CN107668166A - A kind of automatic rotary disc type scallop opens shell and takes shellfish column device - Google Patents
A kind of automatic rotary disc type scallop opens shell and takes shellfish column device Download PDFInfo
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- CN107668166A CN107668166A CN201711133445.7A CN201711133445A CN107668166A CN 107668166 A CN107668166 A CN 107668166A CN 201711133445 A CN201711133445 A CN 201711133445A CN 107668166 A CN107668166 A CN 107668166A
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- knife
- post
- internal organ
- shellfish
- upper casing
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- A—HUMAN NECESSITIES
- A22—BUTCHERING; MEAT TREATMENT; PROCESSING POULTRY OR FISH
- A22C—PROCESSING MEAT, POULTRY, OR FISH
- A22C29/00—Processing shellfish or bivalves, e.g. oysters, lobsters; Devices therefor, e.g. claw locks, claw crushers, grading devices; Processing lines
- A22C29/04—Processing bivalves, e.g. oysters
- A22C29/043—Cleaning operations on bivalves, e.g. evisceration, brushing, separation of meat and shell material
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- A—HUMAN NECESSITIES
- A22—BUTCHERING; MEAT TREATMENT; PROCESSING POULTRY OR FISH
- A22C—PROCESSING MEAT, POULTRY, OR FISH
- A22C29/00—Processing shellfish or bivalves, e.g. oysters, lobsters; Devices therefor, e.g. claw locks, claw crushers, grading devices; Processing lines
- A22C29/04—Processing bivalves, e.g. oysters
- A22C29/046—Opening or shucking bivalves
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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- Life Sciences & Earth Sciences (AREA)
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- Wood Science & Technology (AREA)
- Zoology (AREA)
- Food Science & Technology (AREA)
- Processing Of Meat And Fish (AREA)
Abstract
Shell, which is opened, the invention discloses a kind of automatic rotary disc type scallop takes shellfish column device, including frame, slewing equipment, cutter device, remove housing apparatus, remove internal organ device, cut shellfish column device, remove lower housing apparatus, the slewing equipment is fixed on the downside of frame central, the cutter device is fixed on the left of frame upper surface, it is described to go lower housing apparatus to be fixed on the right side of frame upper surface, cutter device and lower housing apparatus is gone to be arranged in symmetric position at left and right sides of center of turntable, it is described to remove housing apparatus, remove internal organ device, shellfish column device is cut to be arranged in cutter device and go uniformly to be fixed on the upside of frame in the direction of the clock between lower housing apparatus and in disk peripheral；The device deft design, compact-sized, easy to install, efficiency high.
Description
Technical field
The present invention relates to scallop to open shell pipelining mechanical field, is opened in particular to a kind of automatic rotary disc type scallop
Shell takes shellfish column device.
Background technology
Scallop delicious, rich in protein and vitamin, nutritive value is high, very popular.The shell of scallop
In sector, two shells are almost equal, and rear ear is more than vestibule, has byssal foramen below vestibule.And possess strong closed shell flesh so that fan
Shellfish opens shell and takes meat very difficult, and the shell of opening for scallop domestic at present takes meat work is most of still to complete by hand, production efficiency
It is low, labor intensity is big, working environment is severe, and scallop food security is troubling, and housing apparatus is opened based on automatic rotary disc type scallop
It is required that it is that scallop is cut neat at shell and do not destroy scallop splanchna that wherein scallop, which opens casing tech requirement, upper casing technological requirement is gone to go
Upper casing knife follows an example to move along scallop upper casing inner surface cuts away scallop pole upper end, goes internal organ technological requirement to go internal organ device to incite somebody to action
Internal organ completely remove and do not destroy viscera tissue structure, do not find the Patents for meeting this requirement at present, do not look on the market
To the Related product for meeting this requirement, for the ease of realizing that the shell of opening to the efficient mechanical automation of scallop takes meat, solves scallop
The requirement that shell takes meat is opened, a kind of automatic rotary disc type scallop is devised and opens housing apparatus.Cutting action in the streamline, go upper casing process
Internal organ process is particularly significant with going.
The content of the invention
Shell, which is opened, it is an object of the invention to provide a kind of automatic rotary disc type scallop takes shellfish column device, the device deft design, knot
Structure is compact, easy to install, efficiency high.
To achieve the above object, the present invention takes following technical scheme；A kind of automatic rotary disc type scallop opens shell and takes Bei Zhu to fill
Put, including frame, slewing equipment, cutter device, remove housing apparatus, remove internal organ device, cut shellfish column device, remove lower housing apparatus, its
It is characterised by：The slewing equipment is fixed on the downside of frame central, and the cutter device is fixed on the left of frame upper surface, described
Lower housing apparatus is gone to be fixed on the right side of frame upper surface, cutter device and to go lower housing apparatus to be arranged in symmetrical at left and right sides of center of turntable
Position, according to cutter device, upper housing apparatus is removed, remove internal organ device, cut shellfish column device, remove lower casing device sequence and in disk peripheral
Uniformly it is fixed in the direction of the clock on the upside of frame.
The cutter device includes cutting cylinder, electric machine support, motor, guide pillar I, guide pillar II, leading truck, push pedal, disk
Blade, the leading truck are fixedly connected with frame, and cutting cylinder is fixed on centre position on the downside of leading truck, the guide pillar I, guide pillar
II is slided above and below leading truck in holes, and guide pillar I, the upper end of guide pillar II are fixedly connected with electric machine support, and motor is fixed on motor branch
On frame, guide pillar I, the lower end of guide pillar II and push pedal are fixedly connected with cutting cylinder piston rod, and it is defeated that the cylinder blade is fixed on motor
On shaft.
It is described to go housing apparatus to include upper casing horizontal air cylinder, upper casing vertical cylinder, go upper casing knife, upper casing horizontal air cylinder branch
Frame, upper casing vertical cylinder support, upper casing knife rest, upper casing tool post, upper casing knife roller I, upper casing knife roller II, the upper casing horizontal gas
Jar support is fixed in frame, and the upper casing horizontal air cylinder is fixedly connected with upper casing horizontal air cylinder support, the upper casing vertical gas
Jar support is fixedly connected with upper casing horizontal air cylinder, and the upper casing vertical cylinder is fixedly connected with upper casing vertical cylinder support, described
Upper casing knife rest is fixedly connected with upper casing horizontal air cylinder piston rod, described to go to upper casing knife end to be fixedly connected with upper casing knife rest, described
Upper casing knife roller I, upper casing knife roller II are hinged on the inside of upper casing tool post, and the upper casing tool post is consolidated with upper casing vertical cylinder piston rod
Fixed connection, goes upper casing knife to be slided between upper casing knife roller I, upper casing knife roller II.
It is described to go internal organ device to include visceral level cylinder, internal organ vertical cylinder, go internal organ knife, visceral level cylinder branch
Frame, internal organ vertical cylinder support, internal organ knife rest, internal organ tool post, internal organ knife roller I, internal organ knife roller II, the visceral level gas
Jar support is fixed in frame, and the visceral level cylinder is fixedly connected with visceral level air cylinder support, the internal organ vertical gas
Jar support is fixedly connected with visceral level cylinder, and the internal organ vertical cylinder is fixedly connected with internal organ vertical cylinder support, described
Internal organ knife rest is fixedly connected with visceral level cylinder piston rod, described to go to internal organ knife end to be fixedly connected with internal organ knife rest, described
Internal organ knife roller I, internal organ knife roller II are hinged on the inside of internal organ tool post, and the internal organ tool post is consolidated with internal organ vertical cylinder piston rod
Fixed connection, goes internal organ knife to be slided between internal organ knife roller I, internal organ knife roller II.
The shellfish column device of cutting includes shellfish post horizontal air cylinder, shellfish post vertical cylinder, cuts shellfish post knife, shellfish post horizontal air cylinder branch
Frame, shellfish post vertical cylinder support, shellfish post knife rest, shellfish post tool post, shellfish post knife roller I, shellfish post knife roller II, the shellfish post horizontal gas
Jar support is fixed in frame, and the shellfish post horizontal air cylinder is fixedly connected with shellfish post horizontal air cylinder support, the shellfish post vertical gas
Jar support is fixedly connected with shellfish post horizontal air cylinder, and the shellfish post vertical cylinder is fixedly connected with shellfish post vertical cylinder support, described
Shellfish post knife rest is fixedly connected with shellfish post horizontal air cylinder piston rod, described to take shellfish post knife end to be fixedly connected with shellfish post knife rest, described
Shellfish post knife roller I, shellfish post knife roller II are hinged on the inside of shellfish post tool post, and the shellfish post tool post is consolidated with shellfish post vertical cylinder piston rod
Fixed connection, cutting shellfish post knife can slide between shellfish post knife roller I, shellfish post knife roller II.
It is described to go lower housing apparatus to include lower casing horizontal air cylinder, lower casing vertical cylinder, go lower casing knife, lower casing horizontal air cylinder branch
Frame, lower casing vertical cylinder support, lower casing knife rest, lower casing tool post, lower casing knife roller I, lower casing knife roller II, the lower casing horizontal gas
Jar support is fixed in frame, and the lower casing horizontal air cylinder is fixedly connected with lower casing horizontal air cylinder support, the lower casing vertical gas
Jar support is fixedly connected with lower casing horizontal air cylinder, and the lower casing vertical cylinder is fixedly connected with lower casing vertical cylinder support, described
Lower casing knife rest is fixedly connected with lower casing horizontal air cylinder piston rod, described to go to lower casing knife end to be fixedly connected with lower casing knife rest, described
Lower casing knife roller I, lower casing knife roller II are hinged on the inside of lower casing tool post, and the lower casing tool post is consolidated with lower casing vertical cylinder piston rod
Fixed connection, goes lower casing knife to be slided between lower casing knife roller I, lower casing knife roller II.
It is using beneficial effect caused by above-mentioned technical proposal：Machine shares six processes, respectively the first work
Sequence feeding, the cutting of the second process, the 3rd process go upper casing, the 4th process to go internal organ, the 5th process to cut Bei Zhu, and the 6th process is gone down
Shell, for each operation in the original location, rotary cylinder component drives rotating disk often to turn round 60 degree in the first process to the machine original state
Just a Manual feeding is carried out, Manual feeding on the scallop fixture of the previous position of cutting action, turns round i.e. by scallop clamping
Cylinder assembly drives rotating disk to turn round 60 degree, and the fixture equipped with scallop is rotated in cutting action position and stopped, in the second work
Sequence cutting cylinder assembly drive motor moves cutting scallop straight down, is high-speed electric expreess locomotive from motor, ensures that cylinder blade is high
Fast circumgyration incision scallop end face is neat, by adjusting cutter device and relative position of the scallop fixture in frame, ensures cutting
Scallop process does not destroy scallop splanchna, and rotary cylinder component drives rotating disk to turn round 60 degree after the completion of cutting action, and quilt will be housed
The scallop fixture of cutting scallop, which rotates, to be gone upper casing procedure position and is stopping, and the 3rd process is vertical in upper casing horizontal air cylinder and upper casing
The lower drive of cylinder linkage effect goes upper casing knife to put on the inside of scallop to follow an example along scallop upper casing from scallop incision and move, and removes upper casing knife
Follow an example to move along scallop upper casing and upper shellfish post is cut and turns down upper casing, go rotary cylinder component band turn after the completion of upper casing process
Disk turns round 60 degree, is going internal organ procedure position by being rotated equipped with the scallop fixture for removing upper casing scallop and is stopping, the 4th process
Internal organ vertical cylinder, which first acts, will go internal organ knife to compress scallop lower casing upper surface, then visceral level cylinder drive go internal organ knife to
After move, all internal organ on scallop lower casing are completely wiped off, go rotary cylinder component after the completion of internal organ process to drive rotating disk to return
Turn 60 degree, cutting shellfish post procedure position by being rotated equipped with the scallop fixture for removing internal organ scallop and stopping, the 5th process shellfish post
Vertical cylinder, which first acts, will cut shellfish post knife compression scallop lower casing upper surface, and then shellfish post horizontal air cylinder drive is cut shellfish post knife and transported backward
It is dynamic, the shellfish post on scallop lower casing is wiped off, rotary cylinder component drives rotating disk to turn round 60 degree after the completion of going shellfish post process, will fill
The scallop fixture for having only surplus scallop lower casing, which rotates, to be gone lower casing procedure position and is stopping, and the 6th process lower casing vertical cylinder first acts
Lower casing cutter holder will be gone to live at left and right sides of scallop lower casing, then lower casing horizontal air cylinder, which drives, goes lower casing knife to move backward, by under scallop
Shell is wiped off, to this one scallop process of completion, after 60 degree of course of work rotating disk revolution terminates, feeding, is cut, is gone
Shell, internal organ are removed, Bei Zhuhe is cut and goes six processes of lower casing while carry out, after the completion of this six processes all work, rotating disk turns round again
60 degree, pipelining is realized in and so on circulation.The device deft design, compact-sized, easy to install, efficiency
It is high.
Brief description of the drawings
Fig. 1 is complete machine axle side structure schematic diagram of the present invention.
Fig. 2 is cutter device and slewing equipment axle side structure schematic diagram in the present invention.
Fig. 3 is to remove upper casing assembly axis side structure schematic diagram in the present invention.
Fig. 4 is to remove internal organ assembly axis side structure schematic diagram in the present invention.
Fig. 5 is to cut shellfish column device axle side structure schematic diagram in the present invention.
Fig. 6 is to remove lower casing assembly axis side structure schematic diagram in the present invention.
In figure：1st, frame；2nd, cutter device；3rd, slewing equipment；4th, housing apparatus is removed；5th, internal organ device is removed；6th, Bei Zhu is cut
Device；7th, lower housing apparatus is removed；20th, cylinder is cut；21st, electric machine support；22nd, motor；23rd, guide pillar I；24th, guide pillar II；25th, it is oriented to
Frame；26th, push pedal；27th, cylinder blade；30th, rotating disk；31st, rotary cylinder；32nd, rotary cylinder support；33rd, connecting rod；34th, ratchet
Seat；35th, ratchet；36th, ratchet；37th, rotating shaft；38th, bearing cup；39th, locking nut；9th, scallop fixture；40th, upper casing horizontal air cylinder；
41st, upper casing vertical cylinder；42nd, upper casing knife is removed；43rd, upper casing horizontal air cylinder support；44th, upper casing vertical cylinder support；45th, upper casing knife
Frame；46th, upper casing tool post；47th, upper casing knife roller I；48th, upper casing knife roller II；50th, visceral level cylinder；51st, internal organ vertical gas
Cylinder；52nd, internal organ knife is removed；53rd, visceral level air cylinder support；54th, internal organ vertical cylinder support；55th, internal organ knife rest；56th, internal organ knife
Post；57th, internal organ knife roller I；58th, internal organ knife roller II；60th, shellfish post horizontal air cylinder；61st, shellfish post vertical cylinder；62nd, Bei Zhu is cut
Knife；63rd, shellfish post horizontal air cylinder support；64th, shellfish post vertical cylinder support；65th, shellfish post knife rest；66th, shellfish post tool post；67th, shellfish post knife
Roller I；68th, shellfish post knife roller II；70th, lower casing horizontal air cylinder；71st, lower casing vertical cylinder；72nd, lower casing knife is removed；73rd, lower casing water
Flat air cylinder support；74th, lower casing vertical cylinder support；75th, lower casing knife rest,；76 lower casing tool posts；77th, lower casing knife roller I；78th, lower casing
Knife roller II.
Embodiment
Below in conjunction with the accompanying drawings, the present invention will be further described：
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, a kind of automatic rotary disc type scallop opens shell and takes shellfish column device, including frame 1,
Slewing equipment 3, cutter device 2, housing apparatus 4 is removed, internal organ device 5 is removed, cuts shellfish column device 6, removes lower housing apparatus 7, its feature exists
In：The slewing equipment 3 is fixed on the downside of the center of frame 1, and the cutter device 2 is fixed on the left of the upper surface of frame 1, described to go
Lower housing apparatus 7 is fixed on the right side of the upper surface of frame 1, cutter device 2 and goes lower housing apparatus 7 to be arranged at left and right sides of the center of rotating disk 30
Symmetric position, according to cutter device 2, remove upper housing apparatus 4, remove internal organ device 5, cut shellfish column device 6, go the order of lower housing apparatus 7 and
The upside of frame 1 is uniformly fixed in the direction of the clock in the circumference of rotating disk 30.
Cutter device 2 includes cutting cylinder 20, electric machine support 21, motor 22, guide pillar I 23, guide pillar II 24, leading truck
25th, push pedal 26, cylinder blade 27, leading truck 25 are bolted to connection with frame 1, and cutting cylinder 20 is bolted on
The downside centre position of leading truck 25, guide pillar I 23, guide pillar II 24 slide in leading truck about 25 in holes, guide pillar I 23, guide pillar
II 24 upper ends are threadably secured with electric machine support 21 and are connected, and motor 22 is bolted on electric machine support 21, guide pillar I
23rd, the lower end of guide pillar II 24 and push pedal 26 are bolted to connection with the cutting piston rod of cylinder 20, and cylinder blade 27 passes through screw thread
It is fixed on the output shaft of motor 22；
Slewing equipment 3 includes rotating disk 30, rotary cylinder 31, rotary cylinder support 32, connecting rod 33, pawl base 34, ratchet 35, ratchet
36th, rotating shaft 37, bearing cup 38, locking nut 39, scallop fixture 9, bearing cup 38 are fixedly connected by welding with frame 1, bearing
Two bearings are placed in cup 38, rotating shaft 37 rotates in two bearings, and the upper end of rotating shaft 37 is fixedly connected by welding with rotating disk 30, spine
Wheel 36 is fixedly connected by key with rotating shaft 37, ratchet 36 lean on the shaft shoulder of rotating shaft 37 and with the lower surface axially position of bearing cup 38, ratchet
Seat 34 is hinged in rotating shaft 37, and locking nut 39 is fixed on the lower end of rotating shaft 37 and compresses pawl base 34, and rotary cylinder support 32 is logical
Cross and be bolted to the lower section of frame 1, rotary cylinder 31 is bolted on rotary cylinder support 32, and the upper end of connecting rod 33 passes through
Screw thread is vertically fixed on the piston rod of rotary cylinder 31, and the lower end of connecting rod 33 is slided in one end groove of pawl base 34, and ratchet 35 is pacified
Mounted in the other end of pawl base 34, ratchet 35 engages with ratchet 36, uniform six sets of scallop fixtures 9 on the circumferencial direction of rotating disk 30；
Go housing apparatus 4 include upper casing horizontal air cylinder 40, upper casing vertical cylinder 41, upper casing knife 42, upper casing horizontal air cylinder support 43,
Upper casing vertical cylinder support 44, upper casing knife rest 45, upper casing tool post 46, upper casing knife roller I 47, upper casing knife roller II 48, upper casing
Horizontal air cylinder support 43 is bolted in frame 1, and upper casing horizontal air cylinder 41 passes through spiral shell with upper casing horizontal air cylinder support 43
Bolt is fixedly connected, and upper casing vertical cylinder support 44 is bolted to connection with upper casing horizontal air cylinder 40, upper casing vertical cylinder 41
It is bolted to connection with upper casing vertical cylinder support 44, upper casing knife rest 45 passes through screw thread with the piston rod of upper casing horizontal air cylinder 40
It is fixedly connected, goes to the end of upper casing knife 42 to be bolted to connection with upper casing knife rest 45, upper casing knife roller I 47, upper casing knife roller
II 48 are hinged on the inner side of upper casing tool post 46, and upper casing tool post 46 is threadably secured with the piston rod of upper casing vertical cylinder 41 and is connected, goes
Upper casing knife 42 can slide between upper casing knife roller I 47, upper casing knife roller II 48；
Internal organ device 5 is gone to include visceral level cylinder 50, internal organ vertical cylinder 51, remove internal organ knife 52, visceral level air cylinder support
53rd, internal organ vertical cylinder support 54, internal organ knife rest 55, internal organ tool post 56, internal organ knife roller I 57, internal organ knife roller II 58, it is interior
The flat air cylinder support 53 of filthy water is bolted in frame 1, and visceral level cylinder 50 passes through with visceral level air cylinder support 53
Bolt is fixedly connected, and internal organ vertical cylinder support 54 is bolted to connection with visceral level cylinder 50, internal organ vertical cylinder
51 are bolted to connection with internal organ vertical cylinder support 54, and internal organ knife rest 55 passes through spiral shell with the piston rod of visceral level cylinder 50
Line is fixedly connected, and goes to the end of internal organ knife 52 to be bolted to connection with internal organ knife rest 55, internal organ knife roller I 57, the rolling of internal organ knife
To take turns II 58 and be hinged on the inner side of internal organ tool post 56, internal organ tool post 56 is threadably secured with the piston rod of internal organ vertical cylinder 51 and is connected,
Internal organ knife 52 can slide between internal organ knife roller I 57, internal organ knife roller II 58；
Cutting shellfish column device 6 includes shellfish post horizontal air cylinder 60, shellfish post vertical cylinder 61, cuts shellfish post knife 62, shellfish post horizontal air cylinder support
63rd, shellfish post vertical cylinder support 64, shellfish post knife rest 65, shellfish post tool post 66, shellfish post knife roller I 67, shellfish post knife roller II 68, shellfish
Post horizontal air cylinder support 63 is bolted in frame 1, and shellfish post horizontal air cylinder 60 passes through with shellfish post horizontal air cylinder support 63
Bolt is fixedly connected, and shellfish post vertical cylinder support 64 is bolted to connection with shellfish post horizontal air cylinder 60, shellfish post vertical cylinder
61 are bolted to connection with shellfish post vertical cylinder support 64, and shellfish post knife rest 65 passes through spiral shell with the piston rod of shellfish post horizontal air cylinder 60
Line is fixedly connected, and is cut the end of shellfish post knife 62 and is bolted to connection with shellfish post knife rest 65, shellfish post knife roller I 67, the rolling of shellfish post knife
To take turns II 68 and be hinged on the inner side of shellfish post tool post 66, shellfish post tool post 66 is threadably secured with the piston rod of shellfish post vertical cylinder 61 and is connected,
Cutting shellfish post knife 62 can slide between shellfish post knife roller I 67, shellfish post knife roller II 68；
Lower housing apparatus 7 is gone to include lower casing horizontal air cylinder 70, lower casing vertical cylinder 71, remove lower casing knife 72, lower casing horizontal air cylinder support
73rd, lower casing vertical cylinder support 74, lower casing knife rest 75, lower casing tool post 74, lower casing knife roller I 77, lower casing knife roller II 78, under
Shell horizontal air cylinder support 73 is bolted in frame 1, and lower casing horizontal air cylinder 70 passes through with lower casing horizontal air cylinder support 73
Bolt is fixedly connected, and lower casing vertical cylinder support 74 is bolted to connection with lower casing horizontal air cylinder 70, lower casing vertical cylinder
71 are bolted to connection with lower casing vertical cylinder support 74, and lower casing knife rest 75 passes through spiral shell with the piston rod of lower casing horizontal air cylinder 70
Line is fixedly connected, and goes to the end of lower casing knife 72 to be bolted to connection with lower casing knife rest 75, lower casing knife roller I 77, the rolling of lower casing knife
To take turns II 78 and be hinged on the inner side of lower casing tool post 76, lower casing tool post 76 is threadably secured with the piston rod of lower casing vertical cylinder 71 and is connected,
Lower casing knife 72 is gone to be slided between lower casing knife roller I 77, lower casing knife roller II 78.
For cylinder involved in the present invention by solenoid valve control, machine shares six processes, respectively feeding, cutting,
Remove upper casing, remove internal organ, cut Bei Zhu, remove lower casing, the machine original state be each operation in the original location, 31 groups of rotary cylinder during operation
Part drives rotating disk 30 often to turn round 60 degree and just carries out a Manual feeding in the first process, and Manual feeding is cutting scallop clamping
On the scallop fixture 9 for cutting the previous position of process, the component of rotary cylinder 31 drives rotating disk 30 to turn round 60 degree, by equipped with scallop
Scallop fixture 9 is rotated in cutting action position and stopped, in the second process cutting cylinder 20 component drive motor 22 straight down
Motion cutting scallop, is high-speed electric expreess locomotive from motor 22, ensures that the high speed circumgyration incision scallop end face of cylinder blade 27 is neat, passes through
Cutter device 2 and relative position of the scallop fixture 9 in frame 1 are adjusted, ensures that cutting scallop process does not destroy scallop splanchna, cuts
The component of rotary cylinder 31 drives rotating disk 30 to turn round 60 degree after the completion of cutting process, by 9 turns of the scallop fixture equipped with cut scallop
Move and going upper casing procedure position and stopping, the 3rd process is in upper casing horizontal air cylinder 40 and the linkage of upper casing vertical cylinder 41 effect lower band
It is dynamic to go upper casing knife 42 to put on the inside of scallop and follow an example along scallop upper casing from scallop incision to move, remove upper casing knife 42 along scallop upper casing
Upper shellfish post is cut and turns down upper casing by motion of following an example, and the component of rotary cylinder 31 drives rotating disk 30 to turn round after the completion of going upper casing process
60 degree, going internal organ procedure position by being rotated equipped with the scallop fixture 9 for removing upper casing scallop and stopping, the 4th process internal organ hang down
Straight cylinder 51, which first acts, will go internal organ knife 52 to compress scallop lower casing upper surface, and then visceral level cylinder 50 drives and removes internal organ knife 52
Move backward, all internal organ on scallop lower casing are completely wiped off, go the component of rotary cylinder 31 band turn after the completion of internal organ process
Disk 30 turns round 60 degree, is cutting shellfish post procedure position by being rotated equipped with the scallop fixture 9 for removing internal organ scallop and is stopping, the 5th work
Sequence shellfish post vertical cylinder 61 first acts and will cut shellfish post knife 62 and compress scallop lower casing upper surface, and then shellfish post horizontal air cylinder 60 drives and cut
Shellfish post knife 62 is moved backward, and the shellfish post on scallop lower casing is wiped off, goes the component of rotary cylinder 31 band turn after the completion of shellfish post process
Disk turns round 60 degree, is going lower casing procedure position by being rotated equipped with the scallop fixture 9 for only remaining scallop lower casing and is stopping, the 6th process
Lower casing vertical cylinder 71, which first acts, will go lower casing knife 72 to clamp at left and right sides of scallop lower casing, and then lower casing horizontal air cylinder 70 drives and gone
Lower casing knife 72 is moved backward, and scallop lower casing is wiped off, to this one scallop process of completion, the revolution of course of work rotating disk 30 six
After ten degree are terminated, feeding, cut, remove upper casing, remove internal organ, cutting Bei Zhuhe and go six processes of lower casing while carry out, this six processes
After the completion of all working, rotating disk 30 turns round 60 degree again, and pipelining is realized in and so on circulation, the device deft design,
Compact-sized, easy to install, efficiency high.
The present embodiment is to present inventive concept and the explanation realized, is not limited, in structure of the present invention
Under think of, without the technical scheme that substantially converts still in protection domain.
Claims (1)
1. opening shell the invention discloses a kind of automatic rotary disc type scallop takes shellfish column device, including frame, slewing equipment, cutting dress
Put, remove housing apparatus, remove internal organ device, cut shellfish column device, remove lower housing apparatus, it is characterised in that：The slewing equipment is fixed on
On the downside of frame central, the cutter device is fixed on the left of frame upper surface, described to go lower housing apparatus to be fixed on frame upper surface
Right side, cutter device and goes lower housing apparatus to be arranged in symmetric position at left and right sides of center of turntable, according to cutter device, goes upper casing to fill
Put, remove internal organ device, cut shellfish column device, remove lower casing device sequence and be uniformly fixed on frame in the direction of the clock in disk peripheral
Upside；
The cutter device includes cutting cylinder, electric machine support, motor, guide pillar I, guide pillar II, leading truck, push pedal, cylinder blade,
The leading truck is fixedly connected with frame, and cutting cylinder is fixed on centre position on the downside of leading truck, and the guide pillar I, guide pillar II exist
Leading truck is slided in holes up and down, and guide pillar I, the upper end of guide pillar II are fixedly connected with electric machine support, and motor is fixed on electric machine support,
Guide pillar I, the lower end of guide pillar II and push pedal are fixedly connected with cutting cylinder piston rod, and the cylinder blade is fixed on motor output shaft
On；
It is described go housing apparatus include upper casing horizontal air cylinder, upper casing vertical cylinder, go upper casing knife, upper casing horizontal air cylinder support, on
Shell vertical cylinder support, upper casing knife rest, upper casing tool post, upper casing knife roller I, upper casing knife roller II, the upper casing horizontal air cylinder branch
Frame is fixed in frame, and the upper casing horizontal air cylinder is fixedly connected with upper casing horizontal air cylinder support, the upper casing vertical cylinder branch
Frame is fixedly connected with upper casing horizontal air cylinder, and the upper casing vertical cylinder is fixedly connected with upper casing vertical cylinder support, the upper casing
Knife rest is fixedly connected with upper casing horizontal air cylinder piston rod, described to go to upper casing knife end to be fixedly connected with upper casing knife rest, the upper casing
Knife roller I, upper casing knife roller II are hinged on the inside of upper casing tool post, and the upper casing tool post is fixed with upper casing vertical cylinder piston rod to be connected
Connect；
It is described to go internal organ device to include visceral level cylinder, internal organ vertical cylinder, remove internal organ knife, be visceral level air cylinder support, interior
Dirty vertical cylinder support, internal organ knife rest, internal organ tool post, internal organ knife roller I, internal organ knife roller II, the visceral level cylinder branch
Frame is fixed in frame, and the visceral level cylinder is fixedly connected with visceral level air cylinder support, the internal organ vertical cylinder branch
Frame is fixedly connected with visceral level cylinder, and the internal organ vertical cylinder is fixedly connected with internal organ vertical cylinder support, the internal organ
Knife rest is fixedly connected with visceral level cylinder piston rod, described to go to internal organ knife end to be fixedly connected with internal organ knife rest, the internal organ
Knife roller I, internal organ knife roller II are hinged on the inside of internal organ tool post, and the internal organ tool post is fixed with internal organ vertical cylinder piston rod to be connected
Connect；
The shellfish column device of cutting includes shellfish post horizontal air cylinder, shellfish post vertical cylinder, cuts shellfish post knife, shellfish post horizontal air cylinder support, shellfish
Post vertical cylinder support, shellfish post knife rest, shellfish post tool post, shellfish post knife roller I, shellfish post knife roller II, the shellfish post horizontal air cylinder branch
Frame is fixed in frame, and the shellfish post horizontal air cylinder is fixedly connected with shellfish post horizontal air cylinder support, the shellfish post vertical cylinder branch
Frame is fixedly connected with shellfish post horizontal air cylinder, and the shellfish post vertical cylinder is fixedly connected with shellfish post vertical cylinder support, the shellfish post
Knife rest is fixedly connected with shellfish post horizontal air cylinder piston rod, described to take shellfish post knife end to be fixedly connected with shellfish post knife rest, the shellfish post
Knife roller I, shellfish post knife roller II are hinged on the inside of shellfish post tool post, and the shellfish post tool post is fixed with shellfish post vertical cylinder piston rod to be connected
Connect；
It is described go lower housing apparatus include lower casing horizontal air cylinder, lower casing vertical cylinder, go lower casing knife, lower casing horizontal air cylinder support, under
Shell vertical cylinder support, lower casing knife rest, lower casing tool post, lower casing knife roller I, lower casing knife roller II, the lower casing horizontal air cylinder branch
Frame is fixed in frame, and the lower casing horizontal air cylinder is fixedly connected with lower casing horizontal air cylinder support, the lower casing vertical cylinder branch
Frame is fixedly connected with lower casing horizontal air cylinder, and the lower casing vertical cylinder is fixedly connected with lower casing vertical cylinder support, the lower casing
Knife rest is fixedly connected with lower casing horizontal air cylinder piston rod, described to go to lower casing knife end to be fixedly connected with lower casing knife rest, the lower casing
Knife roller I, lower casing knife roller II are hinged on the inside of lower casing tool post, and the lower casing tool post is fixed with lower casing vertical cylinder piston rod to be connected
Connect.
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| CN201711133445.7A CN107668166B (en) | 2017-11-16 | 2017-11-16 | Automatic rotating disc type scallop shell opening and scallop column taking device |
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| CN201711133445.7A CN107668166B (en) | 2017-11-16 | 2017-11-16 | Automatic rotating disc type scallop shell opening and scallop column taking device |
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| CN107668166A true CN107668166A (en) | 2018-02-09 |
| CN107668166B CN107668166B (en) | 2022-10-14 |
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| CN201711133445.7A Active CN107668166B (en) | 2017-11-16 | 2017-11-16 | Automatic rotating disc type scallop shell opening and scallop column taking device |
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| CN108782726A (en) * | 2018-07-18 | 2018-11-13 | 王根节 | Separating shell and meat device |
| CN108935616A (en) * | 2018-09-27 | 2018-12-07 | 北海智联投资有限公司 | A kind of portable device digging nail spiral shell meat |
| CN108935614A (en) * | 2018-07-10 | 2018-12-07 | 北海益生源农贸有限责任公司 | A kind of automatic poking vehicle spiral shell meat device |
| CN108967500A (en) * | 2018-07-27 | 2018-12-11 | 莆田市兴诚水产有限公司 | A kind of abalone decladding removes internal organ device and method |
| CN110663754A (en) * | 2019-11-18 | 2020-01-10 | 浙江工商职业技术学院 | Live fresh scallop meat-taking processing machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110663754B (en) * | 2019-11-18 | 2021-11-19 | 浙江工商职业技术学院 | Live fresh scallop meat-taking processing machine |
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| CN107668166B (en) | 2022-10-14 |
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Application publication date: 20180209 Assignee: BAODING JIALI FOOD MACHINE Co.,Ltd. Assignor: AGRICULTURAL University OF HEBEI Contract record no.: X2023990000222 Denomination of invention: An automatic turntable shell-opening and shell-picking device for scallops Granted publication date: 20221014 License type: Common License Record date: 20230221 |