, be arranged on and push pushing mechanism's vertically electricity cylinder, be arranged on that to push mechanism vertical on mechanism's transverse translation electricity cylinder piston
Electricity cylinder piston on push mechanism's jaw cylinder；What the described degree of depth pushed that mechanism includes being fixedly installed push mechanism's lift cylinder,
It is arranged on the mechanism that pushes pushing on mechanism's lift cylinder piston and pushes up air cylinder；The described degree of depth pushes mechanism and is positioned at slide rail location
The side of tool and be positioned at the lower section tentatively pushing mechanism, tentatively pushes mechanism and will solve lock set translation and insert upper slide rail, afterwards,
Tentatively pushing reset, the degree of depth pushes mechanism and continues to solve the lock set upper slide rail of translation insertion.The tail end solving lock set is pushed away
Enter mechanism's jaw cylinder clamping, tentatively push mechanism and the fore-end solving lock set is inserted in upper slide rail, afterwards, push mechanism
Lift cylinder drives and pushes mechanism's top air cylinder rising, pushes mechanism's top air cylinder and is positioned at the rear pushing mechanism's jaw cylinder,
That is, be positioned at solve lock set tail end rear, push mechanism top air cylinder act on solution lock set tail end while, push mechanism
The release of jaw cylinder solves lock set, tentatively pushes reset.
Described solution lock set support structure is arranged on the lower section tentatively pushing mechanism, solves lock set support structure and is positioned at the degree of depth
Push the side of mechanism.Push mechanism's jaw cylinder first from solving gripping solution lock set lock set support structure, afterwards, then will
It inserts in upper slide rail.
Above-mentioned jump ring positioning component elevating mechanism, solving lock set, to push guidance set elevating mechanism, driven in translation element excellent
Elect cylinder as.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings this utility model is described further:
Fig. 1 is the structural representation of the slide rail a0 in car front seat front-and-back adjusting device；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the structural representation of the assembly equipment of this utility model a kind of slide rail assembly；
Fig. 4 is the structural representation assembling equipment gained getting a bird's eye view this utility model assembly；
Fig. 5 is the structural representation of assembling table 1-30 in Fig. 4；
Fig. 6 is the structural representation observing assembling table 1-30 gained in Fig. 5 from left back；
Fig. 7 is that in Fig. 4, long part transfer mechanism 1-40 and long part are put the oil the combinative structure schematic diagram of mechanism 1-80；
Fig. 8 is that short piece described in the utility model is put the oil mechanism 1-25, short piece leaning device 1-23, short piece carrying mechanism 1-
24, the combinative structure schematic diagram of short piece transfer mechanism 1-50；
Fig. 9 is the structural representation solving lock set output mechanism 1-90 in Fig. 4；
Figure 10 is enlarged drawing at D in Fig. 9；
Figure 11 is the structural representation that this utility model unlocks component mounting apparatus；
Figure 12 is enlarged drawing at A in Figure 11；
Figure 13 is enlarged drawing at B in Figure 11；
Figure 14 is from the structural representation unlocking component mounting apparatus gained described in another view in Figure 11；
Figure 15 is enlarged drawing at C in Figure 14；
Figure 16 is the structural representation observing described unblock component mounting apparatus gained in Figure 14 from right side；
Figure 17 is the jump ring positioning component 20 described in the utility model schematic diagram when positioning jump ring；
Figure 18 is that solution lock set described in the utility model pushes guidance set 30 and guides and solve lock set and push mechanism and will unlock
Assembly pushes the schematic diagram in slide rail；
Figure 19 is A-A partial view in Figure 17.
Symbol description in figure:
Slide rail in a0, car front seat front-and-back adjusting device；A, glidepath；B, upper slide rail；B1, main part；b11、
Middle part draw-in groove；B12, the second card；B13, end bayonet socket；B2, slide alar part；B3, buckle structure；B4, rivet；C, ball bar；
D, jump ring；D1, male part；D2, tail end protuberance；E, solution lock set；E1, strip groove；E2, long part；E20, arch protuberance；
E3, short piece；
1-0, the assembling equipment of assembly；1-10, long part feed system；1-11, the first vibrator；1-12, First Line body；
1-13, the first rotary cylinder；1-14, long part jaw cylinder；1-20, short piece feed system；1-21, the second vibrator；1-22,
Two nemutogens；1-23, short piece leaning device；1-231, short piece tilting table；1-232, short piece tilt cylinders；1-24, short piece are carried
Mechanism；1-241, the 3rd horizontal linear cylinder；1-242, the 3rd straight line lift cylinder；1-243, the second short piece jaw cylinder；1-
244, the 3rd short piece jaw cylinder；1-25, short piece are put the oil mechanism；1-30, assembling table；1-31, straight line lift cylinder；1-
32, zigzag block；1-33, tool fore-set；1-40, long part transfer mechanism；1-41, the second horizontal linear cylinder；1-42, second straight
Line lift cylinder；1-43, the second long part jaw cylinder；1-50, short piece transfer mechanism；1-51, straight line cylinder；1-52, short piece are pressed from both sides
Pawl cylinder；1-53, the 4th horizontal linear cylinder；1-60, long part localization tool；1-61, long part localization tool base plate；1-62, length
Part location fixture block；1-63, long part locating dowel；1-64, long part end bracer；1-65, tool raising plate；1-66, long part location is controlled
Tool spring；1-70, horizontal linear cylinder；1-71, translation pushing block；1-80, long part are put the oil mechanism；1-81, long part are put the oil head；1-
82, the 4th straight line lift cylinder；1-90, solution lock set output mechanism；1-91, the 5th horizontal linear cylinder；1-92, the 5th straight line
Lift cylinder；1-93, solution lock set jaw cylinder；1-94, solution lock set support structure；1-941, the 6th horizontal linear cylinder；
1-942, the 6th straight line lift cylinder；
2-0, unblock component mounting apparatus；10, upper slide rail localization tool；11, localization tool base plate；12, locating dowel；13、
Magnet；14, block lift cylinder；15, draw-in groove block；16, inserted block lift cylinder；17, inserted block；20, jump ring positioning component；21、
Jump ring positioning component elevating mechanism；22, bracer in the middle part of jump ring；23, jump ring afterbody bracer；24, jump ring lower lock block；30, unblock group
Part pushes guidance set；31, solve lock set and push guidance set elevating mechanism；32, triangle prerotation vane；33, triangle connects
Block；34, spring is erect；40, driven in translation element；51, mechanism is tentatively pushed；511, mechanism's longitudinal translation electricity cylinder is pushed；512、
Push mechanism's transverse translation electricity cylinder；513, mechanism's vertically electricity cylinder is pushed；514, mechanism's jaw cylinder is pushed；52, the degree of depth pushes machine
Structure；521, mechanism's lift cylinder is pushed；522, mechanism's top air cylinder is pushed.
Detailed description of the invention
Such as Fig. 3, the assembly equipment of a kind of slide rail assembly, assembling equipment 1-0, the assembling that is positioned at assembly including assembly set
The solutions lock set support structure 1-94 of standby side, it is positioned at the unblock component mounting apparatus 2-0 of solution lock set support structure side；Institute
Long part and short piece are assembled into solution lock set by the assembling equipment stating assembly, and are transferred to solution lock set solve lock set undertaking machine
Structure, described unblock component mounting apparatus solves lock set from solving acquisition lock set support structure and installs solution lock set into upper cunning
Rail.
Such as Fig. 4, the assembling equipment of described assembly, including long part feed system 1-10, short piece feed system 1-20, assemble work
Station 1-30, long part transfer mechanism 1-40, short piece transfer mechanism 1-50；Described long part feed system provides the length of horizontal positioned
Part, described short piece feed system provides tilted-putted short piece, and short piece is provided with the end of U-shaped bayonet socket down, long part transfer mechanism
The long part that long part feed system provides is transferred on the long part localization tool 1-60 on the left of assembling table, short piece transfer mechanism
The short piece that short piece feed system provides is transferred to top on the right side of assembling table；Described assembling table is rotating disk, rotates
The center of dish is provided with horizontal linear cylinder 1-70, and horizontal linear cylinder is provided with translation pushing block 1-71, at horizontal linear cylinder
Driving under, translation pushing block runs the top to the long part end on long part localization tool；The bottom of described rotating disk is provided with directly
Line lift cylinder 1-31, straight line lift cylinder is positioned at the lower section on the right side of rotating disk, and straight line lift cylinder is provided with tool jacking block, institute
The left end stating long part localization tool is hinged on the rotating pan, and under the driving of straight line lift cylinder, tool jacking block is upward through rotation
Rotating disk withstands on long part localization tool；Described short piece transfer mechanism includes the straight line cylinder 1-51 being obliquely installed, is located at straight line gas
On cylinder piston and for gripping the short piece jaw cylinder 1-52 of short piece.
In conjunction with Fig. 4, Fig. 7, described long part feed system 1-10 includes that be arranged on the first vibrator 1-11 first is linear
Body 1-12, the long part folder being positioned at the first rotary cylinder 1-13 near First Line body end, being arranged on the first rotary cylinder
Pawl cylinder 1-14；Under the vibration of the first vibrator, it is erected at First Line long part physically sequentially to long part jaw cylinder side
To movement.
As Fig. 7, described long part transfer mechanism 1-40 include being positioned at the second horizontal linear cylinder above long part jaw cylinder
1-41, the second straight line lift cylinder 1-42 being arranged on the second horizontal linear cylinder piston, it is arranged on the second straight line lifting air
The second long part jaw cylinder 1-43 on cylinder piston.
In conjunction with Fig. 4, Fig. 8, described short piece feed system 1-20 includes that be arranged on the second vibrator 1-21 second is linear
Body 1-22, it is positioned at the short piece leaning device 1-23 near the second nemutogen end, short piece is transferred to short from the second nemutogen
The short piece carrying mechanism 1-24 of part leaning device.Described short piece leaning device includes short piece tilting table 1-231 and short piece tilting table
Hinged short piece tilt cylinders 1-232, short piece tilting table is provided with the short piece slot inserted for short piece, described short piece tilt cylinders
Bottom is hinged on the base plate of short piece leaning device.Described short piece carrying mechanism includes the 3rd horizontal linear cylinder 1-241, installation
On the 3rd horizontal linear cylinder piston the 3rd straight line lift cylinder 1-242, be arranged on the 3rd straight line lift cylinder piston
Second short piece jaw cylinder 1-243.Described short piece transfer mechanism 1-50 includes the 4th horizontal linear cylinder 1-53, described straight line gas
Cylinder 1-51 is arranged on the piston of the 4th horizontal linear cylinder, and the direction that straight line cylinder piston runs is perpendicular to the 4th horizontal linear
The direction that cylinder piston runs.Described short piece feed system 1-20 includes that short piece is put the oil mechanism 1-25, and the short piece mechanism that puts the oil is positioned at
The side of short piece leaning device 1-23 and the end close to the second nemutogen 1-22.Described 3rd straight line lift cylinder 1-242's
Be provided with on piston the 3rd short piece jaw cylinder 1-244, the 3rd short piece jaw cylinder and the second short piece jaw cylinder 1-243 away from
Put the oil the distance between mechanism from equal to the second nemutogen end and short piece, be also equal to short piece and put the oil mechanism and short piece leaning device
Between distance.
In conjunction with Fig. 5, Fig. 6, described long part localization tool 1-60 includes long part localization tool base plate 1-61, is arranged on long part calmly
Long part on the tool plate top surface of position positions fixture block 1-62 and long part locating dowel 1-63 and long part end bracer 1-64, is arranged on length
Tool raising plate 1-65 on part localization tool base plate bottom surface, the long part localization tool spring 1-being arranged on tool raising plate
66；The edge through hole of described rotating disk, the edge of through hole fixes zigzag block 1-32, and zigzag block is positioned at long part localization tool
The lower section of base plate, tool raising plate is positioned at the lower section of zigzag block and is positioned at through hole, and described long part localization tool spring is positioned at Z
Between font block and tool raising plate；Described tool jacking block top is pressed on the bottom surface of tool raising plate；Described rotating disk is provided with to be controlled
Tool fore-set 1-33, tool fore-set is supported on the bottom of long part localization tool right-hand member；Described horizontal linear cylinder 1-70 is positioned at long part
The side of localization tool right-hand member, the length direction of long part localization tool base plate is same as the flexible side of horizontal linear cylinder piston
To.
In conjunction with Fig. 4, Fig. 5, Fig. 7, Fig. 9, the quantity of described long part localization tool 1-60 is four, and the most adjacent two long parts are fixed
Angle between the tool of position is 90 degree；The rear of described rotating disk is provided with long part and puts the oil mechanism 1-80, and long part is put the oil mechanism's bag
Including and be positioned at the long part above rotating disk and put the oil a 1-81, long part head of putting the oil is arranged on the piston of the 4th straight line lift cylinder 1-82
On；The front of described rotating disk is provided with solution lock set output mechanism 1-90, solve that lock set output mechanism includes being fixedly installed the
Five horizontal linear cylinder 1-91, the 5th straight line lift cylinder 1-92 being arranged on the 5th horizontal linear cylinder piston, it is arranged on
Solution lock set jaw cylinder 1-93 on 5th straight line lift cylinder piston, solves lock set jaw cylinder and is positioned at the upper of rotating disk
Side；Described solution lock set support structure 1-94 is arranged on the side solving lock set output mechanism, solves lock set support structure and includes
6th horizontal linear cylinder 1-941, the 6th straight line lift cylinder 1-942 being arranged on the 6th horizontal linear cylinder piston, peace
The long part localization tool 1-60 being contained on the 6th straight line lift cylinder piston.
In conjunction with Figure 12 to Figure 15, described unblock component mounting apparatus, including upper slide rail localization tool 10, it is positioned at upper slide rail calmly
Jump ring positioning component 20 above the tool of position, the solution lock set being positioned at slide rail localization tool side push mechanism, described jump ring
Positioning component is arranged on jump ring positioning component elevating mechanism 21；The side of described jump ring positioning component is provided with solution lock set and pushes
Guidance set 30, solution lock set pushes guidance set and includes that solving lock set pushes guidance set elevating mechanism 31, is arranged on unblock
Assembly pushes the triangle prerotation vane 32 on guidance set elevating mechanism, and triangle prerotation vane is erect and arranged, triangle prerotation vane
With the groove fit solving lock set strip.
In conjunction with Figure 14, Figure 15, solve lock set and push in guidance set 30, the top left side hinge of described triangle prerotation vane 32
Being connected on triangle contiguous block 33, the top right side of triangle prerotation vane sets a setting spring 34, erects the top and three of spring
Angle connection block connects, and described triangle contiguous block is arranged on solution lock set and pushes on guidance set elevating mechanism 31.
In conjunction with Figure 14 to Figure 16, described jump ring positioning component elevating mechanism 21 is conciliate lock set and is pushed guidance set elevator
Structure 31 is arranged on same translatory slides, and translatory slides is driven along translation slide rail translation by driven in translation element 40.
Such as Figure 14, described jump ring positioning component 20 includes being fixed on bracer 22, jump ring in the middle part of the jump ring on same location-plate
Afterbody bracer 23, in the middle part of jump ring jump ring lower lock block 24 between bracer and jump ring afterbody bracer, the bottom of jump ring lower lock block
Offer V-shaped groove.
In conjunction with Figure 12, Figure 14, described upper slide rail localization tool 10 includes localization tool base plate 11, is fixed at the bottom of localization tool
On plate and with on upper slide rail location hole coordinate locating dowel 12, be fixed on localization tool base plate for adsorbing the magnetic of upper slide rail
Ferrum 13, the block lift cylinder 14 being fixed on localization tool base plate, a pair draw-in groove being arranged on block lift cylinder piston
Block 15, the inserted block lift cylinder 16 being fixed on localization tool base plate, insert be arranged on inserted block lift cylinder piston a pair
Block 17；Under the driving of inserted block lift cylinder, a pair inserted block inserts in the groove of upper slide rail two bottom sides, at block lift cylinder
Driving under, a pair draw-in groove block gear side of draw-in groove in the middle part of upper slide rail of rising.
Such as Figure 14, described solution lock set pushes mechanism and includes tentatively pushing mechanism 51 and the degree of depth pushes mechanism 52；At the beginning of described
What step pushed that mechanism includes being fixedly installed push mechanism's longitudinal translation electricity cylinder 511, it is arranged on and pushes on mechanism's translation electricity cylinder piston
Push mechanism's transverse translation electricity cylinder 512, be arranged on push on mechanism's transverse translation electricity cylinder piston push mechanism vertically electricity cylinder
513, be arranged on push mechanism vertically electricity cylinder piston on push mechanism's jaw cylinder 514；The described degree of depth pushes mechanism and includes solid
Fixed arrange push mechanism's lift cylinder 521, be arranged on to push and push mechanism's top air cylinder on mechanism's lift cylinder piston
522.The described degree of depth pushes mechanism and is positioned at the side of slide rail localization tool 10 and is positioned at the lower section tentatively pushing mechanism, tentatively pushes away
Entering mechanism and will solve the lock set upper slide rail of translation insertion, afterwards, tentatively push reset, the degree of depth pushes mechanism and continues to unlock group
Upper slide rail is inserted in part translation.
As Figure 14, described solution lock set support structure 1-94 are arranged on the lower section tentatively pushing mechanism 51, solve lock set and hold
Connection mechanism is positioned at the degree of depth and pushes the side of mechanism 52.
In practical operation, the workflow assembling equipment of assembly described in the utility model is as follows:
Long part is transferred to the long part localization tool 1-60 being positioned on the left of rotating disk by first, long part transfer mechanism 1-40, long
Part localization tool positions long part.
Second, rotating disk is counterclockwise rotated ninety degrees, long part is come long part and is put the oil the lower section of mechanism 1-80, i.e. comes rotation
The rear of dish, long part is put the oil by the long part mechanism that puts the oil.
3rd, rotating disk continues rotated ninety degrees counterclockwise, and long part comes the short piece that short piece jaw cylinder 1-52 is picked up
Lower section, i.e. long part comes the right side of rotating disk, tilt straight line cylinder 1-51 driving under, short piece is provided with U-shaped bayonet socket
Sloped-end is down stuck on the arch protuberance of long part end；Afterwards, straight line cylinder 1-51 and short piece jaw cylinder 1-52 is multiple
Position, under the driving of horizontal linear cylinder, translation pushing block 1-71 moves above long part, the short piece of inclination is bulldozed；Afterwards, directly
Line lift cylinder 1-31 drives tool jacking block up, and tool jacking block, by long part localization tool 1-60 jack-up, is provided with the length of short piece
Part one end is flipped up, and under the clamping of translation pushing block 1-71 and tool jacking block, short piece is fixedly mounted on long part.
4th, rotating disk continues rotated ninety degrees counterclockwise, and the lock set that solves i.e. being completed comes the front of rotating disk,
The solution lock set on long part localization tool 1-60 in rotating disk be unlocked assembly output mechanism 1-90 be transferred to solve lock set hold
On the long part localization tool 1-60 of connection mechanism 1-94.
In practical operation, the workflow of unblock component mounting apparatus described in the utility model is as follows:
First, upper slide rail is positioned on slide rail localization tool 10, and jump ring positioning component elevating mechanism 21 drives jump ring fixed
Hyte part 20 is descending, and jump ring positioning component stretches into location jump ring in slide rail.Specifically, the descending card of bracer 22 in the middle part of described jump ring
Enter the middle part of jump ring, strut in the middle part of jump ring；In the middle part of the descending tail end snapping in jump ring of jump ring afterbody bracer 23, jump ring tail end is supportted
Open；Jump ring lower lock block 24 is descending to be pressed in the middle part of jump ring and between tail end, and the extruding jump ring left and right sides is moved to middle part.With reference to figure
17, Figure 19.
Second, the tail end of solution lock set e is pushed into mechanism's jaw cylinder 514 and clamps, and tentatively pushes mechanism 51 and will unlock group
The fore-end of part inserts in upper slide rail b.
3rd, it is up that jump ring positioning component elevating mechanism 21 orders about jump ring positioning component 20, and jump ring positioning component is the most fixed
Position jump ring；Afterwards, driven in translation element 40 drives translatory slides to move forward, and afterwards, solves lock set and pushes guidance set lifting
Mechanism 31 drives triangle prerotation vane 32 descending, snaps in the jump ring d of slide rail, and is downwardly projected jump ring.With reference to Figure 17, figure
19。
4th, push mechanism's lift cylinder 521 drive push mechanism top air cylinder 522 rise, push mechanism top air cylinder
It is positioned at the rear pushing mechanism's jaw cylinder, i.e. be positioned at the rear solving lock set tail end, acts on pushing mechanism's top air cylinder
While solving lock set e tail end, push mechanism's jaw cylinder 514 release and solve lock set, tentatively push reset.With reference to figure
17, Figure 18.
5th, under the guiding of triangle prerotation vane 32, (specifically, the acute angle bottom triangle prerotation vane 32 inserts and unlocks
In the strip groove e1 of assembly e), push mechanism's top air cylinder 522 and solution lock set is pushed in upper slide rail.
Claims (10)
1. an assembly equipment for slide rail assembly, including assembly assembling equipment (1-0), be positioned at the assembling equipment side of assembly
Solution lock set support structure (1-94), be positioned at solve lock set support structure side unblock component mounting apparatus (2-0)；Described
Long part and short piece are assembled into solution lock set by the assembling equipment of assembly, and are transferred to solution lock set solve lock set support structure,
Described unblock component mounting apparatus solves lock set from solving acquisition lock set support structure and installs solution lock set into upper slide rail；
It is characterized in that:
Described unblock component mounting apparatus includes slide rail localization tool (10), is positioned at the jump ring above slide rail localization tool calmly
Hyte part (20), the solution lock set being positioned at slide rail localization tool side push mechanism, and described jump ring positioning component is arranged on card
On spring positioning component elevating mechanism (21)；The side of described jump ring positioning component is provided with solution lock set and pushes guidance set (30),
Solve lock set to push guidance set and include solving lock set and push guidance set elevating mechanism (31), be arranged on solution lock set and push and lead
Triangle prerotation vane (32) on assembly lift mechanism, triangle prerotation vane erects setting, triangle prerotation vane and unblock group
The groove fit of part strip.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 1, it is characterised in that: the assembling of described assembly sets
Standby, including long part feed system (1-10), short piece feed system (1-20), assembling table (1-30), long part transfer mechanism (1-
40), short piece transfer mechanism (1-50)；Described long part feed system provides the long part of horizontal positioned, and described short piece feed system carries
For tilted-putted short piece, short piece is provided with the end of U-shaped bayonet socket down, the length that long part feed system is provided by long part transfer mechanism
Part is transferred on the long part localization tool (1-60) on the left of assembling table, and short piece feed system is provided by short piece transfer mechanism
Short piece is transferred to top on the right side of assembling table；
Described assembling table is rotating disk, and the center of rotating disk is provided with horizontal linear cylinder (1-70), horizontal linear cylinder
Being provided with translation pushing block (1-71), under the driving of horizontal linear cylinder, translation pushing block runs the length to long part localization tool
The top of part end；The bottom of described rotating disk is provided with straight line lift cylinder (1-31), and it is right that straight line lift cylinder is positioned at rotating disk
The lower section of side, straight line lift cylinder is provided with tool jacking block, and the left end of described long part localization tool is hinged on the rotating pan, directly
Under the driving of line lift cylinder, tool jacking block is upward through rotating disk and withstands on long part localization tool；
Described short piece transfer mechanism includes the straight line cylinder (1-51) being obliquely installed, is located on straight line cylinder piston and for gripping
Short piece jaw cylinder (1-52) of short piece.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 2, it is characterised in that: described long part feed system
(1-10) include the First Line body (1-12) being arranged on the first vibrator (1-11), be positioned near First Line body end
First rotary cylinder (1-13), long part jaw cylinder (1-14) being arranged on the first rotary cylinder；Shaking of the first vibrator
Under Dong, it be erected at First Line long part physically and sequentially move to long part jaw cylinder direction；
Described long part transfer mechanism (1-40) includes being positioned at the second horizontal linear cylinder (1-41) above long part jaw cylinder, peace
The second straight line lift cylinder (1-42) of being contained on the second horizontal linear cylinder piston, it is arranged on the second straight line lift cylinder piston
On the second long part jaw cylinder (1-43).
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 2, it is characterised in that: described short piece feed system
(1-20) include the second nemutogen (1-22) being arranged on the second vibrator (1-21), be positioned near the second nemutogen end
Short piece leaning device (1-23), short piece is transferred to from the second nemutogen the short piece carrying mechanism (1-of short piece leaning device
24)；
Described short piece leaning device includes the short piece tilt cylinders (1-that short piece tilting table (1-231) is hinged with short piece tilting table
232), short piece tilting table is provided with the short piece slot inserted for short piece, and the bottom of described short piece tilt cylinders is hinged on short piece
On the base plate of mechanism；
Described short piece carrying mechanism includes the 3rd horizontal linear cylinder (1-241), is arranged on the 3rd horizontal linear cylinder piston
3rd straight line lift cylinder (1-242), the second short piece jaw cylinder (1-being arranged on the 3rd straight line lift cylinder piston
243)；
Described short piece transfer mechanism (1-50) includes that the 4th horizontal linear cylinder (1-53), described straight line cylinder (1-51) are arranged on
On the piston of the 4th horizontal linear cylinder, the direction that straight line cylinder piston runs is perpendicular to the 4th horizontal linear cylinder piston and runs
Direction；
Described short piece feed system (1-20) includes that short piece is put the oil mechanism (1-25), and the short piece mechanism that puts the oil is positioned at short piece leaning device
(1-23) side and the end close to the second nemutogen (1-22)；
On the piston of described 3rd straight line lift cylinder (1-242), the 3rd short piece jaw cylinder (1-244), the 3rd short piece are installed
The distance of jaw cylinder and the second short piece jaw cylinder (1-243) is put the oil between mechanism equal to the second nemutogen end and short piece
Distance, is also equal to short piece and puts the oil the distance between mechanism and short piece leaning device.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 2, it is characterised in that: described long part localization tool
(1-60) the long part location fixture block include long part localization tool base plate (1-61), being arranged on long part localization tool plate top surface
(1-62) and long part locating dowel (1-63) and long part end bracer (1-64), be arranged on controlling on long part localization tool base plate bottom surface
Tool raising plate (1-65), long part localization tool spring (1-66) being arranged on tool raising plate；
The edge through hole of described rotating disk, the edge of through hole fixes zigzag block (1-32), and zigzag block is positioned at long part location
The lower section of tool base plate, tool raising plate is positioned at the lower section of zigzag block and is positioned at through hole, described long part localization tool spring position
Between zigzag block and tool raising plate；Described tool jacking block top is pressed on the bottom surface of tool raising plate；
Described rotating disk is provided with tool fore-set (1-33), and tool fore-set is supported on the bottom of long part localization tool right-hand member；
Described horizontal linear cylinder (1-70) is positioned at the side of long part localization tool right-hand member, the length side of long part localization tool base plate
To the telescopic direction being same as horizontal linear cylinder piston.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 2, it is characterised in that: described long part localization tool
(1-60) quantity is four, and the angle between the most adjacent two long part localization tools is 90 degree；
The rear of described rotating disk is provided with long part and puts the oil mechanism (1-80), and long part is put the oil the length that mechanism includes being positioned at above rotating disk
Part is put the oil head (1-81), and long part head of putting the oil is arranged on the piston of the 4th straight line lift cylinder (1-82)；
The front of described rotating disk is provided with solution lock set output mechanism (1-90), solves what lock set output mechanism included being fixedly installed
5th horizontal linear cylinder (1-91), the 5th straight line lift cylinder (1-92) being arranged on the 5th horizontal linear cylinder piston,
It is arranged on solution lock set jaw cylinder (1-93) on the 5th straight line lift cylinder piston, solves lock set jaw cylinder and be positioned at rotation
The top of dish；Described solution lock set support structure (1-94) is arranged on the side solving lock set output mechanism, solves lock set and accepts
The 6th straight line lifting air that mechanism includes the 6th horizontal linear cylinder (1-941), is arranged on the 6th horizontal linear cylinder piston
Cylinder (1-942), the long part localization tool (1-60) being arranged on the 6th straight line lift cylinder piston.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 1, it is characterised in that: unlock component mounting apparatus
In, the top left side of described triangle prerotation vane (32) is hinged on triangle contiguous block (33), the top of triangle prerotation vane
Right side sets a setting spring (34), and the top erectting spring is connected with triangle contiguous block, and described triangle contiguous block is arranged on
Solve lock set to push on guidance set elevating mechanism (31).
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 1, it is characterised in that: unlock component mounting apparatus
In, described jump ring positioning component elevating mechanism (21) reconciliation lock set pushes guidance set elevating mechanism (31) and is arranged on same flat
Moving on slide plate, translatory slides is driven along translation slide rail translation by driven in translation element (40)；
Described jump ring positioning component (20) includes being fixed on bracer (22) in the middle part of the jump ring on same location-plate, jump ring afterbody bracer
(23), in the middle part of jump ring jump ring lower lock block (24) between bracer and jump ring afterbody bracer, V is offered in the bottom of jump ring lower lock block
Font groove.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 1, it is characterised in that: unlock component mounting apparatus
In, described upper slide rail localization tool (10) includes localization tool base plate (11), be fixed on localization tool base plate and with upper slide rail
On hole, location coordinate locating dowel (12), be fixed on localization tool base plate the Magnet (13) for adsorbing upper slide rail, fixing
Block lift cylinder (14) on localization tool base plate, a pair draw-in groove block being arranged on block lift cylinder piston
(15) the inserted block lift cylinder (16) that, is fixed on localization tool base plate, a pair be arranged on inserted block lift cylinder piston are inserted
Block (17)；Under the driving of inserted block lift cylinder, a pair inserted block inserts in the groove of upper slide rail two bottom sides, at block lifting air
Under the driving of cylinder, a pair draw-in groove block gear side of draw-in groove in the middle part of upper slide rail of rising.
The assembly equipment of a kind of slide rail assembly the most as claimed in claim 1, it is characterised in that: described solution lock set pushes
Mechanism includes tentatively pushing mechanism (51) and the degree of depth pushes mechanism (52)；The described mechanism that tentatively pushes includes that be fixedly installed pushes
Mechanism's longitudinal translation electricity cylinder (511), be arranged on push mechanism translation electricity cylinder piston on push mechanism's transverse translation electricity cylinder
(512), it is arranged on and pushes pushing mechanism's vertically electricity cylinder (513), be arranged on and push mechanism on mechanism's transverse translation electricity cylinder piston
Mechanism's jaw cylinder (514) is pushed on vertical electricity cylinder piston；The described degree of depth pushes mechanism and includes that be fixedly installed pushes mechanism
Lift cylinder (521), be arranged on push on mechanism's lift cylinder piston push mechanism top air cylinder (522)；
The described degree of depth pushes mechanism and is positioned at the side of slide rail localization tool (10) and is positioned at the lower section tentatively pushing mechanism, tentatively
Pushing mechanism and will solve the lock set upper slide rail of translation insertion, afterwards, tentatively push reset, the degree of depth pushes mechanism and continues to unlock
Upper slide rail is inserted in assembly translation；
Described solution lock set support structure (1-94) is arranged on the lower section tentatively pushing mechanism (51), solves lock set support structure position
Push the side of mechanism (52) in the degree of depth, solve lock set support structure and include the 6th horizontal linear cylinder (1-941), be arranged on the
The 6th straight line lift cylinder (1-942) on six horizontal linear cylinder pistons, it is arranged on the 6th straight line lift cylinder piston
Long part localization tool (1-60).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620590318.4U CN205733668U (en) | 2016-06-17 | 2016-06-17 | A kind of assembly equipment of slide rail assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620590318.4U CN205733668U (en) | 2016-06-17 | 2016-06-17 | A kind of assembly equipment of slide rail assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205733668U true CN205733668U (en) | 2016-11-30 |
Family
ID=57386319
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620590318.4U Expired - Fee Related CN205733668U (en) | 2016-06-17 | 2016-06-17 | A kind of assembly equipment of slide rail assembly |
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| Country | Link |
|---|---|
| CN (1) | CN205733668U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105921966A (en) * | 2016-06-17 | 2016-09-07 | 雄华机械(苏州)有限公司 | Assembly device for assembly for sliding rails |
-
2016
- 2016-06-17 CN CN201620590318.4U patent/CN205733668U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105921966A (en) * | 2016-06-17 | 2016-09-07 | 雄华机械(苏州)有限公司 | Assembly device for assembly for sliding rails |
| CN105921966B (en) * | 2016-06-17 | 2018-09-18 | 雄华机械(苏州)有限公司 | A kind of assembly equipment of sliding rail component |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161130 Termination date: 20170617 |