CN110434614A - A kind of preparation facilities of blood vessel section blood vessel bracket - Google Patents
A kind of preparation facilities of blood vessel section blood vessel bracket Download PDFInfo
- Publication number
- CN110434614A CN110434614A CN201910700010.9A CN201910700010A CN110434614A CN 110434614 A CN110434614 A CN 110434614A CN 201910700010 A CN201910700010 A CN 201910700010A CN 110434614 A CN110434614 A CN 110434614A
- Authority
- CN
- China
- Prior art keywords
- compression blocks
- slide bar
- cutting
- spring
- wheel disc
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61F—FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
- A61F2/00—Filters implantable into blood vessels; Prostheses, i.e. artificial substitutes or replacements for parts of the body; Appliances for connecting them with the body; Devices providing patency to, or preventing collapsing of, tubular structures of the body, e.g. stents
- A61F2/82—Devices providing patency to, or preventing collapsing of, tubular structures of the body, e.g. stents
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/04—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass for both machining and other metal-working operations
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B1/00—Presses, using a press ram, characterised by the features of the drive therefor, pressure being transmitted directly, or through simple thrust or tension members only, to the press ram or platen
- B30B1/26—Presses, using a press ram, characterised by the features of the drive therefor, pressure being transmitted directly, or through simple thrust or tension members only, to the press ram or platen by cams, eccentrics, or cranks
- B30B1/261—Presses, using a press ram, characterised by the features of the drive therefor, pressure being transmitted directly, or through simple thrust or tension members only, to the press ram or platen by cams, eccentrics, or cranks by cams
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61F—FILTERS IMPLANTABLE INTO BLOOD VESSELS; PROSTHESES; DEVICES PROVIDING PATENCY TO, OR PREVENTING COLLAPSING OF, TUBULAR STRUCTURES OF THE BODY, e.g. STENTS; ORTHOPAEDIC, NURSING OR CONTRACEPTIVE DEVICES; FOMENTATION; TREATMENT OR PROTECTION OF EYES OR EARS; BANDAGES, DRESSINGS OR ABSORBENT PADS; FIRST-AID KITS
- A61F2240/00—Manufacturing or designing of prostheses classified in groups A61F2/00 - A61F2/26 or A61F2/82 or A61F9/00 or A61F11/00 or subgroups thereof
Abstract
The present invention relates to medical fields, it in particular is a kind of preparation facilities of blood vessel section blood vessel bracket, blood vessel timbering material can be compressed by compression set, the thickness of compression material is adjustable, cutting driving means can be pushed to below device clout is generated after compression, it can also be below the material automatic push to device processed, facilitate collection, including main stand device, cut assembly, compress assembly surplus material recovery device and speed change gear assembly, pass through the cam driven compression blocks in compression set, compression, block slide bar, connecting rod I, connecting rod II, slide bar and the movement of cam slide-bar, realize the adjusting that the thickness of compression material is, after process finishing, cutting push slider I and cutting push sliding block III in cutting driving means are pushed to extra clout below device, pass through cutting It pushes sliding block II and the material compressed is also pushed workbench in the following, conveniently artificially collecting.
Description
Technical field
The present invention relates to medical fields, are in particular a kind of preparation facilities of blood vessel section blood vessel bracket.
Background technique
Blood vessel bracket is the common medical instrument of blood vessel section, but general blood vessel bracket preparation facilities can only
The blood vessel bracket of fixed specification is prepared, and function is relatively simple.
Summary of the invention
The object of the present invention is to provide a kind of preparation facilities of blood vessel section blood vessel bracket, can pass through compression set
Blood vessel timbering material is compressed, the thickness of compression material be it is adjustable, cutting driving means can be producing after compression
Raw clout is pushed to device in the following, can also be the material automatic push processed to device in the following, facilitating collection.
The purpose of the present invention is achieved through the following technical solutions:
A kind of preparation facilities of blood vessel section blood vessel bracket, including main stand device, cutting assembly, compression group
Fit surplus material recovery device and speed change gear assembly, it is characterised in that: the main stand device is sliding equipped with main stand
Rail I, main stand sliding rail II, main stand sliding rail III and main stand, the main stand sliding rail I, main stand sliding rail II
It is arranged at main stand upper end with main stand sliding rail III, main stand sliding rail I, main stand sliding rail II and main stand are sliding
Rail III is sequentially distributed from back to front；
The cutting assembly includes cutting wheel disc I, cutting wheel disc II, cutting wheel disc III, cutting assembly slider I, cuts
It is sliding to cut assembly sliding block II, cutting assembly sliding block III, cutting assembly slide bar I, cutting assembly slide bar II, cutting assembly
Bar III and cutting assembly wheel disc IV, described to cut in the connecting shaft that assembly wheel disc IV is fixedly connected on, cutting wheel disc I is fixed
It is connected to cutting IV front end of assembly wheel disc, cutting wheel disc II is fixedly connected on cutting I front end of wheel disc, and cutting wheel disc III is fixed to be connected
Connect cutting II front end of wheel disc, cutting assembly slide bar III left end be hinged on cutting assembly wheel disc IV and cutting wheel disc I it
Between, the left end of cutting assembly slide bar II is hinged between cutting wheel disc I and cutting wheel disc II, cuts a left side for assembly slide bar I
End is hinged between cutting wheel disc II and cutting wheel disc III, and the right end for cutting assembly slide bar III is hinged on cutting combination by pin
Body slider I left end, the right end for cutting assembly slide bar II are hinged on cutting II left end of assembly sliding block by pin, cut assembly
The right end of slide bar I is hinged on cutting assembly sliding block III by pin；
The cutting assembly slider I, cutting assembly sliding block II and cutting assembly sliding block III are slidably connected at respectively
III inner end of main stand sliding rail I, main stand sliding rail II and main stand sliding rail is fixedly connected on a main stand left side by base
The rear end of end face；
The compression assembly include compression block body, compression blocks slide bar, compression blocks connecting rod I, compression blocks connecting rod II,
Compression blocks slide bar, spring block, compression blocks movable block, compression blocks cam, compression blocks motor, compression blocks spring I, cam slide-bar,
Compression blocks spring II and compression blocks spring slide bar, compression blocks slide bar rear end are equipped with sliding slot I, and compression blocks slide bar front end is equipped with recessed
Slot, compression block body rear end are equipped with boss, and compression block body rear end boss is slidably connected in the sliding slot of compression blocks slide bar, compresses
Block connecting rod I is hinged on compression block body upper end by pin, and II rear end thereof of compression blocks connecting rod is connected to compression blocks connecting rod I
Upper end, compression blocks slide bar by being welded to connect in the upper end of compression blocks slide bar front end face, slide by the rear end of compression blocks spring slide bar
It is connected to compression blocks slide bar front end, compression blocks spring II is socketed on compression blocks spring slide bar, and compression blocks slide bar upper end, which is equipped with, to be slided
Slot II, spring block are slidably connected in the sliding slot II of compression blocks slide bar upper end, and the lower end of spring block is equipped with through-hole, compression blocks
Spring slide bar is plugged in the through-hole of spring block lower end, and the right side of spring block is equipped with threaded hole I, the right side of compression blocks slide bar
End face is equipped with multiple threaded holes II, and spring block is locked by bolt and compression blocks slide bar, and compression blocks motor is fixed by base
It is connected to the front end of compression blocks slide bar, the connecting shaft of compression blocks motor is fixedly connected on compression blocks cam eccentric position, compression blocks
Cam is equipped with oval sliding rail, and the left end of cam slide-bar is slidably connected in the oval sliding rail of compression blocks cam, cam slide-bar
Middle-end be rotatably connected on II front end of compression blocks connecting rod, compression blocks connecting rod II is equipped with rectangle sliding rail, compression blocks movable block
It being slidably connected in the rectangle sliding rail in compression blocks connecting rod II, the front end of compression blocks slide bar upper surface is equipped with spring fixing axle I,
The lower end of compression blocks spring I is fixedly connected in the spring fixing axle I of the front end of compression blocks slide bar upper surface, compression blocks spring I
Upper end be fixedly connected on the right end of cam slide-bar, the left end of the compression blocks movable block is rotatably connected on spring block upper end；
The compression blocks the lower end of the slider is bolted on main stand, and it is sliding that compression block body is plugged on main stand
II right end of rail；
The surplus material recovery device includes that N-type outline border, manual rotation cam, middle-end balladeur train sliding slot, balladeur train set spring, middle-end are solid
Fixed board, middle-end drive plate, transmission hinge bar one, drive friction plate one, input bull stick, output rod, middle-end balladeur train, fixed link one,
Circular pin, prismatic slide bar one, interior push spring one, speed regulating motor, input straight-tooth one, transmission straight-tooth body, input rotary rod body, transmission rub
Disk two, prismatic slide bar two, fixed link two, output bar body, casing and interior push spring two are wiped, outside the manual rotation cam and N-type
Frame rotation connection, middle-end balladeur train sliding slot are arranged in N-type outline border, and balladeur train set spring is in compressive state, and balladeur train covers spring socket connection
On N-type outline border, middle-end fixed plate is slidably connected with middle-end balladeur train sliding slot, and manual rotation cam and the cooperation of middle-end fixed plate connect
It connects, middle-end drive plate and middle-end fixed plate are rotatablely connected, drive friction plate one and middle-end drive plate frictional drive, prismatic slide bar one
It is fixedly connected with drive friction plate one, prismatic slide bar one is slidably connected with transmission hinge bar one, is driven hinge bar one and circular pin
Rotation connection, circular pin are fixedly connected with fixed link one, and input bull stick and transmission hinge bar one are articulated and connected, middle-end balladeur train and N
Type outline border is slidably connected, and between prismatic slide bar one and transmission hinge bar one, interior push spring one is in compression shape for the interior setting of push spring one
State, transmission straight-tooth body are fixedly connected with input bull stick, transmission straight-tooth body and one engaged transmission of input straight-tooth, input straight-tooth one and tune
The output shaft of speed motor is fixedly connected, drive friction plate two and middle-end drive plate frictional drive, and drive friction plate two and prismatic are sliding
Bar two is fixedly connected, and prismatic slide bar two is connect with cannula slide, and interior push spring two is arranged between prismatic slide bar two and casing, output
Bar body and N-type outline border are rotatablely connected, and output bar body and casing are articulated and connected, output bar body and cutting assembly wheel disc IV
It is fixedly connected；
The speed change gear assembly include fixing lug boss, collect outline border, conveyor screw leaf, fixed frame, transmission bull stick two,
Transmission cone tooth two, transmission bore tooth three, driving belt and are connected to rectangular opening, and the collection outline border is fixedly connected with fixing lug boss, defeated
Square auger leaf and collection outline border rotation connection, fixed frame are fixedly connected and are connected to collection outline border, and transmission bull stick two and collection are outer
Frame rotation connection, transmission cone tooth two are fixedly connected with transmission bull stick two, three engaged transmission of transmission cone tooth two and transmission cone tooth, transmission
Cone tooth three is fixedly connected with helical-blade, is connected to rectangular opening connection and is collected outline border and fixed frame, fixing lug boss and the fixed company of N-type outline border
It connects, driving belt is connected between transmission bull stick two and output bar body.
As advanced optimizing for the technical program, a kind of preparation of blood vessel section blood vessel bracket of invention
Device, the main stand sliding rail I are identical with III specification size of main stand sliding rail.
As advanced optimizing for the technical program, a kind of preparation of blood vessel section blood vessel bracket of invention
Device, the cutting wheel disc I, cutting wheel disc II, cutting wheel disc III and the axis coincidence for cutting assembly wheel disc IV, cuts wheel disc
I, the structure and specification for cutting wheel disc II is identical, and cutting wheel disc I is oppositely arranged with cutting wheel disc II.
As advanced optimizing for the technical program, a kind of preparation of blood vessel section blood vessel bracket of invention
Device, the compression blocks spring II are in compressive state, and the right side of spring block is equipped with threaded hole I, the right side of compression blocks slide bar
End face is equipped with multiple threaded holes II, and spring block is connect by bolt with compression blocks slide bar.
A kind of preparation facilities of blood vessel section blood vessel bracket of the invention has the beneficial effect that
A kind of preparation facilities of blood vessel section blood vessel bracket of the present invention, is compressed by the cam driven in compression set
Block, compression, block slide bar, connecting rod I, connecting rod II, slide bar and the movement of cam slide-bar, realize the tune that the thickness of compression material is
It saves, after process finishing, cutting push slider I and cutting in cutting driving means push sliding block III and extra clout are pushed to
The material compressed in the following, also pushed workbench in the following, conveniently artificially collecting by cutting push sliding block II by device.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is overall structure diagram one of the invention；
Fig. 2 is overall structure diagram two of the invention；
Fig. 3 is main stand apparatus structure schematic diagram one of the invention；
Fig. 4 is cutting composite unit structure schematic diagram one of the invention；
Fig. 5 is present invention cutting composite unit structure schematic diagram two；
Fig. 6 is cutting composite unit structure schematic diagram three of the invention；
Fig. 7 is cutting composite unit structure schematic diagram four of the invention；
Fig. 8 is cutting composite unit structure schematic diagram five of the invention；
Fig. 9 is cutting composite unit structure schematic diagram six of the invention；
Figure 10 is compression composite unit structure schematic diagram one of the invention；
Figure 11 is compression composite unit structure schematic diagram two of the invention；
Figure 12 is compression composite unit structure schematic diagram three of the invention；
Figure 13 is compression composite unit structure schematic diagram four of the invention；
Figure 14 is compression composite unit structure schematic diagram five of the invention；
Figure 15 is surplus material recovery device structural schematic diagram one of the invention；
Figure 16 is surplus material recovery device structural schematic diagram two of the invention；
Figure 17 is surplus material recovery device structural schematic diagram three of the invention；
Figure 18 is surplus material recovery device structural schematic diagram four of the invention；
Figure 19 is surplus material recovery device structural schematic diagram five of the invention；
Figure 20 is speed change gear composite unit structure schematic diagram one of the invention；
Figure 21 is speed change gear composite unit structure schematic diagram two of the invention.
In figure: main stand device 1；I 1-1 of main stand sliding rail；II 1-2 of main stand sliding rail；Main stand sliding rail III
1-3；Main stand 1-4；Cut assembly 2；Cut I 2-2 of wheel disc；Cut II 2-3 of wheel disc；Cut III 2-4 of wheel disc；Cutting combination
Body slider I 2-5；Cut II 2-6 of assembly sliding block；Cut III 2-7 of assembly sliding block；Cut I 2-8 of assembly slide bar；Cutting group
Fit II 2-9 of slide bar；Cut III 2-10 of assembly slide bar；Cut IV 2-11 of assembly wheel disc；Compress assembly 3；Compression blocks sheet
Body 3-1；Compression blocks slide bar 3-2；I 3-3 of compression blocks connecting rod；II 3-4 of compression blocks connecting rod；Compression blocks slide bar 3-5；Spring block
3-6；Compression blocks movable block 3-7；Compression blocks cam 3-8；Compression blocks motor 3-9；I 3-10 of compression blocks spring；Cam slide-bar 3-11；
II 3-12 of compression blocks spring；Compression blocks spring slide bar 3-13；Surplus material recovery device 4；N-type outline border 4-1；Manual rotation cam 4-2；
Middle-end balladeur train sliding slot 4-3；Balladeur train covers spring 4-4；Middle-end fixed plate 4-5；Middle-end drive plate 4-6；It is driven one 4-7 of hinge bar；Transmission
One 4-8 of frictional disk；Input bull stick 4-9；Output rod 4-10；Middle-end balladeur train 4-11；One 4-12 of fixed link；Circular pin 4-13；Prismatic
One 4-14 of slide bar；Interior one 4-15 of push spring；Speed regulating motor 4-16；Input one 4-17 of straight-tooth；It is driven straight-tooth body 4-18；Input bull stick sheet
Body 4-19；Two 4-20 of drive friction plate；Two 4-21 of prismatic slide bar；Two 4-22 of fixed link；Export bar body 4-23；Casing 4-24；
Interior two 4-25 of push spring；Speed change gear assembly 5；Fixing lug boss 5-1；Collect outline border 5-2；Conveyor screw leaf 5-3；Fixed frame 5-4；
It is driven two 5-5 of bull stick；Transmission cone two 5-6 of tooth；Transmission cone three 5-7 of tooth；Driving belt 5-8；It is connected to rectangular opening 5-9.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different
Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole
It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described
It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin
Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing
Envelope.
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1-2 1, a kind of preparation facilities of blood vessel section blood vessel bracket, including
Main stand device 1, cutting assembly 2, compression 3 surplus material recovery device 4 of assembly and speed change gear assembly 5, feature exists
In: the main stand device 1 is equipped with I 1-1 of main stand sliding rail, II 1-2 of main stand sliding rail, III 1- of main stand sliding rail
3 and main stand 1-4, I 1-1 of main stand sliding rail, II 1-2 of main stand sliding rail and III 1-3 of main stand sliding rail are all provided with
It sets in the upper end main stand 1-4, I 1-1 of main stand sliding rail, II 1-2 of main stand sliding rail and III 1-3 of main stand sliding rail are from rear
It is sequentially distributed forward；
The cutting assembly 2 includes cutting I 2-2 of wheel disc, cutting II 2-3 of wheel disc, cutting III 2-4 of wheel disc, cutting combination
Body slider I 2-5, cutting II 2-6 of assembly sliding block, cutting III 2-7 of assembly sliding block, cutting I 2-8 of assembly slide bar, cutting group
Fit II 2-9 of slide bar, cutting III 2-10 of assembly slide bar and cutting IV 2-11 of assembly wheel disc, the cutting assembly wheel disc IV
In the connecting shaft that 2-11 is fixedly connected on, cutting I 2-2 of wheel disc is fixedly connected on cutting IV front end 2-11 of assembly wheel disc, cutting
II 2-3 of wheel disc is fixedly connected on cutting I front end 2-2 of wheel disc, and cutting III 2-4 of wheel disc is fixedly connected on cutting II front end 2-3 of wheel disc,
The left end of cutting III 2-10 of assembly slide bar is hinged between cutting IV 2-11 of assembly wheel disc and cutting I 2-2 of wheel disc, cutting group
The left end of fit II 2-9 of slide bar is hinged between cutting I 2-2 of wheel disc and cutting II 2-3 of wheel disc, cutting I 2-8's of assembly slide bar
Left end is hinged between cutting II 2-3 of wheel disc and cutting III 2-4 of wheel disc, and the right end for cutting III 2-10 of assembly slide bar is cut with scissors by pin
It connects in the cutting left end assembly slider I 2-5, the right end of cutting II 2-9 of assembly slide bar is hinged on cutting assembly by pin and slides
II left end 2-6 of block, the right end for cutting I 2-8 of assembly slide bar are hinged on cutting III 2-7 of assembly sliding block by pin；
The cutting assembly slider I 2-5, cutting II 2-6 of assembly sliding block and cutting III 2-7 of assembly sliding block are slided respectively
It is dynamic to be connected to I 1-1 of main stand sliding rail, II 1-2 of main stand sliding rail and III inner end 1-3 of main stand sliding rail, it is solid by base
Surely it is connected to the rear end of the left side main stand 1-4；
Due to cutting I 2-2 of wheel disc with cutting II 2-3 installation site of wheel disc on the contrary, so cutting is combined in cutting assembly 2
When body slider I 2-5 and cutting III 2-7 of assembly sliding block move to rearmost end, before cutting II 2-6 of assembly sliding block is moved to most
End, has been achieved and has moved to rearmost end, before cutting assembly slider I 2-5 and cutting III 2-7 of assembly sliding block are moved to most
When end, cutting II 2-6 of assembly sliding block moves to rearmost end, the material automatic push processed to device in the following, being received
Collection, the material automatic push processed are to device in the following, output bar body 4-23 rotation, drives this process back and forth to carry out；
The compression assembly 3 includes compression block body 3-1, compression blocks slide bar 3-2, I 3-3 of compression blocks connecting rod, compression
II 3-4 of block connecting rod, compression blocks slide bar 3-5, spring block 3-6, compression blocks movable block 3-7, compression blocks cam 3-8, compression blocks
Motor 3-9, I 3-10 of compression blocks spring, cam slide-bar 3-11, II 3-12 of compression blocks spring and compression blocks spring slide bar 3-13, institute
The compression blocks rear end slide bar 3-2 is stated equipped with sliding slot I, the compression blocks front end slide bar 3-2 is equipped with groove, and the compression rear end block body 3-1 is equipped with
Boss, the compression rear end block body 3-1 boss are slidably connected in the sliding slot of compression blocks slide bar 3-2, and I 3-3 of compression blocks connecting rod is logical
It crosses pin and is hinged on the compression upper end block body 3-1, II 3-4 rear end thereof of compression blocks connecting rod is connected on I 3-3 of compression blocks connecting rod
End, compression blocks slide bar 3-5, which passes through, to be welded to connect in the upper end of compression blocks slide bar 3-2 front end face, compression blocks spring slide bar 3-13's
Rear end is slidably connected at the front end compression blocks slide bar 3-2, and II 3-12 of compression blocks spring is socketed on compression blocks spring slide bar 3-13, pressure
The contracting block upper end slide bar 3-5 is equipped with sliding slot II, and spring block 3-6 is slidably connected in the sliding slot II of the upper end compression blocks slide bar 3-5, bullet
The lower end of spring sliding block 3-6 is equipped with through-hole, and compression blocks spring slide bar 3-13 is plugged in the through-hole of the lower end spring block 3-6, spring
The right side of sliding block 3-6 is equipped with threaded hole I, and the right side of compression blocks slide bar 3-5 is equipped with multiple threaded holes II, spring block 3-6
It is locked by bolt and compression blocks slide bar 3-5, before compression blocks motor 3-9 is fixedly connected on compression blocks slide bar 3-5 by base
End, the connecting shaft of compression blocks motor 3-9 are fixedly connected on compression blocks cam 3-8 eccentric position, and compression blocks cam 3-8 is equipped with ellipse
Shape sliding rail, the left end of cam slide-bar 3-11 are slidably connected in the oval sliding rail of compression blocks cam 3-8, cam slide-bar 3-11's
Middle-end is rotatably connected on II front end 3-4 of compression blocks connecting rod, and II 3-4 of compression blocks connecting rod is equipped with rectangle sliding rail, and compression blocks are living
Motion block 3-7 is slidably connected in the rectangle sliding rail on II 3-4 of compression blocks connecting rod, and the front end of the upper surface compression blocks slide bar 3-5 is set
There is spring fixing axle I, the lower end of I 3-10 of compression blocks spring is fixedly connected on the spring of the front end of the upper surface compression blocks slide bar 3-5
In fixing axle I, the upper end of I 3-10 of compression blocks spring is fixedly connected on the right end of cam slide-bar 3-11, the compression blocks movable block
The left end of 3-7 is rotatably connected on the upper end spring block 3-6；
The lower end compression blocks slide bar 3-2 is bolted on main stand 1-4, and compression block body 3-1 is plugged on
II 1-2 right end of main stand sliding rail；
It compresses in assembly 3, compression block body 3-1 is slidably connected in the sliding slot of compression blocks slide bar 3-2, compression blocks connection
I 3-3 of bar is hinged on the compression upper end block body 3-1 by pin, and II 3-4 rear end thereof of compression blocks connecting rod is connected to compression blocks connection
I upper end 3-3 of bar, for compression blocks slide bar 3-5 by being welded to connect in the upper end of compression blocks slide bar 3-2 front end face, compression blocks spring is sliding
The rear end of bar 3-13 is slidably connected in the groove of compression blocks slide bar 3-2 front end face, and II 3-12 of compression blocks spring is socketed in compression
On block spring slide bar 3-13, compression blocks spring slide bar 3-13 is plugged in the through-hole of the lower end spring block 3-6, compression blocks motor 3-
9 connecting shaft is fixedly connected with compression blocks cam 3-8 eccentric position, and the left end of cam slide-bar 3-11 is slidably connected compression blocks cam 3-
In 8 oval sliding rail, the middle-end of cam slide-bar 3-11 is rotatably connected on II front end 3-4 of compression blocks connecting rod, compression blocks activity
Block 3-7 is slidably connected in the rectangle sliding rail on II 3-4 of compression blocks connecting rod, the left end rotation connection of compression blocks movable block 3-7
In the upper end spring block 3-6, compression blocks motor 3-9 rotation passes through I 3-3 of compression blocks connecting rod, II 3-4 of compression blocks connecting rod, pressure
Contracting block slide bar 3-5, spring block 3-6, compression blocks movable block 3-7 and cam 3-8, realize the compression of material；
The surplus material recovery device 4 includes N-type outline border 4-1, manual rotation cam 4-2, middle-end balladeur train sliding slot 4-3, balladeur train
Cover spring 4-4, middle-end fixed plate 4-5, middle-end drive plate 4-6, transmission one 4-7 of hinge bar, one 4-8 of drive friction plate, input bull stick
4-9, output rod 4-10, middle-end balladeur train 4-11, one 4-12 of fixed link, circular pin 4-13, one 4-14 of prismatic slide bar, one 4- of interior push spring
15, speed regulating motor 4-16, input one 4-17 of straight-tooth, transmission straight-tooth body 4-18, input rotary rod body 4-19, two 4- of drive friction plate
20, two 4-21 of prismatic slide bar, two 4-22 of fixed link, output bar body 4-23, casing 4-24 and interior push spring two 4-25, it is described manually
Rotation cam 4-2 and N-type outline border 4-1 is rotatablely connected, and middle-end balladeur train sliding slot 4-3 is arranged in N-type outline border 4-1, and balladeur train covers spring 4-4
In compressive state, balladeur train set spring 4-4 socket is connected on N-type outline border 4-1, middle-end fixed plate 4-5 and middle-end balladeur train sliding slot 4-3
It is slidably connected, manual rotation cam 4-2 and middle-end fixed plate 4-5 are cooperatively connected, middle-end drive plate 4-6 and middle-end fixed plate 4-5
Rotation connection, one 4-8 of drive friction plate and middle-end drive plate 4-6 frictional drive, one 4-14 of prismatic slide bar and drive friction plate one
4-8 is fixedly connected, and one 4-14 of prismatic slide bar is slidably connected with transmission one 4-7 of hinge bar, transmission one 4-7 of hinge bar and circular pin 4-
13 rotation connections, circular pin 4-13 are fixedly connected with one 4-12 of fixed link, and input bull stick 4-9 and transmission one 4-7 of hinge bar are hinged
Connection, middle-end balladeur train 4-11 are slidably connected with N-type outline border 4-1, and interior one 4-15 of push spring setting is in one 4-14 of prismatic slide bar and transmission
Between one 4-7 of hinge bar, interior one 4-15 of push spring is in compressive state, and transmission straight-tooth body 4-18 is fixedly connected with input bull stick 4-9,
It is driven straight-tooth body 4-18 and input one 4-17 of straight-tooth engaged transmission, the output shaft for inputting one 4-17 of straight-tooth and speed regulating motor 4-16 is solid
Fixed connection, two 4-20 of drive friction plate and middle-end drive plate 4-6 frictional drive, two 4-20 of drive friction plate and two 4- of prismatic slide bar
21 are fixedly connected, and two 4-21 of prismatic slide bar and casing 4-24 is slidably connected, and interior two 4-25 of push spring is arranged in two 4-21 of prismatic slide bar
Between casing 4-24, output bar body 4-23 and N-type outline border 4-1 are rotatablely connected, and output bar body 4-23 and casing 4-24 are cut with scissors
It connects in succession, output bar body 4-23 is fixedly connected with cutting IV 2-11 of assembly wheel disc；
The speed change gear assembly 5 includes fixing lug boss 5-1, collects outline border 5-2, conveyor screw leaf 5-3, fixed frame 5-
4, two 5-5 of bull stick, transmission cone two 5-6 of tooth, transmission cone three 5-7 of tooth, driving belt 5-8 are driven and is connected to rectangular opening 5-9, the receipts
Collection outline border 5-2 be fixedly connected with fixing lug boss 5-1, conveyor screw leaf 5-3 and collect outline border 5-2 rotation connection, fixed frame 5-4 and
Collect outline border 5-2 be fixedly connected and be connected to, transmission two 5-5 of bull stick and collect outline border 5-2 rotation connection, transmission cone two 5-6 of tooth with
Transmission two 5-5 of bull stick is fixedly connected, transmission cone two 5-6 of tooth and transmission cone three 5-7 of tooth engaged transmission, transmission cone three 5-7 of tooth and spiral shell
Vane 5-3 is fixedly connected, and outline border 5-2 and fixed frame 5-4, fixing lug boss 5-1 and N-type outline border are collected in connection rectangular opening 5-9 connection
4-1 is fixedly connected, and driving belt 5-8 is connected between transmission two 5-5 of bull stick and output bar body 4-23.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-2 1, present embodiment is described further embodiment one, described
I 1-1 of main stand sliding rail is identical with III 1-3 specification size of main stand sliding rail.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-2 1, present embodiment is described further embodiment one, described
Cut I 2-2 of wheel disc, cutting II 2-3 of wheel disc, cutting III 2-4 of wheel disc and the axis coincidence for cutting IV 2-11 of assembly wheel disc, cutting
I 2-2 of wheel disc, the structure and specification for cutting II 2-3 of wheel disc are identical, and cutting I 2-2 of wheel disc is oppositely arranged with cutting II 2-3 of wheel disc.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-2 1, present embodiment is described further embodiment one, described
II 3-12 of compression blocks spring is in compressive state, and the right side of spring block 3-6 is equipped with threaded hole I, the right side of compression blocks slide bar 3-5
End face is equipped with multiple threaded holes II, and spring block 3-6 is connect by bolt with compression blocks slide bar 3-5.
A kind of preparation facilities of blood vessel section blood vessel bracket of the invention, its working principle is that:
In use, compression block body 3-1 is slidably connected in the sliding slot of compression blocks slide bar 3-2 in compression assembly 3, press
I 3-3 of contracting block connecting rod is hinged on the compression upper end block body 3-1 by pin, and II 3-4 rear end thereof of compression blocks connecting rod is connected to pressure
I upper end 3-3 of contracting block connecting rod, compression blocks slide bar 3-5 is by being welded to connect in the upper end of compression blocks slide bar 3-2 front end face, compression
The rear end of block spring slide bar 3-13 is slidably connected in the groove of compression blocks slide bar 3-2 front end face, II 3-12 of compression blocks spring set
It connects on compression blocks spring slide bar 3-13, compression blocks spring slide bar 3-13 is plugged in the through-hole of the lower end spring block 3-6, compression
The connecting shaft of block motor 3-9 is fixedly connected with compression blocks cam 3-8 eccentric position, and the left end of cam slide-bar 3-11 is slidably connected compression
In the oval sliding rail of block cam 3-8, the middle-end of cam slide-bar 3-11 is rotatably connected on II front end 3-4 of compression blocks connecting rod, pressure
Contracting block movable block 3-7 is slidably connected in the rectangle sliding rail on II 3-4 of compression blocks connecting rod, the left end of compression blocks movable block 3-7
It is rotatably connected on the upper end spring block 3-6, compression blocks motor 3-9 rotation passes through I 3-3 of compression blocks connecting rod, compression blocks connecting rod
II 3-4, compression blocks slide bar 3-5, spring block 3-6, compression blocks movable block 3-7 and cam 3-8, realize the compression of material, spring
Sliding block 3-6 is slidably connected in the sliding slot II of the upper end compression blocks slide bar 3-5, and spring block 3-6 passes through bolt and compression blocks slide bar
3-5 locking is adjusted, and the left end of the compression blocks movable block 3-7 is rotatably connected on the upper end spring block 3-6, compression blocks movable block
3-7 is slidably connected in the rectangle sliding rail on II 3-4 of compression blocks connecting rod, and spring block 3-6 sliding has adjusted compression blocks connection
The height of II 3-4 of bar has lever principle it is found that the maximum height of the rear end of II 3-4 of compression blocks connecting rod changes, so in fact
The adjusting of the thickness of compression material is showed, has cut in assembly 2 due to cutting I 2-2 of wheel disc and cutting II 2-3 installation site of wheel disc
On the contrary, so cutting assembly sliding block when cutting assembly slider I 2-5 and cutting III 2-7 of assembly sliding block move to rearmost end
II 2-6 moves to front end, has been achieved and has moved to rearmost end, as cutting assembly slider I 2-5 and cutting assembly sliding block
When III 2-7 moves to front end, cutting II 2-6 of assembly sliding block moves to rearmost end, and the material automatic push processed are arrived
Device is in the following, be collected, and the material automatic push processed are to device in the following, output bar body 4-23 rotation, drives this
Process back and forth carries out.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of preparation facilities of blood vessel section blood vessel bracket, including main stand device (1), cutting assembly (2), pressure
Contracting assembly (3) surplus material recovery device (4) and speed change gear assembly (5), it is characterised in that: the main stand device (1)
It is equipped with main stand sliding rail I (1-1), main stand sliding rail II (1-2), main stand sliding rail III (1-3) and main stand (1-
4), the main stand sliding rail I (1-1), main stand sliding rail II (1-2) and main stand sliding rail III (1-3) are arranged at master
The upper end body rack (1-4), main stand sliding rail I (1-1), main stand sliding rail II (1-2) and main stand sliding rail III (1-3) from
It is sequentially distributed before backward；
The cutting assembly (2) includes cutting wheel disc I (2-2), cutting wheel disc II (2-3), cutting wheel disc III (2-4), cutting
Assembly slider I (2-5), cutting assembly sliding block II (2-6), cutting assembly sliding block III (2-7), cutting assembly slide bar I
(2-8), cutting assembly slide bar II (2-9), cutting assembly slide bar III (2-10) and cutting assembly wheel disc IV (2-11), institute
It states in the connecting shaft that cutting assembly wheel disc IV (2-11) is fixedly connected on, cutting wheel disc I (2-2) is fixedly connected on cutting combination
The front end body wheel disc IV (2-11), cutting wheel disc II (2-3) are fixedly connected on cutting front end wheel disc I (2-2), cut III (2- of wheel disc
4) it is fixedly connected on cutting front end wheel disc II (2-3), the left end of cutting assembly slide bar III (2-10) is hinged on cutting assembly
Between wheel disc IV (2-11) and cutting wheel disc I (2-2), the left end of cutting assembly slide bar II (2-9) is hinged on cutting wheel disc I
(2-2) and cutting wheel disc II (2-3) between, cutting assembly slide bar I (2-8) left end be hinged on cutting wheel disc II (2-3) and
It cuts between wheel disc III (2-4), the right end for cutting assembly slide bar III (2-10) is hinged on cutting assembly slider I by pin
The left end (2-5), the right end for cutting assembly slide bar II (2-9) are hinged on cutting left end assembly sliding block II (2-6) by pin, cut
The right end for cutting assembly slide bar I (2-8) is hinged on cutting assembly sliding block III (2-7) by pin；
The cutting assembly slider I (2-5), cutting assembly sliding block II (2-6) and cutting assembly sliding block III (2-7) are respectively
It is slidably connected at main stand sliding rail I (1-1), main stand sliding rail II (1-2) and the inner end main stand sliding rail III (1-3), is led to
Cross the rear end that base is fixedly connected on the left side main stand (1-4)；
The compression assembly (3) include compression block body (3-1), compression blocks slide bar (3-2), compression blocks connecting rod I (3-3),
Compression blocks connecting rod II (3-4), compression blocks slide bar (3-5), spring block (3-6), compression blocks movable block (3-7), compression blocks are convex
Take turns (3-8), compression blocks motor (3-9), compression blocks spring I (3-10), cam slide-bar (3-11), compression blocks spring II (3-12) and
Compression blocks spring slide bar (3-13), the compression blocks slide bar rear end (3-2) are equipped with sliding slot I, and the front end compression blocks slide bar (3-2) is equipped with
Groove, the compression block body rear end (3-1) are equipped with boss, and the compression rear end block body (3-1) boss is slidably connected at compression blocks slide bar
In the sliding slot of (3-2), compression blocks connecting rod I (3-3) is hinged on compression upper end block body (3-1), compression blocks connecting rod by pin
II (3-4) rear end thereof is connected to the upper end compression blocks connecting rod I (3-3), and compression blocks slide bar (3-5) is being compressed by being welded to connect
The upper end of block slide bar (3-2) front end face, before the rear end of compression blocks spring slide bar (3-13) is slidably connected at compression blocks slide bar (3-2)
End, compression blocks spring II (3-12) are socketed on compression blocks spring slide bar (3-13), and the compression blocks slide bar upper end (3-5) is equipped with sliding slot
II, spring block (3-6) is slidably connected in the sliding slot II of the upper end compression blocks slide bar (3-5), and the lower end of spring block (3-6) is set
There is through-hole, compression blocks spring slide bar (3-13) is plugged in the through-hole of the lower end spring block (3-6), the right side of spring block (3-6)
End face is equipped with threaded hole I, and the right side of compression blocks slide bar (3-5) is equipped with multiple threaded holes II, and spring block (3-6) passes through bolt
It is locked with compression blocks slide bar (3-5), compression blocks motor (3-9) is fixedly connected on the front end of compression blocks slide bar (3-5) by base,
The connecting shaft of compression blocks motor (3-9) is fixedly connected on compression blocks cam (3-8) eccentric position, and compression blocks cam (3-8) is equipped with
Oval sliding rail, the left end of cam slide-bar (3-11) are slidably connected in the oval sliding rail of compression blocks cam (3-8), and cam is sliding
The middle-end of axis (3-11) is rotatably connected on the front end compression blocks connecting rod II (3-4), and compression blocks connecting rod II (3-4) is equipped with rectangle
Sliding rail, compression blocks movable block (3-7) are slidably connected in the rectangle sliding rail on compression blocks connecting rod II (3-4), compression blocks slide bar
The front end of the upper surface (3-5) is equipped with spring fixing axle I, and the lower end of compression blocks spring I (3-10) is fixedly connected on compression blocks slide bar
In the spring fixing axle I of the front end of the upper surface (3-5), the upper end of compression blocks spring I (3-10) is fixedly connected on cam slide-bar (3-
11) right end, the left end of the compression blocks movable block (3-7) are rotatably connected on the upper end spring block (3-6)；
Compression blocks slide bar (3-2) lower end is bolted on main stand (1-4), compresses block body (3-1) grafting
In main stand sliding rail II (1-2) right end；
The surplus material recovery device (4) include N-type outline border (4-1), manual rotation cam (4-2), middle-end balladeur train sliding slot (4-3),
Balladeur train covers spring (4-4), middle-end fixed plate (4-5), middle-end drive plate (4-6), transmission hinge bar one (4-7), drive friction plate one
(4-8), input bull stick (4-9), output rod (4-10), middle-end balladeur train (4-11), fixed link one (4-12), circular pin (4-13),
Prismatic slide bar one (4-14), interior push spring one (4-15), speed regulating motor (4-16), input straight-tooth one (4-17), transmission straight-tooth body (4-
18) it, inputs rotary rod body (4-19), drive friction plate two (4-20), prismatic slide bar two (4-21), fixed link two (4-22), defeated
Bar body (4-23), casing (4-24) and interior push spring two (4-25) out, the manual rotation cam (4-2) and N-type outline border (4-1)
Rotation connection, in N-type outline border (4-1), balladeur train set spring (4-4) is in compressive state, balladeur train for middle-end balladeur train sliding slot (4-3) setting
Set spring (4-4) socket is connected on N-type outline border (4-1), and middle-end fixed plate (4-5) is slidably connected with middle-end balladeur train sliding slot (4-3),
Manual rotation cam (4-2) and middle-end fixed plate (4-5) are cooperatively connected, and middle-end drive plate (4-6) and middle-end fixed plate (4-5) turn
Dynamic connection, drive friction plate one (4-8) and middle-end drive plate (4-6) frictional drive, prismatic slide bar one (4-14) and gearing friction
Disk one (4-8) is fixedly connected, and prismatic slide bar one (4-14) is slidably connected with transmission hinge bar one (4-7), is driven one (4- of hinge bar
7) be rotatablely connected with circular pin (4-13), circular pin (4-13) is fixedly connected with fixed link one (4-12), input bull stick (4-9) and
It is driven hinge bar one (4-7) articulated connection, middle-end balladeur train (4-11) is slidably connected with N-type outline border (4-1), interior push spring one (4-15)
Between prismatic slide bar one (4-14) and transmission hinge bar one (4-7), interior push spring one (4-15) is in compressive state for setting, transmission
Straight-tooth body (4-18) is fixedly connected with input bull stick (4-9), and transmission straight-tooth body (4-18) engages biography with input straight-tooth one (4-17)
Dynamic, input straight-tooth one (4-17) is fixedly connected with the output shaft of speed regulating motor (4-16), drive friction plate two (4-20) and middle-end
Drive plate (4-6) frictional drive, drive friction plate two (4-20) are fixedly connected with prismatic slide bar two (4-21), prismatic slide bar two
(4-21) is slidably connected with casing (4-24), the setting of interior push spring two (4-25) prismatic slide bar two (4-21) and casing (4-24) it
Between, output bar body (4-23) and N-type outline border (4-1) are rotatablely connected, and output bar body (4-23) hingedly connects with casing (4-24)
It connects, output bar body (4-23) is fixedly connected with cutting assembly wheel disc IV (2-11)；
The speed change gear assembly (5) includes fixing lug boss (5-1), collects outline border (5-2), conveyor screw leaf (5-3), fixes
Frame (5-4), transmission bull stick two (5-5), transmission cone tooth two (5-6), transmission bore tooth three (5-7), driving belt (5-8) and are connected to square
Shape hole (5-9), the collection outline border (5-2) are fixedly connected with fixing lug boss (5-1), conveyor screw leaf (5-3) and collection outline border
(5-2) rotation connection, fixed frame (5-4) are fixedly connected and are connected to collection outline border (5-2), transmission bull stick two (5-5) and collection
Outline border (5-2) rotation connection, transmission cone tooth two (5-6) with transmission bull stick two (5-5) be fixedly connected, transmission cone tooth two (5-6) and
Transmission cone tooth three (5-7) engaged transmission, transmission cone tooth three (5-7) are fixedly connected with helical-blade (5-3), are connected to rectangular opening (5-9)
Outline border (5-2) is collected in connection and fixed frame (5-4), fixing lug boss (5-1) are fixedly connected with N-type outline border (4-1), driving belt
(5-8) is connected between transmission bull stick two (5-5) and output bar body (4-23).
2. a kind of preparation facilities of blood vessel section blood vessel bracket according to claim 1, it is characterised in that: the master
Body rack rail I (1-1) is identical with (1-3) the specification size of main stand sliding rail III.
3. a kind of preparation facilities of blood vessel section blood vessel bracket according to claim 1, it is characterised in that: described to cut
Cut the axis weight of wheel disc I (2-2), cutting wheel disc II (2-3), cutting wheel disc III (2-4) and cutting assembly wheel disc IV (2-11)
It closes, cutting wheel disc I (2-2), the structure and specification for cutting wheel disc II (2-3) are identical, cutting wheel disc I (2-2) and cutting II (2- of wheel disc
3) it is oppositely arranged.
4. a kind of preparation facilities of blood vessel section blood vessel bracket according to claim 1, it is characterised in that: the pressure
Contracting block spring II (3-12) is in compressive state, and the right side of spring block (3-6) is equipped with threaded hole I, compression blocks slide bar (3-5)
Right side be equipped with multiple threaded holes II, spring block (3-6) is connect by bolt with compression blocks slide bar (3-5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910700010.9A CN110434614A (en) | 2019-07-31 | 2019-07-31 | A kind of preparation facilities of blood vessel section blood vessel bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910700010.9A CN110434614A (en) | 2019-07-31 | 2019-07-31 | A kind of preparation facilities of blood vessel section blood vessel bracket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110434614A true CN110434614A (en) | 2019-11-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910700010.9A Pending CN110434614A (en) | 2019-07-31 | 2019-07-31 | A kind of preparation facilities of blood vessel section blood vessel bracket |
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| CN113212515A (en) * | 2021-05-25 | 2021-08-06 | 深圳市全景世纪科技有限公司 | Multifunctional movable black box |
| CN113616394A (en) * | 2021-07-23 | 2021-11-09 | 吉林大学 | Knee joint prosthesis with adjustable three-functional shaft |
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| CN113616394A (en) * | 2021-07-23 | 2021-11-09 | 吉林大学 | Knee joint prosthesis with adjustable three-functional shaft |
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