CN209665042U - A kind of lockset surface processing equipment - Google Patents
A kind of lockset surface processing equipment Download PDFInfo
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- CN209665042U CN209665042U CN201822067176.5U CN201822067176U CN209665042U CN 209665042 U CN209665042 U CN 209665042U CN 201822067176 U CN201822067176 U CN 201822067176U CN 209665042 U CN209665042 U CN 209665042U
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- 238000012545 processing Methods 0.000 title claims abstract description 29
- 238000012546 transfer Methods 0.000 claims abstract description 39
- 238000007599 discharging Methods 0.000 claims description 21
- 239000000758 substrate Substances 0.000 claims description 18
- 238000000034 method Methods 0.000 claims description 16
- 238000003825 pressing Methods 0.000 claims description 15
- 230000006835 compression Effects 0.000 claims description 14
- 238000007906 compression Methods 0.000 claims description 14
- 230000005484 gravity Effects 0.000 claims description 6
- 239000004576 sand Substances 0.000 claims description 5
- 230000001360 synchronised effect Effects 0.000 claims description 4
- 238000003754 machining Methods 0.000 abstract description 2
- 230000000694 effects Effects 0.000 description 17
- 238000005498 polishing Methods 0.000 description 12
- 238000004381 surface treatment Methods 0.000 description 7
- 238000011144 upstream manufacturing Methods 0.000 description 6
- 238000005491 wire drawing Methods 0.000 description 5
- 238000013475 authorization Methods 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 238000000926 separation method Methods 0.000 description 3
- 230000000903 blocking effect Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 230000003068 static effect Effects 0.000 description 2
- 230000002195 synergetic effect Effects 0.000 description 2
- 230000000007 visual effect Effects 0.000 description 2
- 230000007547 defect Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 239000007769 metal material Substances 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 230000007935 neutral effect Effects 0.000 description 1
- 238000007517 polishing process Methods 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
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Abstract
The utility model relates to lockset processing equipment field, a kind of lockset surface processing equipment, including rack, and the grinding mechanism, feeding mechanism, feeding mechanism, shedding mechanism, the first transfer mechanism and the second transfer mechanism that are arranged on the rack；The feeding mechanism includes feeding track, and along the feeding push rod of feeding track push lock body workpiece；The feeding track successively includes the first orbital segment and the second orbital segment along the push direction of workpiece；The top portion of first orbital segment is equipped with the first station to be processed, and the top portion of the second orbital segment is equipped with the second station to be processed；Lock body workpiece is sent to grinding mechanism after the first station to be processed accepts lock body workpiece and is processed by the first transfer mechanism；Lock body workpiece is sent to grinding mechanism after the second station to be processed accepts lock body workpiece and is processed by the second transfer mechanism；The lockset surface processing equipment is high in machining efficiency, and overcomes and lead to the problem of lock body workpiece sequence in processing stations.
Description
Technical field
The utility model relates to lockset processing equipment field more particularly to a kind of lockset surface processing equipments.
Background technique
Padlock is most ancient, the also most type of ownership in current lockset industry, it may be said that other locksets be all from
In this class of padlock multiply, derive from.Being equipped on the lock body of padlock can be with the ring-type of snapping or the metal of linear type shape
I.e. " lock bridge " stalk makes padlock directly become enclosed shape lockset with lock body snapping by lock bridge.Currently, the lockset of padlock need into
Row surface treatment, surface wire drawing process are to form strain line in workpiece surface by abrasive product, play a kind of table of decorative effect
Surface treatment means.Since surface wire drawing process can embody the texture of metal material, so having obtained the happiness of more and more users
Like and is more and more widely used.
Currently, the surface treatment of padlock lockset makes height mainly by Mechanical Contact mode, and under certain pressure effect
The operating polishing abrasive belt of speed contacts generation friction with lockset workpiece surface, and the grinding of lockset finished surface is formed strain line.It is existing
Have in technology as disclosed a kind of workpieces polishing machine, workpiece in the Chinese invention patent of authorization Publication No. " CN105397599B "
Polishing machine includes Workpiece clamping mechanism, and to the abrasive band polishing mechanism that workpiece is processed, Workpiece clamping mechanism is fixed on shifting
In dynamic pair, Workpiece clamping mechanism clamps lockset to be processed on the feeding station of feed mechanism, and prismatic pair is by Workpiece clamping mechanism
And lockset to be processed thereon is moved to polishing station, the frock clamp in Workpiece clamping mechanism rotates on polishing station, leads to
Lockset to be processed is crossed, the multi-panel polishing realized in station to single lockset can be polished at one, is turned over without carrying out work face to lockset
Turn, to simplify device structure, reduces production cost.There are following both sides shortcomings for the first technical solution；
1, the surface treatment for lockset difference end face is realized on same station.But comparatively above-mentioned workpieces polishing machine
Structure is complicated, and the surface treatment in multiple faces is realized due to needing to carry out lockset rotation in single processing stations, when processing
After the lockset of only equal fronts is completed the process and exited, subsequent lockset just can enter processing stations and carry out surface working process,
Therefore the lockset processing efficiency in the equipment is lower.2, it is that lockset is driven to remove fitting sand by Workpiece clamping mechanism kinematic in scheme
Band is polished, although and abrasive band is in tensioning state, but still lockset surface cannot be close to, therefore polishing effect is bad.
For another example Authorization Notice No. is one kind disclosed in the Chinese invention patent authorization text of " 104816230 B of CN "
Automatic polishing machine, including rack, and the feeding mechanism, synchronous feed mechanism and the several groups grinding and polishing sector that are arranged on the rack；
Wherein, the feeding mechanism includes feeding track, and the feeding for pushing workpiece to be processed to move on feeding track pushes away
Bar；Feeding track is along its feed direction in step structure step by step down.In above-mentioned technical proposal, it is equipped on every level-one step
Feeding push rod moves ahead for pushing workpiece, realizes the overturning of workpiece in two-stage step cohesive position；But in order to realize above-mentioned workpiece
Overturning, whole equipment are presented staged moulding, and due to being provided that a feeding push rod on every level-one step, therefore feeding rail
Workpiece on road moves ahead (i.e. workpiece is successively close to carry out) using the folded mode that pushes away；When the clamped fortune of some workpiece on feeding track
It send when carrying out polishing process to grinding and polishing sector, which forms neutral gear, and if in the work
Part drives the workpiece of its upstream and downstream to generate the deviation of low-angle during transporting, then can generate blocking when the workpiece resets, from
And cause workpiece that cannot be reset to original station, lead to equipment downtime.
Summary of the invention
To solve the above-mentioned problems, the purpose of this utility model is to provide a kind of lockset surface processing equipment, the locksets
Surface processing equipment is high in machining efficiency, and overcomes and lead to the problem of lock body workpiece sequence in processing stations.
In order to achieve the above purpose, the utility model uses technical solution below:
A kind of lockset surface processing equipment, including rack, and be arranged on the rack grinding mechanism, feeding mechanism, give
Expect mechanism, shedding mechanism, the first transfer mechanism and the second transfer mechanism；It is characterized by: the feeding mechanism includes feeding rail
Road, and the feeding push rod along feeding track push lock body workpiece；The feeding track along the push direction of workpiece successively
Including the first orbital segment and the second orbital segment, the orbit altitude of the first orbital segment is tilted upward along its conveying direction, the first track
The terminal part height of section is higher than the top portion of the second orbital segment, can be realized the overturning of lock body workpiece；First orbital segment
Top portion is equipped with the first station to be processed, and the top portion of the second orbital segment is equipped with the second station to be processed；First drag-over unit
Lock body workpiece is sent to grinding mechanism after the first station to be processed accepts lock body workpiece and is processed by structure；Second transfer mechanism exists
Lock body workpiece is sent to grinding mechanism after second station undertaking lock body workpiece to be processed and is processed；
The feeding push rod includes and being used for for the first feeding bar to the first station to be processed push-in lock body workpiece
The first blanking bar that lock body workpiece in first station to be processed is released, and for being pushed into lock body to the second station to be processed
Second feeding bar of workpiece, and the second blanking bar for releasing the lock body workpiece in the second station to be processed.
Preferably, the feeding push rod further includes driving mobile jib, and the driving portion being connected with the driving mobile jib
The body of rod direction of part, the driving mobile jib is arranged along the orbital direction of feeding track, and driving part drives driving mobile jib along its bar
Body direction moves back and forth；The first feeding bar, the first blanking bar, the second feeding bar and the second blanking bar are all connected to driving master
On bar, synchronous operation is realized.
Preferably, the body of rod motion path of the second feeding bar passes through the accepting area of the first orbital segment and the second orbital segment
Domain；It when lock body workpiece is fallen by the first orbital segment terminal part, is accepted by the body of rod of the second feeding bar, realizes that lock body workpiece is realized
90 ° of overturnings；In feeding push rod reseting procedure, and lock body workpiece is retreated with the second feeding bar, is fallen after realizing 90 ° of overturnings again
Enter in the second orbital segment.
Preferably, the first orbital segment of first station downstream to be processed is equipped with block, which protrudes from the
The track bottom surface of one orbital segment, to stop the orbital direction along the first orbital segment to tilt upward the lock body workpiece of conveying in gravity
The lower reversed landing of effect is into the first station to be processed.
Preferably, the grinding mechanism includes the first positioning table, the second positioning table, the first pressing table and the second compression
Platform, and the first locating wheel being set on the first positioning table, and the second locating wheel being set on the second positioning table, and
The abrasive band positioned by the first locating wheel and the second locating wheel；It is equipped with and holds down assembly on two pressing tables；The pressure
Tight component includes compression cylinder, and the compact heap being arranged on compression cylinder output end；The output end of the compression cylinder is perpendicular
Straight elasticity oppresses abrasive band to compact heap downwards downwards, and the lower end surface in abrasive band is made to be bonded the upper surface of lock body workpiece；The compression cylinder
Output end be equipped with substrate, be connected between substrate and compact heap by connecting rod, and have in substrate and compact heap and only one
Block is can be axially movable relative to connecting rod；Spring is arranged on connecting rod between substrate and compact heap, acting force of the spring is
Substrate is driven to be relatively distant from compact heap.In the technical solution, it is fixed by the first locating wheel and the second locating wheel in mechanism to grind
Position abrasive band；And by the first pressing table of setting and the second pressing table, two holding down assembly for pressing table setting can be by abrasive band
Lock body workpiece end face is pressed to, makes abrasive band can be good at being bonded lock body workpiece end face, guarantees surface treatment effect.Also, in order to
It avoids holding down assembly abrasive band compressing is too tight and abrasive band being caused to be broken, and exists not to adapt to the upper surface of lock body workpiece
Smooth error, therefore hold down assembly and act on abrasive band by the way of elasticity compressing.
Preferably, the wheel shaft of the second locating wheel is articulated on the second positioning table by pin rod, the wheel shaft of the second locating wheel
It can swing in a certain range along the hinged end, according to the relative tilt direction of the second locating wheel and the first locating wheel, transport
Adjusting of the abrasive band with respect to the first locating wheel and the second locating wheel axial position is realized during dynamic.When adjusting, according to the second positioning
The relative tilt direction of wheel and the first locating wheel realizes abrasive band with respect to the first locating wheel and the second locating axle during the motion
Adjusting to position, function are the positions in order to adjust abrasive band and locating wheel, guarantee that abrasive band is in the center of locating wheel.
Preferably, the amplitude of fluctuation of the wheel shaft of the second locating wheel is by the way that limitting casing is arranged on the second positioning table
The wheel shaft rear end of two locating wheels is in limitting casing, is only limitted to swing in limitting casing；Screw rod is set on the limitting casing, can be used
In the wheel shaft for resisting the second locating wheel, its swing is limited.
Preferably, being additionally provided with feed station in the top portion of first orbital segment, feeding mechanism is and the first track
The feed rail that the feed station of section is mutually accepted.
Preferably, the shedding mechanism includes discharging track, and pushed away along the discharging of discharging track push lock body workpiece
Bar, and the discharging member of the driving discharge ram；The top portion of the discharging track is undertaken on the end of the second orbital segment
In portion, discharging track is on hull outside wall and, the terminal part of the terminal part of second orbital segment perpendicular with the second orbital segment
Across shell；It is preferred that discharging track is obliquely installed in width direction.
Preferably, the rack includes shell, and it is set to the bottom plate of enclosure interior；Grinding mechanism therein, into
Material mechanism, feeding mechanism, the first transfer mechanism and the second transfer mechanism are mounted on bottom plate.
By adopting the above technical scheme, which is related to lockset surface processing equipment to the utility model, the lockset table
The feeding mechanism of surface treatment equipment includes feeding track and feeding push rod, wherein feeding track includes the first orbital segment and second
Orbital segment, the first orbital segment are higher than the second orbital segment using the orbital path tilted upward, the terminal part height of the first orbital segment
Top portion, can be realized the overturning of lock body workpiece.The program is still by the way of feeding push rod feeding, therefore there are backgrounds
Pointed defect needs overcome in technology, and since the first orbital segment tilts upward, the effect of the workpiece in downstream in gravity
Under further aggravate drawbacks described above appearance probability.In the case, this programme uses the first feeding bar and the first blanking bar
Station to be processed for first carries out collaboration loading and unloading, and the second feeding bar and the second blanking bar station to be processed for second carry out
Cooperate with loading and unloading.First feeding bar and the collaboration loading and unloading of the first blanking bar can be in the upstream and downstream regions of the first station to be processed
The separation for realizing adjacent lock body workpiece, avoids fitting closely and generating the above problem；The first track in the first blanking bar downstream
Section still pushes away mode using folded due to no above-mentioned process requirements.Based on above-mentioned for the first feeding bar and the first blanking bar
The discussion of loading and unloading is cooperateed with, loading and unloading are further cooperateed with using the second feeding bar and the second blanking bar, reason is identical, therefore
This does not make tired state；Its effect equally can be realized point that adjacent lock body workpiece is realized in the upstream and downstream region of the second station to be processed
From avoiding fitting closely and generating the above problem.
Detailed description of the invention
Fig. 1 is the top surface visual angle simplified schematic diagram of the utility model.
Fig. 2 is the positive visual angle simplified schematic diagram of the utility model.
Fig. 3 is the portion the A enlarged drawing of Fig. 2.
Fig. 4 is the schematic diagram of the second positioning table.
Specific embodiment
With reference to the accompanying drawing, the preferred embodiment of the utility model is described in further detail.
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.
In the description of the present invention, it should be understood that term " on ", "lower", "front", "rear", "left", "right",
The orientation or positional relationship of the instructions such as "top", "bottom", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
A kind of lockset surface processing equipment as shown in figures 1-4, including rack, and the grinder being arranged on the rack
Structure 8, feeding mechanism 2, feeding mechanism, shedding mechanism 4, the first transfer mechanism 5 and the second transfer mechanism 6.The rack includes shell
Body 11, and it is set to the bottom plate 12 inside shell 11；Grinding mechanism 8 therein, feeding mechanism 2, feeding mechanism, the first transfer
Mechanism 5 and the second transfer mechanism 6 are mounted on bottom plate 12.
The feeding mechanism includes feeding track, and along the feeding push rod of feeding track push lock body workpiece.Its
In, the feeding track successively includes the first orbital segment 31 and the second orbital segment 32, the first orbital segment along the push direction of workpiece
Feed station 33 and the first station 34 to be processed, the feed station 33 and 2 phase of feeding mechanism are successively arranged in 31 top portion
It accepts, the first station 34 to be processed is accepted with 5 phase of the first transfer mechanism, and specific structure is set forth below.First orbital segment 31
Orbit altitude is tilted upward along its conveying direction, and gear is equipped on first orbital segment 31 in the described first 34 downstream of station to be processed
Block 35, the block 35 protrude from the track bottom surface of the first orbital segment 31, to stop the orbital direction along the first orbital segment 31 to tilt
The lock body workpiece being delivered up reversely is slid under gravity into the first station 34 to be processed, to guarantee that first is to be added
It is only existed simultaneously in work station 34 in a lock body workpiece, guarantees that equipment can operate normally.The front end face of the block 35 is in
Inclined surface, so that lock body workpiece direction along ng a path sequence be enable to promote；Rear end face is vertical blocking surface, to prevent lock body work
Part slides against orbital direction.The top portion of second orbital segment 32 is undertaken on the terminal part of the first orbital segment 31, due to upper
The orbit altitude for stating the first orbital segment 31 is tilted upward along its conveying direction, therefore the terminal part height of the first orbital segment 31 is higher than
The top portion of second orbital segment 32, and its difference in height is greater than the thickness of lock body workpiece between the thickness and length of lock body workpiece
The length of lock body workpiece is spent and is less than, the length of lock body workpiece therein refers to the lock body length along feeding track conveying direction.
It can be realized lock body in the high and low fall that the terminal part of first orbital segment 31 and the top portion of the second orbital segment 32 are constituted
180 ° of front and back sides of workpiece are overturn, since 180 ° of front and back sides overturnings need the synergistic effect of feeding push rod to realize, specifically such as
What, which is realized, is set forth below.The top portion of second orbital segment 32 is equipped with the second station 36 to be processed, the second work to be processed
Position 36 is accepted with 6 phase of the second transfer mechanism, and specific structure is set forth below.Second orbital segment 32 for track high and low fall simultaneously
No requirement (NR), therefore for the ease of the push of lock body workpiece, preferably the second orbital segment 32 is selected as always in the same plane.
The feeding push rod includes the first feeding bar 71 for being pushed into lock body workpiece to the first station 34 to be processed, with
And the first blanking bar 72 for releasing the lock body workpiece in the first station 34 to be processed, and be used for the second work to be processed
Position 36 is pushed into the second feeding bar 73 of lock body workpiece, and for releasing the lock body workpiece in the second station 36 to be processed
Two blanking bars 74.Above-mentioned the first feeding bar 71, the first blanking bar 72, the second feeding bar 73 and the second blanking bar 74 can be by only
Vertical driving mechanism respectively drives, and independently need to guarantee the first feeding bar 71, the first blanking bar 72,73 and of the second feeding bar when driving
The sports coordination of second blanking bar 74.And since the first station 34 and the second station 36 to be processed to be processed all needs only to guarantee
It exists simultaneously in a lock body workpiece, therefore the first feeding bar 71 and the first blanking bar 72 and the second feeding bar 73 and second
Blanking bar 74 needs to run simultaneously；And due to the first orbital segment 31 and the second orbital segment 32 can not active push lock body workpiece,
Feeding push rod push lock body workpiece is then to push away realization by the way that lock body workpiece is folded, therefore need the first station 34 and second to be processed to be processed
The loading and unloading of station 36 are also synchronous operation；Therefore under the first feeding bar 71, the first blanking bar 72, the second feeding bar 73 and second
Material bar 74 all needs to run simultaneously.On this basis.Optimal scheme is, feeding push rod further includes driving mobile jib 75, and with institute
The driving part (such as starting cylinder 76) that driving mobile jib 75 is connected is stated, the body of rod direction of the driving mobile jib 75 is along the first rail
Road section 31 and the setting of the orbital direction of the second orbital segment 32, driving part drive driving mobile jib 75 back and forth to transport along its body of rod direction
It is dynamic, realize the function of reciprocal push lock body workpiece.Specifically, the output end of the first feeding bar 71 and the first blanking bar 72 is defeated
A poor processing stations width between outlet；In feeding for the first time, the first feeding bar 71 is retracted into the upstream of feed station 33, lock
Body workpiece enters feed station 33, and lock body workpiece is pushed into the first station 34 to be processed by the first feeding bar 71, the first drag-over unit
Lock body workpiece is sent to grinding mechanism 8 after the first station 34 to be processed accepts lock body workpiece and is processed by structure 5；Add in grinding
During work, the first feeding bar 71 and the first blanking bar 72 reset, and the first feeding bar 71 prepares second of feeding；And when the first shifting
After sending mechanism 5 to send lock body workpiece in the first station 34 to be processed back to, the first blanking bar 72 will be in the first station 34 to be processed
Lock body workpiece is released, while second lock body workpiece is pushed into the first station 34 to be processed by the first feeding bar 71.It needs herein
It is bright, if only considering the push of lock body workpiece, it is used only when the first feeding bar 71 pushes second lock body workpiece and passes through
First lock body workpiece is released what the first station 34 to be processed also can be achieved on by folded push away.The present embodiment uses the first feeding bar 71
The reason of cooperateing with loading and unloading with the first blanking bar 72 be, folded to push away adjacent lock body workpiece under mode and fit closely, in the first transfer
During mechanism 5 sends lock body workpiece back to first station 34 to be processed, lock body workpiece downstream is simply by the presence of low-angle
Dislocation, will make the lock body workpiece in the first transfer mechanism 5 that can not normally retract the first station 34 to be processed, equipment is caused to stop
Machine；And since the orbit altitude of the first orbital segment 31 is tilted upward along its conveying direction, under the effect of gravity, such case
Be also relatively easy to occur.And the first feeding bar 71 and the collaboration loading and unloading of the first blanking bar 72 can be in the first stations to be processed
The separation that adjacent lock body workpiece is realized in 34 upstream and downstream region, avoids fitting closely and generating the above problem；In the first blanking
First orbital segment 31 in 72 downstream of bar still pushes away mode using folded due to no above-mentioned process requirements.Based on above-mentioned for
The discussion of one feeding bar 71 and the collaboration loading and unloading of the first blanking bar 72, further uses the second feeding bar 73 and the second blanking bar
74 collaboration loading and unloading, reason is identical, therefore does not make tired state herein；Its effect equally can be realized the second station 36 to be processed
The separation that adjacent lock body workpiece is realized in upstream and downstream region, avoids fitting closely and generating the above problem.Herein on basis, on
The high and low fall that the terminal part of text first orbital segment 31 and the top portion of the second orbital segment 32 are constituted can be realized lock body
180 ° of front and back sides of workpiece are overturn, and need the synergistic effect of feeding push rod to realize since 180 ° of front and back sides are overturn, specifically relationship
To the effect of the second feeding bar 73.Specifically, only when feeding push rod pushes lock body workpiece toward conveying direction, the first track
The lock body workpiece of 31 terminal parts of section can just drop to the top portion of the second orbital segment 32, i.e., will not in feeding push rod reseting procedure
It generates above-mentioned lock body workpiece and falls phenomenon.In this scheme, the body of rod motion path of the second feeding bar 73 passes through the first orbital segment
31 and second orbital segment 32 undertaking region, when lock body workpiece is fallen by 31 terminal part of the first orbital segment, by the second feeding bar
73 body of rod is accepted, and realizes that lock body workpiece realizes 90 ° of overturnings at this time；Hereafter in feeding push rod reseting procedure, lock body workpiece it is upper
End is blocked, and lock body workpiece is retreated with the second feeding bar 73, is fallen into the second orbital segment 32 after realizing 90 ° of overturnings again,
180 ° of front and back sides overturnings are realized during so, during feeding push rod carry again, the second feeding bar 73 will overturn 180 °
Lock body workpiece be pushed into the second station 36 to be processed in.
Described above, feed station 33 is accepted with 2 phase of feeding mechanism.In the present embodiment, the feeding mechanism 2 is and
The feed rail that 33 phase of feed station of one orbital segment 31 is accepted, feed rail is the track being obliquely installed as shown in the figure, is added
Lock body workpiece is manually put into feed rail by working hour, can fall into feed station 33 under gravity.
The shedding mechanism 4 includes discharging track 41, and the discharge ram of lock body workpiece is pushed along discharging track 41
42, and the discharging member 43 (such as discharging cylinder) of the driving discharge ram 42.The top portion of the discharging track 41 is accepted
On the terminal part of the second orbital segment 32, in the present embodiment, discharging track 41 is on 11 lateral wall of shell and with second
Orbital segment 32 is perpendicular, and the terminal part of the terminal part of the second orbital segment 32 passes through shell 11；It is preferred that by discharging track 41 in width
Certain tilt angle is arranged in direction, the side orbit sidewall of so certifiable lock body workpiece fitting discharging track 41, and realizes
The purpose of specification feeding.
The grinding mechanism 8 includes the first positioning table 81 and the second positioning table 82, and is set on the first positioning table 81
The first locating wheel 83, and the second locating wheel 84 being set on the second positioning table 82, and pass through 83 He of the first locating wheel
The abrasive band 85 that second locating wheel 84 is positioned.Wherein, the first positioning table 81 is fixedly installed relative to substrate 12, therefore can be described as
Stationary positioned platform；Second positioning table 82 can be described as activity orientation platform relative to 12 activity setting of substrate.Second positioning table 82
It can be relative to the first positioning table 81 close to or far to control the rate of tension in abrasive band 85.Using laterally in present embodiment
The screw rod auxiliary structure of setting, realize the second positioning table 82 above the level on movement.Also, first positioning table 81 and
Longitudinally disposed screw rod auxiliary structure is additionally provided in two positioning tables 82 for adjusting the height of the first locating wheel 83 and the second locating wheel 84
Degree, to adjust 85 height of abrasive band.In addition, the wheel shaft of second locating wheel 84 passes through pin rod in second positioning table 82
It is articulated on the second positioning table 82, the wheel shaft 841 of the second locating wheel 84 can be swung in a certain range along the hinged end, root
According to the relative tilt direction of the second locating wheel 84 and the first locating wheel 83, opposite first positioning in abrasive band 85 is realized during the motion
The adjusting of wheel 83 and 84 axial position of the second locating wheel, function is the position in order to adjust abrasive band 85 Yu locating wheel, guarantees sand
The center for being in locating wheel with 85；Above-mentioned oscillating function is only used when adjusting, and is not used in equipment work.Such as institute in figure
It states, the amplitude of fluctuation of the wheel shaft of the second locating wheel 84 is by the way that limitting casing 86, the second locating wheel are arranged on the second positioning table 82
84 wheel shaft rear end is in limitting casing 86, is only limitted to swing in limitting casing 86；And screw rod is set on limitting casing 86, it can use
In the wheel shaft for resisting the second locating wheel 84, its swing is limited.
The grinding mechanism 8 further includes and the first station 34 to be processed of feeding mechanism and the second 36 branch of station to be processed
Corresponding first pressing table 87 and the second pressing table 88 are equipped on two pressing tables and hold down assembly；Described holds down assembly
Including compression cylinder 891, and the compact heap 892 being arranged on 891 output end of compression cylinder；The compression cylinder 891 it is defeated
Straight down, compact heap 892 oppresses downwards abrasive band 85 to outlet, and the lower end surface in abrasive band 85 is made to be bonded the upper surface of lock body workpiece, sand
In 85 operational process of band, the upper surface of lock body workpiece is ground, generates wire-drawing effect.And in order to avoid hold down assembly by
The compressing of abrasive band 85 is too tight and abrasive band 85 is caused to be broken, and there are the mistakes of out-of-flatness in order to adapt to the upper surface of lock body workpiece
Difference, therefore hold down assembly and act on abrasive band 85 by the way of elasticity compressing.Specifically, on the output end of compression cylinder 891
Equipped with substrate 893, it is connected between substrate 893 and compact heap 892 by connecting rod 894, and have in substrate 893 and compact heap 892
And only one piece be can be axial movable relative to connecting rod 894；It is covered on connecting rod 894 between substrate 893 and compact heap 892
Equipped with spring 895, which is pressure spring, and active force is that substrate 893 is driven to be relatively distant from compact heap 892.In grinder
When structure 8 works, exported downwards by compression cylinder 891, substrate 893 is acted on compact heap 892 and further pressed by spring 895
Compel abrasive band 85, the lower end surface in abrasive band 85 is made to be bonded the upper surface of lock body workpiece.Due to the setting of spring 895, on the one hand make to compress
Block 892 has certain flexibility for the compressing in abrasive band 85, and is unlikely to hardness compressing and abrasive band 85 is hindered to move, and finally leads
Abrasive band 85 is caused to be broken；On the other hand, the upper end surface error of lock body workpiece, can also be by two springs 895 being oppositely arranged (in figure
It is shown) and the asymmetric adjustment in both ends is carried out, convenient for being bonded the upper surface of lock body workpiece.
Such as above-mentioned record, the effect of the first transfer mechanism 5 is will lock after the first station 34 to be processed accepts lock body workpiece
Body workpiece send to grinding mechanism 8 and is processed.Therefore it theoretically can be realized clamping lock body workpiece, and lock body workpiece can be existed
First station 34 to be processed and the zone of action of grinding mechanism 8 move back and forth.In the present embodiment, first transfer
Mechanism 5 includes the first transfer track 51, and the first transfer fixture 52 being arranged in the first transfer track 51.Described first moves
The orbital direction for sending track 51 is by the first station 34 to be processed towards the zone of action of grinding mechanism 8, herein signified grinding
The zone of action of mechanism 8 is preferably in 8 zone of action of grinding mechanism of 87 outbound course of the first pressing table.First transfer clamping
Tool 52 is equipped with clip groove for positioning lock body workpiece, and be being capable of conduct when 31 phase of the first orbital segment is accepted for clip groove
A part of track of first orbital segment 31.When operation, first by the clip groove of the first transfer fixture 52 in the first station 34 to be processed
Upper undertaking lock body workpiece, 8 zone of action of grinding mechanism for being then transferred to 87 outbound course of the first pressing table carry out grinding process.
In addition, it is consistent with the orbital direction of feeding track by grinding 85 transporting direction of abrasive band in mechanism 8 in this present embodiment, and on
Stating signified clip groove can be as a part of track of the first orbital segment 31；Therefore being easy when lock body workpiece is ground in abrasive band 85 will
Lock body workpiece is taken out of by clip groove, therefore is equipped with the first stop bracket 54 in the side of the first transfer mechanism 5, for preventing abrasive band 85
Lock body workpiece is taken out of by clip groove, lock body workpiece is made to remain static during the grinding process, abrasive band 85 is with respect to lock body workpiece
It moves and generates wire-drawing effect on its surface.Similarly, the effect of the second transfer mechanism 6 is accepted in the second station 36 to be processed
Lock body workpiece is sent to grinding mechanism 8 after lock body workpiece and is processed.Therefore clamping lock body workpiece, and energy theoretically be can be realized
It is enough to move back and forth lock body workpiece in the second station 36 to be processed and the zone of action of grinding mechanism 8.In present embodiment
In, second transfer mechanism 6 includes the second transfer track 61, and the second transfer being arranged in the second transfer track 61
Fixture 62.The orbital direction of second transfer track 61 be by the second station 36 to be processed towards grinding mechanism 8 active region
Domain, the zone of action of signified grinding mechanism 8 is preferably in 8 active region of grinding mechanism of 88 outbound course of the second pressing table herein
Domain.The second transfer fixture 62 is equipped with the clip groove for positioning lock body workpiece, and clip groove is the second orbital segment
32 phases can be as two fractional orbitals of the second orbital segment 32 when accepting.When operation, first by the clip groove of the second transfer fixture 62
Lock body workpiece is accepted on the second station 36 to be processed, the grinding mechanism 8 for being then transferred to 88 outbound course of the second pressing table makees
Grinding process is carried out with region.In addition, by grinding 85 transporting direction of abrasive band in mechanism 8 and feeding track in this present embodiment
Orbital direction is different, and above-mentioned signified clip groove can be as a part of track of the second orbital segment 32；Therefore it is ground in abrasive band 85
It is easy by clip groove to take lock body workpiece out of when grinding lock body workpiece, therefore is equipped with the second stop bracket in the side of the second transfer mechanism 6
64, for preventing abrasive band 85 from taking lock body workpiece by clip groove out of, so that lock body workpiece is remained static during the grinding process, sand
Band 85 generates wire-drawing effect with respect to lock body workpiece motion s and on its surface.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art is within the technical scope disclosed by the utility model, practical according to this
Novel technical solution and its utility model design are subject to equivalent substitution or change, should all cover the protection model in the utility model
Within enclosing.
Claims (10)
1. a kind of lockset surface processing equipment, including rack, and be arranged on the rack grinding mechanism, feeding mechanism, feeding
Mechanism, shedding mechanism, the first transfer mechanism and the second transfer mechanism；It is characterized by: the feeding mechanism includes feeding track,
And the feeding push rod along feeding track push lock body workpiece；The feeding track successively includes along the push direction of workpiece
The orbit altitude of first orbital segment and the second orbital segment, the first orbital segment is tilted upward along its conveying direction, the first orbital segment
Terminal part height is higher than the top portion of the second orbital segment, can be realized the overturning of lock body workpiece；The beginning of first orbital segment
Portion is equipped with the first station to be processed, and the top portion of the second orbital segment is equipped with the second station to be processed；First transfer mechanism exists
Lock body workpiece is sent to grinding mechanism after first station undertaking lock body workpiece to be processed and is processed；Second transfer mechanism is second
Lock body workpiece is sent to grinding mechanism after station undertaking lock body workpiece to be processed and is processed；
The feeding push rod includes for the first feeding bar to the first station to be processed push-in lock body workpiece, and for by the
The first blanking bar that lock body workpiece in one station to be processed is released, and for being pushed into lock body workpiece to the second station to be processed
The second feeding bar, and for by the second station to be processed lock body workpiece release the second blanking bar.
2. a kind of lockset surface processing equipment according to claim 1, it is characterised in that: the feeding push rod further includes driving
Dynamic mobile jib, and the driving part being connected with the driving mobile jib, the body of rod direction of the driving mobile jib is along feeding track
Orbital direction setting, driving part drive driving mobile jib to move back and forth along its body of rod direction；The first feeding bar, the first blanking
Bar, the second feeding bar and the second blanking bar are all connected on driving mobile jib, realize synchronous operation.
3. a kind of lockset surface processing equipment according to claim 2, it is characterised in that: the body of rod of the second feeding bar moves
The undertaking region of the first orbital segment and the second orbital segment is passed through in path；When lock body workpiece is fallen by the first orbital segment terminal part,
It is accepted by the body of rod of the second feeding bar, realizes that lock body workpiece realizes 90 ° of overturnings；In feeding push rod reseting procedure, and lock body work
Part is retreated with the second feeding bar, is fallen into the second orbital segment after realizing 90 ° of overturnings again.
4. a kind of lockset surface processing equipment according to claim 3, it is characterised in that: under first station to be processed
First orbital segment of trip is equipped with block, which protrudes from the track bottom surface of the first orbital segment, to stop along the first orbital segment
Orbital direction tilt upward the lock body workpiece of conveying and reversely slid under gravity into the first station to be processed.
5. a kind of lockset surface processing equipment according to claim 1, it is characterised in that: the grinding mechanism includes first
Positioning table, the second positioning table, the first pressing table and the second pressing table, and the first locating wheel being set on the first positioning table,
And it is set to the second locating wheel on the second positioning table, and the sand positioned by the first locating wheel and the second locating wheel
Band；It is equipped with and holds down assembly on two pressing tables；Described holding down assembly is defeated in compression cylinder including compression cylinder, and setting
Compact heap in outlet；Straight down, compact heap elasticity compressing downwards abrasive band makes under abrasive band the output end of the compression cylinder
The upper surface of end face fitting lock body workpiece；The output end of the compression cylinder is equipped with substrate, passes through between substrate and compact heap
Connecting rod is connected, and have in substrate and compact heap and only one piece be can be axially movable relative to connecting rod；In substrate and pressure
It is arranged with spring on connecting rod between tight block, acting force of the spring is that substrate is driven to be relatively distant from compact heap.
6. a kind of lockset surface processing equipment according to claim 5, it is characterised in that: the wheel shaft of the second locating wheel passes through
Pin rod is articulated on the second positioning table, and the wheel shaft of the second locating wheel can be swung in a certain range along the hinged end, according to
The relative tilt direction of two locating wheels and the first locating wheel realizes that abrasive band is fixed with respect to the first locating wheel and second during the motion
The adjusting of position wheel axial position.
7. a kind of lockset surface processing equipment according to claim 6, it is characterised in that: the pendulum of the wheel shaft of the second locating wheel
Dynamic amplitude is by the way that limitting casing is arranged on the second positioning table, and the wheel shaft rear end of the second locating wheel is in limitting casing, only limits
In being swung in limitting casing；Screw rod is set on the limitting casing, can be used for resisting the wheel shaft of the second locating wheel, limits its swing.
8. a kind of lockset surface processing equipment according to claim 1, it is characterised in that: the beginning of first orbital segment
Feed station is additionally provided in portion, feeding mechanism is the feed rail mutually accepted with the feed station of the first orbital segment.
9. a kind of lockset surface processing equipment according to claim 1, it is characterised in that: the shedding mechanism includes discharging
Track, and along the discharge ram of discharging track push lock body workpiece, and the discharging member of the driving discharge ram；It is described
The top portion of discharging track is undertaken on the terminal part of the second orbital segment, discharging track be on hull outside wall and with the second rail
Road section is perpendicular, and the terminal part of the terminal part of the second orbital segment passes through shell；Discharging track is obliquely installed in width direction.
10. a kind of lockset surface processing equipment according to claim 1, it is characterised in that: the rack includes shell, with
And it is set to the bottom plate of enclosure interior；Grinding mechanism, feeding mechanism, feeding mechanism, the first transfer mechanism and the second shifting therein
Mechanism is sent to be mounted on bottom plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822067176.5U CN209665042U (en) | 2018-12-10 | 2018-12-10 | A kind of lockset surface processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822067176.5U CN209665042U (en) | 2018-12-10 | 2018-12-10 | A kind of lockset surface processing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209665042U true CN209665042U (en) | 2019-11-22 |
Family
ID=68562245
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822067176.5U Withdrawn - After Issue CN209665042U (en) | 2018-12-10 | 2018-12-10 | A kind of lockset surface processing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209665042U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109397035A (en) * | 2018-12-10 | 2019-03-01 | 张必葵 | A kind of lockset surface processing equipment |
-
2018
- 2018-12-10 CN CN201822067176.5U patent/CN209665042U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109397035A (en) * | 2018-12-10 | 2019-03-01 | 张必葵 | A kind of lockset surface processing equipment |
| CN109397035B (en) * | 2018-12-10 | 2024-04-19 | 张必葵 | Lockset surface treatment equipment |
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