CN209504681U - Shell finishing machine - Google Patents
Shell finishing machine Download PDFInfo
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- CN209504681U CN209504681U CN201822256196.7U CN201822256196U CN209504681U CN 209504681 U CN209504681 U CN 209504681U CN 201822256196 U CN201822256196 U CN 201822256196U CN 209504681 U CN209504681 U CN 209504681U
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- shell
- deburring
- pusher
- unit
- track
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Abstract
The utility model relates to a kind of shell finishing machines, including feeding unit, pusher unit, deburring unit and support unit, shell is slided to pusher unit by the feeding unit, shell is pushed to deburring unit by the pusher unit, shell in deburring unit is leaked out shell deburring, the support unit by the deburring unit.The utility model is realized to shell mechanical automation deburring, under the premise of guaranteeing product shape quality, is improved production efficiency, is reduced artificial labor intensity.
Description
Technical field
The utility model relates to field of machinery automation, relate in particular to a kind of shell finishing machine.
Background technique
Part semiconductor device is made of welding bottom plate, newel and 3 part of shell, is assembled at this stage all as manually by half
Conductor device is placed on welding bottom plate, newel is first installed on semiconductor devices just positioning, then have newel manually
In indentation welding bottom plate, then shell is manually loaded and is welded on bottom plate.
It is existing that shell may cause ambient envelope slight excessive glue, burr occur in forming process because of the influence of mold
As now having no the equipment for carrying out appearance processing for this direction shell in the market, artificial removal's mode being all made of before, to product
Type quality causes unstable factor, low efficiency；It is removed using equipment, guarantees type quality, greatly choose high efficiency, subtract
Few labor intensity.
Summary of the invention
Utility model aims to solve the above-mentioned problems in the prior art, provide a kind of shell finishing machine.
The utility model is realized to shell mechanical automation deburring, under the premise of guaranteeing product shape quality, improves production
Efficiency reduces artificial labor intensity.
To achieve the above object, the technical solution adopted in the utility model is as follows:
Shell finishing machine, it is characterised in that: described including feeding unit, pusher unit, deburring unit and support unit
Shell is slided to pusher unit by feeding unit, and shell is pushed to deburring unit, the deburring unit by the pusher unit
To shell deburring, the support unit leaks out the shell in deburring unit.
The deburring unit includes burring mechanism, press mechanism and sensor, and the burring mechanism is fixed on out
Below the discharge end for expecting track, the press mechanism is located at the top of burring mechanism, the burring mechanism and press mechanism
The side of burring mechanism is arranged in the burr of cooperation removal ambient envelope, the sensor.
The burring mechanism includes deburring component and pedestal, and the deburring component slippage is set on the base, institute
It states and forms a cutting edge slot among deburring component, offer through-hole corresponding with cutting edge slot on the pedestal.
The deburring component is at least arranged two groups.
The deburring component includes burring knife, deburring fixed block and guide fixed block, the deburring fixed block
One end is fixedly connected with burring knife, and the other end is provided with the inclined-plane with press mechanism cooperation, and the guide fixed block is fixedly connected
It on pedestal, and is located on deburring fixed block, the deburring fixed block is slidably arranged on pedestal, the burring knife
It is fixedly connected with deburring fixed block, the burring knife encloses cutting edge slot.
Reset spring is provided on the deburring fixed block.Institute's press mechanism include lower air cylinder, connecting plate, under
Briquetting and Slanted ejecting component, the lower air cylinder are fixed on above burring mechanism, and the top surface of the connecting plate and lower air cylinder are solid
Fixed connection, the fixed lower lock block in the bottom surface of connecting plate and Slanted ejecting component.
The Slanted ejecting component is at least arranged two groups.
The Slanted ejecting component includes oblique top and oblique top fixing piece, and the oblique top fixing piece is fixed on connecting plate, described oblique
Top is by being movably connected on oblique top fixing piece.
Spring is fixedly connected between the oblique top and oblique top fixing piece.
Through-hole is offered on the oblique top fixing piece, the oblique top is fixedly connected in through-hole by pin shaft.
The oblique top fixing piece is L-type.
The support unit includes supporting block, support plate and support cylinder, and the supporting block is arranged in cutting edge slot, described
Supporting block is fixedly connected with support plate by spring one, and the support plate is fixedly connected with support cylinder.
The feeding unit includes the feeding track being obliquely installed.
The feeding unit further includes testing agency, and the testing agency is fixed in the middle part of feeding track.
The testing agency includes that detection cylinder and detection sensor, the side of the feeding track are fixedly connected with backgauge gas
Cylinder, the fixed even detection material sensor in the other side of feeding track, the detection cylinder and detection sensor cooperation control shell
Chamfering direction.
The pusher unit includes buffer unit, pushing component, pusher track and pusher sensor, and the pusher track is used
In being provided with guide groove on the shell that reception feeding unit slides, the pusher track, the pushing component is slidably connected with guide groove,
The pushing component and pusher track, which cooperate, pushes to cutting edge slot for shell, and the buffer unit is movably arranged on pusher track
The side of pusher track is arranged in side, the pusher sensor.
The buffer unit includes two block buffering plates, and the two block buffering plates are movably arranged on the top of pusher track.
The pushing component includes U-shaped expeller and pusher cylinder, and the U-shaped expeller is slidably connected with guide groove, described
Pusher cylinder controls U-shaped expeller movement.
The pusher unit further includes stock stop, and the discharge port opposite of pusher track is arranged in the stock stop.
The stock stop includes striker plate and backgauge cylinder, and the striker plate is fixedly connected with backgauge cylinder, the gear
The top of cutting edge slot, and the discharge end opposite side with discharging track is arranged in flitch, and the striker plate makes the outer of orbit transports that discharge
Shell is accurately fallen into cutting edge slot.
Using utility model has the advantages that
One, reached in the utility model by setting blowing cylinder and blowing sensor and guarantee that shell chamfering is in the right direction
Purpose is convenient for deburring.
Two, buffer board is set in the utility model, buffer function can be played to the shell slided from feeding track.
Three, U-shaped expeller, three face contacts of U-shaped expeller and shell, while pushing shell are set in the utility model
Also ensure that shell will not deviate；U-shaped expeller is connect with the guide groove of pusher track, and guide groove can be played to U-shaped expeller
Guiding role.
Four, the sliding of pusher track described in the utility model setting, the pusher track and U-shaped expeller for sliding setting are matched
Conjunction guarantees that shell is sent to cutting edge slot.
Five, the shape of cutting edge slot described in the utility model and the shape of shell are identical, can guarantee the institute of shell in this way
It is jagged effectively to remove.
Six, two groups of groups are at least arranged in deburring component described in the utility model, and the cooperation of two groups of deburring components can
Cutting edge slot is formed, and two groups of deburring components can also slide, and can guarantee that cutting edge slot accommodates shell completely, and to shell unhairing
Thorn.
Seven, the utility model in the base setting through-hole can guarantee that the shell after deburring falls directly into rewinding case.
Eight, the striker plate being arranged in the utility model can guarantee that shell falls directly into cutting edge slot.
Nine, the supporting block of the utility model setting, gives one support level of shell, guarantees that shell will not fall directly into rewinding case
It is interior；Simultaneously after the completion of shell deburring, by cylinder driving activity, the shell after making deburring is fallen directly into rewinding case.
Ten, in the utility model oblique top contacted with burring knife when will appear extra strength, will cause the damage of shell
It is bad；Oblique top is directly fixedly connected with spring with oblique top fixing piece, will act on spring extra strength, avoid shell
Damage.
11, spring is set between support plate and supporting block in the utility model, cooperates shell deburring.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the front view of the utility model；
Fig. 3 is the top view of the utility model；
Fig. 4 is the bottom view of the utility model；
Fig. 5 is the rearview of the utility model；
Fig. 6 is the utility model partial structural diagram；
Fig. 7 is the partial schematic diagram of Fig. 6；
Fig. 8 is the front view of Fig. 6；
Fig. 9 is the top view of Fig. 6；
Figure 10 is the partial schematic diagram of Fig. 9；
Figure 11 is the annexation figure of the utility model support unit；
Figure 12 is the pusher unit and deburring unit bottom surface stereo figure structure schematic representation of the utility model；
Figure 13 is the bottom view of Figure 12；
Figure 14 is the front view of Figure 12；
Figure 15 is the movement relation connection figure of the U-shaped expeller of the utility model；
Figure label are as follows: 1, feeding track, 2, detection cylinder, 3, detection sensor, 4, U-shaped expeller, 5, buffer board,
6, pusher track, 7, sensor, 8, oblique top fixing piece, 9, oblique top, 10, deburring fixed block, 11, guide fixed block, 12, support
Block, 13, striker plate, 14, burring knife, 15, column A, 16, column B, 17, backgauge cylinder, 18, support cylinder, 19, shell,
20, lower air cylinder, 21, air cylinder fixed plate, 22, lower platen, 23, connecting plate, 24, pedestal, 25, pusher sensor, 26, spring
One, 27, support plate, 28, guide groove, 29, pusher cylinder, 30, connection fixing block, 31, lower lock block, 32, air cylinder fixed plate, 33, vertical
Column C, 34, guide rod link block, 35, charging ram guide pad, 36, banking pin, 37, guiding V-groove, 38, charging ram, 39, sliding slot,
40, it is oriented to sliding shoe.
Specific embodiment
Embodiment 1
Shell finishing machine, including feeding unit, pusher unit, deburring unit and support unit, the feeding unit will
Shell 19 slides to pusher unit, and shell 19 is pushed to deburring unit by the pusher unit, and the deburring unit is to shell
19 deburrings, the support unit leak out the shell 19 in deburring unit.
The deburring unit includes burring mechanism, press mechanism and sensor 7, and the burring mechanism is fixed on out
Below the discharge end for expecting track, the press mechanism is located at the top of burring mechanism, the burring mechanism and press mechanism
The side of burring mechanism is arranged in burr around cooperation removal shell 19, the sensor 7.
The burring mechanism includes deburring component and pedestal 24, and the deburring component slippage is arranged in pedestal 24
On, a cutting edge slot is formed among the deburring component, offers through-hole corresponding with cutting edge slot on the pedestal 24.
The deburring component is at least arranged two groups.
The deburring component includes burring knife 14, deburring fixed block 10 and guide fixed block 11, the deburring
10 one end of fixed block is fixedly connected with burring knife 14, and the other end is provided with the inclined-plane with press mechanism cooperation, and the guiding is fixed
Block 11 is fixedly connected on pedestal 24, and is located on deburring fixed block 10, and the deburring fixed block 10 is slidably arranged in
On pedestal 24, the burring knife 14 is fixedly connected with deburring fixed block 10, and the burring knife 14 encloses cutting edge slot.
The press mechanism includes lower air cylinder 20, connecting plate 23, lower lock block 31 and Slanted ejecting component, the lower air cylinder 20
It is fixed on above burring mechanism, the top surface of the connecting plate 23 is fixedly connected with lower air cylinder 20, and the bottom surface of connecting plate 23 is solid
Fix briquetting 31 and Slanted ejecting component.
The Slanted ejecting component is at least arranged two groups.
The Slanted ejecting component includes oblique top 9 and oblique top fixing piece 8, and the oblique top fixing piece 8 is fixed on connecting plate 23, institute
Oblique top 9 is stated by being movably connected on oblique top fixing piece 8.
Spring is fixedly connected between the oblique top 9 and oblique top fixing piece 8.
Through-hole is offered on the oblique top fixing piece 8, the oblique top 9 is fixedly connected in through-hole by pin shaft.
The oblique top fixing piece 8 is L-type.
The support unit includes that supporting block 12, support plate 27 and support cylinder 18, the supporting block 12 are arranged in cutting edge
In slot, the supporting block 12 is fixedly connected with support plate 27 by spring 1, and the support plate 27 is fixedly connected with support cylinder 18.
The feeding unit includes the feeding track 1 being obliquely installed.
The feeding unit further includes testing agency, and the testing agency is fixed on 1 middle part of feeding track.
The testing agency includes that detection cylinder 2 and detection sensor 3, the side of the feeding track 1 are fixedly connected with gear
Expect cylinder 17, the fixed even detection material sensor 7 in the other side of feeding track 1, the detection cylinder 2 and detection sensor 3 cooperate
Control the chamfering direction of shell 19.
The pusher unit includes buffer unit, pushing component, pusher track 6 and pusher sensor 25, the pusher rail
Road 6 is provided with guide groove 28 for receiving the shell 19 that feeding unit slides on the pusher track 6, the pushing component with
Guide groove 28 is slidably connected, and shell 19 is pushed to cutting edge slot, the buffer unit by the pushing component and the cooperation of pusher track 6
It is movably arranged on 6 top of pusher track, the side of pusher track 6 is arranged in the pusher sensor 25.
The buffer unit includes two block buffering plates 5, and the two block buffering plates 5 are movably arranged on the upper of pusher track 6
Side.
The pushing component includes U-shaped expeller 4 and pusher cylinder 29, and the U-shaped expeller 4 connects with the sliding of guide groove 28
It connects, the pusher cylinder 29 controls U-shaped expeller 4 and moves.
The pusher unit further includes stock stop, and the discharge port pair of pusher track 6 is arranged in the stock stop
Face.
The stock stop includes striker plate 13 and backgauge cylinder 17, and the striker plate 13 is fixed with backgauge cylinder 17 to be connected
It connects, the top of cutting edge slot, and the discharge end opposite side with discharging track is arranged in the striker plate 13, and the striker plate 13 makes to discharge
The shell 19 of orbit transports is accurately fallen into cutting edge slot.
Embodiment 2
Shell finishing machine, including feeding unit, pusher unit, deburring unit and support unit, the feeding unit will
Shell 19 slides to pusher unit, and shell 19 is pushed to deburring unit by the pusher unit, and the deburring unit is to shell
19 deburrings, the support unit leak out the shell 19 in deburring unit.
The deburring unit includes burring mechanism, press mechanism and sensor 7, and the burring mechanism is fixed on out
Below the discharge end for expecting track, the press mechanism is located at the top of burring mechanism, the burring mechanism and press mechanism
The side of burring mechanism is arranged in burr around cooperation removal shell 19, the sensor 7.
The burring mechanism includes deburring component and pedestal 24, and the deburring component slippage is arranged in pedestal 24
On, a cutting edge slot is formed among the deburring component, offers through-hole corresponding with cutting edge slot on the pedestal 24, it is described
Rewinding case is set below through-hole.
The deburring component is arranged four groups.Four groups of burring mechanisms are evenly distributed on pedestal 24, the bottom of to
The center position of seat 24 is mobile.
The deburring component includes burring knife 14, deburring fixed block 10 and guide fixed block 11, the deburring
10 one end of fixed block is fixedly connected with burring knife 14, and the other end is provided with the inclined-plane with press mechanism cooperation, and the guiding is fixed
Block 11 is fixedly connected on pedestal 24, and is located on deburring fixed block 10, and the deburring fixed block 10 is slidably arranged in
On pedestal 24, the burring knife 14 is fixedly connected with deburring fixed block 10, and the burring knife 14 encloses cutting edge slot.
The burring knife 14 is L-type, and the burring knife 14 of four L-types encloses cutting edge slot.
Reset spring is provided on the deburring fixed block 10, the deburring fixed block 10 is L-type, the pedestal 24
On be provided with the sliding slot 39 slided for deburring fixed block 10, the sliding slot 39 is described to 24 center position of pedestal to setting
39 length direction activities are arranged deburring fixed block 10 along the chute, and described 10 one end of deburring fixed block and burring knife 14 connect
It connects, the other end is located in sliding slot 39, and reset spring is arranged in the end in sliding slot 39.
The press mechanism includes lower air cylinder 20, connecting plate 23, lower lock block 31 and Slanted ejecting component, the lower air cylinder 20
It is fixed on above burring mechanism, the top surface of the connecting plate 23 is fixedly connected with lower air cylinder 20, and the bottom surface of connecting plate 23 is solid
Fix briquetting 31 and Slanted ejecting component.
The lower air cylinder 20 is fixed in lower air cylinder fixed plate 21, and the lower air cylinder fixed plate 21 is fixed on column
On A15, column A15 is arranged two, and column A15 is separately fixed on pedestal 24, and the lower air cylinder 20 is fixedly connected with pushing
The piston rod of plate 22, the lower air cylinder 20 is connect with the connection fixing block 30 on lower platen 22 with T connector, the lower platen
22 are fixedly connected with connecting plate 23, and 22 both ends of lower platen slidably connect column B16, the column B16 fixed setting
On pedestal 24.
Column C33 is additionally provided on the pedestal 24, the column C33 is arranged 4, and the column C33 is to press mechanism
It is limited.
The Slanted ejecting component is arranged four groups.
The Slanted ejecting component includes oblique top 9 and oblique top fixing piece 8, and the oblique top fixing piece 8 is fixed on connecting plate 23, institute
Oblique top 9 is stated by being movably connected on oblique top fixing piece 8.
Spring is fixedly connected between the oblique top 9 and oblique top fixing piece 8.
Through-hole is offered on the oblique top fixing piece 8, the oblique top 9 is fixedly connected in through-hole by pin shaft.
The oblique top fixing piece 8 is L-type.
The contact of incline plane of the inclined surface of oblique top 9 and deburring fixed block 10, by deburring fixed block 10 to 24 center of pedestal
It drives, the reset spring on deburring fixed block 10 can contact the side wall of 24 guide groove 28 of pedestal, after press mechanism reset, multiple
Under the action of the spring of position, deburring fixed block 10 drives burring knife 14 to reset.
The support unit includes that supporting block 12, support plate 27 and support cylinder 18, the supporting block 12 are arranged in cutting edge
In slot, the supporting block 12 is fixedly connected with support plate 27 by spring 1, and the support plate 27 is fixedly connected with support cylinder 18.
Deburring completes the movement of rear support cylinder 18 and support plate 27 is driven to move to the direction far from cutting edge slot, drives support
Block 12 skids off cutting edge slot, and shell 19 is fallen under gravity in rewinding case.
The feeding unit includes the feeding track 1 being obliquely installed.
The pusher unit includes buffer unit, pushing component, pusher track 6 and pusher sensor 25, the pusher rail
Road 6 is provided with guide groove 28 for receiving the shell 19 that feeding unit slides on the pusher track 6, the pushing component with
Guide groove 28 is slidably connected, and shell 19 is pushed to cutting edge slot, the buffer unit by the pushing component and the cooperation of pusher track 6
It is movably arranged on 6 top of pusher track, the side of pusher track 6 is arranged in the pusher sensor 25.
The buffer unit includes two block buffering plates 5, and the two block buffering plates 5 are rotatably arranged on the upper of pusher track 6
Side, for buffering and positioning to shell 19.
The two sides of the pusher track 6 are provided with fixed block, and the buffer board 5 is hinged on fixed block, the hinge
Connect can be hinge spring mode it is hinged.The end for being also possible to buffer board 5 is hinged on fixed block by pin shaft, buffer board 5
Middle part is connect by spring two with buffer board 5.The pusher sensor 25 is fixed above fixed block.
The pushing component includes U-shaped expeller 4 and pusher cylinder 29, and the U-shaped expeller 4 connects with the sliding of guide groove 28
It connects, the pusher cylinder 29 controls U-shaped expeller 4 and moves.The U-shaped pusher is fixedly connected with charging ram 38, the material returned bar fastly
It is fixedly connected with charging ram guide pad 35, the charging ram guide pad 35 is fixedly connected with 38 link block of charging ram, the charging ram 38
Link block is fixedly connected with the piston rod of pusher cylinder 29.
The pusher track 6 is fixedly connected with guiding sliding shoe 40, and the guiding sliding shoe 40 is slidably connected at guiding V
In type groove 37, the guiding V-groove 37 is fixedly installed, the banking pin 36
36 are fixed on guiding V-groove 37, the banking pin 36
36 are connect by spring three with guiding sliding shoe 40.
The U-shaped expeller 4 is slidably connected on guide groove 28 by the connection of 28 link block of guide groove, leading on pusher track 6
28 1 end closure of slot, it is open at one end, when the pusher cylinder 29 drives U-shaped expeller 4 that shell 19 is pushed to move, U-shaped expeller
28 link block of guide groove on 4 does not give pusher track 6 active force, banking pin 36
Spring three on 36 extends, and slides in U-shaped expeller 4, pusher track 6 is released by spring three, U-shaped 4 He of expeller
Pusher track 6 moves together, shell 19 is sent to cutting edge slot, after shell 19 is fallen, the pusher cylinder 29 drives U-shaped pusher
Block 4 resets, and U-shaped expeller 4 drives pusher track 6 to reset together.
The pusher unit further includes stock stop, and the discharge port pair of pusher track 6 is arranged in the stock stop
Face.
The stock stop includes striker plate 13 and backgauge cylinder 17, and the striker plate 13 is fixed with backgauge cylinder 17 to be connected
It connects, the top of cutting edge slot, and the discharge end opposite side with discharging track is arranged in the striker plate 13, and the striker plate 13 makes to discharge
The shell 19 of orbit transports is accurately fallen into cutting edge slot.
The backgauge cylinder 17 and support cylinder 18 are each attached in air cylinder fixed plate 21, and the air cylinder fixed plate 21 is fixed
On the opposite of 6 discharge end of pusher track.
Embodiment 3
On the basis of embodiment 2:
The feeding unit further includes testing agency, and the testing agency is fixed on 1 middle part of feeding track.
The testing agency includes that detection cylinder 2 and detection sensor 3, the side of the feeding track 1 are fixedly connected with gear
Expect cylinder 17, the other side of feeding track 1 is fixedly connected with detection material sensor 7, and the detection cylinder 2 and detection sensor 3 are matched
Close the chamfering direction of control shell 19.
Chamfering is provided on the cutting edge slot that the burring knife 14 encloses.
The present apparatus is for removing the shell 19 with chamfering.
Whole device is controlled by PLC controller, and PLC controller can be Mitsubishi FX3U-64MT AC220V.
Detection cylinder 22, backgauge cylinder 1717, support cylinder 1818, lower air cylinder 2020, pusher cylinder 29 etc. pass through
PLC controller control.
Detection sensor 33, pusher sensor 2525, sensor 77 etc. are electrically connected with PLC controller.Specific steps:
1, product is using being manually placed at feeding track 1, and backgauge cylinder 17 blocks product, and backgauge sensor 73 detects
After the chamfering of shell 19, backgauge cylinder 17 is acted, and shell 19 falls to pusher track 6, and backgauge cylinder 17 resets；
2, after pusher sensor 25 detects shell 19 in place, U-shaped expeller 4 is advanced past buffer board 5 for product
It is pushed into cutting edge slot, drives striker plate 13 to move at the same time in the mobile backgauge cylinder 17 simultaneously of U-shaped expeller 4, prevents product inertia from pushing away
Cutting edge slot out；
3, when sensor 7 detects the shell 19 for reaching deburring unit, pusher cylinder 29 drives U-shaped expeller 4 multiple
, it is fallen in supporting block 12 under shell 19；
4, after shell 19 is fallen in supporting block 12, after sensor 7 detects shell 19 in place, lower air cylinder 20 drives connecting plate
23, lower lock block 31 and Slanted ejecting component move down contact burring knife fixed block 10, and burring knife fixed block 10 passes through fixed guide
Determine block 11 and control 4 directions to movement at cutting edge center, burring knife 14 is under the drive of burring knife fixed block 10 to shell 19
It draws close and is close to 19 shape of shell, the lower movement of 19 shape of shell is withstood by lower lock block 31, product shape burr is by burring knife 14
Remove, when being depressed into the limit (12 spring downward of supporting block to the limit), supporting block 12 is by 18 drive actions of support cylinder by product
Vacantly, product is by being gravitationally fallen in rewinding case；
5, after the completion of the above movement, cylinder and the movement of lower air cylinder 20 reset, and one-off is completed.
Claims (10)
1. shell finishing machine, it is characterised in that: described to send including feeding unit, pusher unit, deburring unit and support unit
Shell (19) is slided to pusher unit by material unit, and shell (19) is pushed to deburring unit, the unhairing by the pusher unit
Unit is pierced to shell (19) deburring, the support unit leaks out the shell (19) in deburring unit.
2. shell finishing machine as described in claim 1, it is characterised in that: the deburring unit include burring mechanism, under
Press mechanism and sensor (7), the burring mechanism are fixed below the discharge end of discharging track, and the press mechanism, which is located at, to be gone
Burr around the top of burr mechanism, the burring mechanism and press mechanism cooperation removal shell (19), the sensor
(7) side of burring mechanism is set.
3. shell finishing machine as claimed in claim 2, it is characterised in that: the burring mechanism includes deburring component and bottom
Seat (24), the deburring component slippage are arranged on pedestal (24), and a cutting edge slot, institute are formed among the deburring component
It states and offers through-hole corresponding with cutting edge slot on pedestal (24).
4. shell finishing machine as claimed in claim 3, it is characterised in that: the deburring component include burring knife (14),
Deburring fixed block (10) and guide fixed block (11), described deburring fixed block (10) one end are fixedly connected with burring knife
(14), the other end is provided with the inclined-plane with press mechanism cooperation, and the guide fixed block (11) is fixedly connected on pedestal (24),
And be located on deburring fixed block (10), the deburring fixed block (10) is slidably arranged on pedestal (24), the unhairing
Bayonet (14) is fixedly connected with deburring fixed block (10), and the burring knife (14) encloses cutting edge slot.
5. shell finishing machine as claimed in claim 2, it is characterised in that: the press mechanism includes lower air cylinder (20), connects
Fishplate bar (23), lower lock block (31) and Slanted ejecting component, the lower air cylinder (20) are fixed on above burring mechanism, the connecting plate
(23) top surface is fixedly connected with lower air cylinder (20), the bottom surface fixed lower lock block (31) of connecting plate (23) and Slanted ejecting component.
6. shell finishing machine as claimed in claim 5, it is characterised in that: the Slanted ejecting component includes that oblique top (9) and oblique top are solid
Determine part (8), the oblique top fixing piece (8) is fixed on connecting plate (23), and the oblique top (9) is fixed by being movably connected in oblique top
On part (8).
7. shell finishing machine as described in claim 1, it is characterised in that: the support unit includes supporting block (12), support
Plate (27) and support cylinder (18), the supporting block (12) are arranged in cutting edge slot, and the supporting block (12) passes through spring one
(26) it is fixedly connected support plate (27), the support plate (27) is fixedly connected with support cylinder (18).
8. shell finishing machine as described in claim 1, it is characterised in that: the feeding unit includes the feeding rail being obliquely installed
Road (1).
9. shell finishing machine as described in claim 1, it is characterised in that: the pusher unit includes buffer unit, pusher portion
Part, pusher track (6) and pusher sensor (25), the pusher track (6) is for receiving the shell that feeding unit slides
(19), guide groove (28) are provided on the pusher track (6), the pushing component is slidably connected with guide groove (28), the pusher
Shell (19) is pushed to cutting edge slot by component and pusher track (6) cooperation, the buffer unit be movably arranged on pusher track (
6) top, side of pusher sensor (25) setting in pusher track (6).
10. shell finishing machine as claimed in claim 9, it is characterised in that: the pushing component include U-shaped expeller (4) and
Pusher cylinder (29), the U-shaped expeller (4) are slidably connected with guide groove (28), and the pusher cylinder (29) controls U-shaped pusher
Block (4) movement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822256196.7U CN209504681U (en) | 2018-12-29 | 2018-12-29 | Shell finishing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822256196.7U CN209504681U (en) | 2018-12-29 | 2018-12-29 | Shell finishing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209504681U true CN209504681U (en) | 2019-10-18 |
Family
ID=68198594
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822256196.7U Active CN209504681U (en) | 2018-12-29 | 2018-12-29 | Shell finishing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209504681U (en) |
-
2018
- 2018-12-29 CN CN201822256196.7U patent/CN209504681U/en active Active
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