CN108910163A - A kind of syringe automatically packs seal packing machine - Google Patents
A kind of syringe automatically packs seal packing machine Download PDFInfo
- Publication number
- CN108910163A CN108910163A CN201810888897.4A CN201810888897A CN108910163A CN 108910163 A CN108910163 A CN 108910163A CN 201810888897 A CN201810888897 A CN 201810888897A CN 108910163 A CN108910163 A CN 108910163A
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- syringe
- packaging bag
- suction disc
- internal passage
- passage type
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- 238000012856 packing Methods 0.000 title claims abstract description 47
- 239000000463 material Substances 0.000 claims abstract description 125
- 238000004806 packaging method and process Methods 0.000 claims abstract description 110
- 230000007246 mechanism Effects 0.000 claims abstract description 57
- 238000012216 screening Methods 0.000 claims description 45
- 238000007789 sealing Methods 0.000 claims description 27
- 230000005540 biological transmission Effects 0.000 claims description 21
- 230000007723 transport mechanism Effects 0.000 claims description 7
- 238000013519 translation Methods 0.000 claims description 3
- 238000004519 manufacturing process Methods 0.000 abstract description 7
- 238000005119 centrifugation Methods 0.000 description 9
- 238000000034 method Methods 0.000 description 6
- 238000010586 diagram Methods 0.000 description 5
- 238000005192 partition Methods 0.000 description 5
- 239000000203 mixture Substances 0.000 description 4
- 230000008569 process Effects 0.000 description 4
- 238000007790 scraping Methods 0.000 description 4
- 230000015572 biosynthetic process Effects 0.000 description 3
- 239000004744 fabric Substances 0.000 description 3
- 239000007788 liquid Substances 0.000 description 3
- 210000003781 tooth socket Anatomy 0.000 description 3
- 230000001351 cycling effect Effects 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000005611 electricity Effects 0.000 description 2
- 238000007873 sieving Methods 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 1
- 230000003321 amplification Effects 0.000 description 1
- 238000013459 approach Methods 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000007664 blowing Methods 0.000 description 1
- 238000004587 chromatography analysis Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 239000000284 extract Substances 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 238000007373 indentation Methods 0.000 description 1
- 208000015181 infectious disease Diseases 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
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- 238000003032 molecular docking Methods 0.000 description 1
- 238000003199 nucleic acid amplification method Methods 0.000 description 1
- 230000008520 organization Effects 0.000 description 1
- 230000002035 prolonged effect Effects 0.000 description 1
- 238000005086 pumping Methods 0.000 description 1
- 238000004513 sizing Methods 0.000 description 1
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- 239000000243 solution Substances 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 238000011105 stabilization Methods 0.000 description 1
- 230000007704 transition Effects 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B43/00—Forming, feeding, opening or setting-up containers or receptacles in association with packaging
- B65B43/26—Opening or distending bags; Opening, erecting, or setting-up boxes, cartons, or carton blanks
- B65B43/30—Opening or distending bags; Opening, erecting, or setting-up boxes, cartons, or carton blanks by grippers engaging opposed walls, e.g. suction-operated
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B35/00—Supplying, feeding, arranging or orientating articles to be packaged
- B65B35/30—Arranging and feeding articles in groups
- B65B35/46—Arranging and feeding articles in groups by rotary conveyors
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B5/00—Packaging individual articles in containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, jars
- B65B5/04—Packaging single articles
- B65B5/045—Packaging single articles in bags
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Auxiliary Devices For And Details Of Packaging Control (AREA)
Abstract
The present invention relates to the technical fields of syringe, it discloses a kind of syringe and automatically packs seal packing machine, including syringe material to be pushed to the multidigit delivery device in packaging bag, packaging bag is opened to the packaging bag opening body-packing entered for syringe push, the enclosed mechanism and control multidigit delivery device sealed to the packaging bag equipped with syringe, packaging bag opening body-packing and the control cabinet of enclosed mechanism operation, by control cabinet to multidigit delivery device, packaging bag opening body-packing and the interval of enclosed mechanism are controlled, it realizes and the automatic bagging of syringe is sealed;By the control of control cabinet, realization enters packaging bag to the automatic push of syringe, and enclosed mechanism is then sealed, and whole-course automation operation reduces manpower, working efficiency improved, convenient for the mass production of syringe.
Description
Technical field
The present invention relates to the technical field of syringe, especially a kind of syringe automatically packs seal packing machine.
Background technique
Syringe is a kind of common medical instruments, and syringe can be used for Medical Devices, container, such as some chromatographies
In scientific instrument across diaphragm of rubber inject.
Syringe is made of the foraminate syringe of front end band and matching piston core pin, for by a small amount of liquid
Or it is injected into the region that other methods can not approach and perhaps extracts liquid or gas when core bar is extracted out from those places
Body is sucked from syringe front end aperture, squeezes out liquid or gas in core bar push-in.
On the fields such as medical treatment, in order to avoid infection, syringe is typically disposable, this is just to the demand of syringe
Amount is very big.
However currently, the syringe that production is completed is divided into syringe needle and without syringe needle, to both syringes into
Heavy workload when row screening the heavy workload that manually expends while also be easy to causeing note also, when packing to syringe
The pollution of emitter.
Summary of the invention
A kind of syringe proposed by the present invention automatically packs seal packing machine, it is intended to solve syringe in the prior art
The problem of packing work amount is big, wasting manpower and material resources.
The invention is realized in this way a kind of syringe automatically packs seal packing machine, including syringe material is pushed away
It send the multidigit delivery device to packaging bag, packaging bag is opened to the packaging bag opening racking machine entered for syringe push
Structure, the enclosed mechanism and the control multidigit delivery device, the packaging bag that the packaging bag equipped with syringe is sealed
The body-packing that is open and the control cabinet of enclosed mechanism operation, by the control cabinet to the multidigit delivery device, institute
The interval for stating packaging bag opening body-packing and the enclosed mechanism is controlled, and realizes the automatic bagging to syringe
Sealing.
Further, the multidigit delivery device includes charging tray, and the charging tray is with multiple strips for the note
The pusher chamber that emitter material is placed offers pusher in the side of the pusher chamber along the length direction of the pusher chamber outwardly
Mouthful, the other side of the pusher chamber, which is equipped with, moves along pusher cavity length direction and the syringe material is released the pusher chamber
Charging ram;
Further, the packaging bag opening body-packing includes the upper internal passage type of vacuum suction packaging bag upper surface
Internal passage type suction disc under suction disc and vacuum suction packaging bag lower end surface, upper internal passage type suction disc will be set with lower internal passage type suction disc
The opening of multiple packaging bags between upper internal passage type suction disc and lower internal passage type suction disc;Internal passage type suction disc is placed in under
The pusher mouthful of the multiple pusher chambers of the opening face of multiple packaging bags between internal passage type suction disc.
Further, the enclosed mechanism includes in the sealing machine of sealing and the multiple loading packaging bags of transmission
The partition-type conveyer belt of packed syringe, the side of the partition-type conveyer belt are provided with the sealing machine, and the partition-type passes
It send band to drive the packed syringe mobile, and is sealed by the sealing machine.
Further, the upper internal passage type suction disc is along the lower internal passage type suction disc to the side of the partition-type conveyer belt
To translational movement, after the syringe is packed into the packaging bag, the lower internal passage type suction disc closes pull of vacuum, it is described on
Internal passage type suction disc drives multiple packed syringes to be moved to the top of the partition-type conveyer belt, and closes described interior
The pull of vacuum of channel-type suction disc is placed in the packed syringe on the partition-type conveyer belt and is moved.
It further, further include the multidigit for having the pusher chamber that the syringe is transported to the charging tray from carrying transferring belt
Material transport mechanism.
It further, further include having the upside-down mounting conveying lain in the syringe uniform intervals on the carrying transferring belt
Mechanism.
It further, further include having the screening machine separated by end with syringe needle and without the syringe of syringe needle
Structure, the sorting mechanism are connect with the upside-down mounting conveying mechanism by screening track, the syringe with syringe needle are transmitted
Uniform intervals flatwise layout is carried out in the upside-down mounting conveying mechanism.
It further, further include having the feed mechanism of the syringe material sequential being put into, the feeder
Structure have to the centrifugal turntable turntable of the syringe material sequential, the centrifugal turntable and the sorting mechanism by into
Expect track connection, the syringe material sequential is screened for mechanism and screened by the centrifugal turntable.
It further, further include having packaging bag feed bin, the packaging bag feed bin has multiple upwardly opening for placing
The material chamber of packaging bag, the lower internal passage type suction disc are moved in translation along the direction of the upper internal passage type suction disc to the feed bin,
When the lower internal passage type suction disc is moved to the lower section of the feed bin, the lower internal passage type suction disc vacuum suction is multiple described
Expect intracavitary packaging bag for injector package.
Compared with prior art, a kind of syringe provided by the invention automatically packs seal packing machine, is pushed away by multidigit
Send mechanism that syringe material is pushed in packaging bag, and packaging bag opening body-packing then opens packaging bag, for
Syringe is put into, meanwhile, the packed syringe after the completion of guaranteeing is sealed by enclosed mechanism, whole to be controlled by control cabinet
Interval realizes automatic operating, reduces manpower and material resources, convenient for the mass production of syringe.Solves the prior art
The problem of packing work amount of middle syringe is big, wasting manpower and material resources.
Detailed description of the invention
Fig. 1 is each mechanism stereoscopic mechanism that a kind of syringe provided in an embodiment of the present invention automatically packs seal packing machine
Schematic diagram;
Fig. 2 is the whole stereochemical structure that a kind of syringe provided in an embodiment of the present invention automatically packs seal packing machine
Schematic diagram;
Fig. 3 is the packaged unit internal junction that a kind of syringe provided in an embodiment of the present invention automatically packs seal packing machine
Structure schematic diagram;
Fig. 4 is the packaged unit internal junction that a kind of syringe provided in an embodiment of the present invention automatically packs seal packing machine
Structure schematic diagram;
Fig. 5 is the multidigit material pusher that a kind of syringe provided in an embodiment of the present invention automatically packs seal packing machine
The structural schematic diagram of structure;
Fig. 6 is that the amplification that a kind of syringe provided in an embodiment of the present invention automatically packs at the figure A of seal packing machine is shown
It is intended to.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
Realization of the invention is described in detail below in conjunction with specific embodiment.
The same or similar label correspond to the same or similar components in the attached drawing of the present embodiment;In description of the invention
In, it is to be understood that if there is the orientation or positional relationship of the instructions such as term " on ", "lower", "left", "right" for based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore describe the use of positional relationship in attached drawing
Language only for illustration, should not be understood as the limitation to this patent, for the ordinary skill in the art, can be with
The concrete meaning of above-mentioned term is understood as the case may be.
It is preferred embodiment provided by the invention referring to figs. 1 to shown in Fig. 6.
A kind of syringe that the present embodiment provides automatically packs seal packing machine, for being wrapped automatically to syringe
Dress reduces manpower, improves working efficiency.
A kind of syringe provided in this embodiment automatically packs seal packing machine, includes the packet for placing packaging bag
Feed bin 14 is packed, which includes multiple upwardly opening material chambers 141, and mostly folded strap successively overlaps cloth horizontalization
It is placed in material chamber 141, also, the outer edge of packaging bag abuts and expects that the side wall of chamber 141 places stablizing for packaging bag, above-mentioned material
The length and width of chamber 141 are able to carry out adjusting, so as to adapt to the size of different packaging bags, to place different types of packaging
Bag, also, stablize and place different size of packaging bag, does not easily lead to packaging bag and squeezes and generate fold or wide generate showing for displacement
As.
Specifically, the two sides on the length direction of above-mentioned material chamber 141 are respectively fixed plate and expect relative to fixed plate edge
The mobile movable plate of the length direction of chamber 141, the two sides in the vertical width direction with above-mentioned length direction are respectively to fix
Item and mobile movable block is carried out towards or away from fixed strip, i.e., movable block is moved along the width direction of material chamber 141, is led to
The relative movement of movable plate and movable block is crossed thus to adjust the length and width of material chamber 141;The front and rear sides of this multiple movable plate point
It not being fixedly connected by mobile item, mobile item is fitted on fixed strip to be moved relative to fixed strip, meanwhile, in movement
On item along the moving direction relative to fixed strip for moving item, it is formed with multiple first strip through-holes on mobile item, and
Multiple circular through holes are formed on fixed strip, by wearing fixing bolt contraposition between the first strip through-hole and circular through hole,
Realize the relatively fixed of the two;Likewise, the front and rear sides of above-mentioned multiple fixed plates are connected by fixed strip respectively, one
It is being connected with above-mentioned movable block on the fixed strip of side, movable block includes the activity being movably connected on the fixed strip of side
Block and mobile block, mobile block are placed in the fixed strip of material chamber 141 and the face other side, are formed on movable block along width
The second bar through hole that direction extends is cooperated by the contraposition of second bar through hole and circular through hole, and worn between
Fixing bolt realizes the adjusting of material 141 front and rear width of chamber.
Above-mentioned fixed plate has the fixed gear item extended towards material chamber 141 in the opposite other side of movable block, same mobile
Plate is also extended with mobile shelves item towards material chamber 141 in the opposite other side of movable block, supports the side of packaging bag in the direction of the width
Mobile block is connect, the other side then abuts mobile shelves item, fixed gear item and fixed strip, places packaging bag more regular, is not easy
Fold is generated, in order to feeding;Meanwhile the two sides of the length direction of above-mentioned material chamber 141 are open become larger from bottom to top, i.e., two
The movable plate and fixed plate of side do not easily lead to and get stuck in order to carry out the blowing of packaging bag towards outer incline from bottom to top.
The bottom of above-mentioned fixed plate 143 has towards 142 fixed support plate of movable plate, and the bottom of movable plate 142 then has
Towards the mobile support plate of fixed plate 143, packaging bag is supported by fixed support plate and mobile support plate, is prevented
Packaging bag is fallen down, and in feeding, is then directly pulled packaging bag from the bottom opening of material chamber 141.
Also, above-mentioned packaging bag feed bin 14 can move up and down along the vertical direction, drive packaging bag feed bin by feed bin cylinder
14 move up and down, to the height of packaging bag feed bin 14 be adjusted, specifically, the two sides of above-mentioned two fixed strips pass through material
The connection of storehouse fixed block, feed bin fixed block are fixedly connected on adjusting bracket, and adjusting bracket is connect with feed bin cylinder, is driven by feed bin cylinder
Dynamic adjusting bracket, and then packaging bag feed bin 14 is driven to move up and down, feed bin cylinder and control cabinet are electrically connected, by control cabinet to material
Storehouse cylinder carries out the positioning up and down that packaging bag feed bin 14 is realized in control.
In addition, a kind of syringe provided in this embodiment automatically packs seal packing machine, it further include having for uniform
The product feed mechanism 18 of material, feed mechanism 18 include the batch turning funnel for being put into syringe material, material are passed through to centrifugation fortune
The dynamic centrifugation feed mechanism 18 being arranged successively, is transferred to centrifugation feed mechanism for the material in batch turning funnel by first transmission band
In 18.
Specifically, batch turning funnel has a funnel chamber of access material, up and down, and bore is gradually from top to bottom for funnel chamber
Become smaller, one end of first transmission band is located at the lower section of the funnel chamber of batch turning funnel, and the material poured into batch turning funnel is gradually passed through
It crosses first transmission band to be transferred in centrifugation feed mechanism 18, avoids excessive syringe material accumulation;In addition, centrifugation feeder
Structure 18 has upwardly opening centrifugal chamber, and the other end of first transmission band is then located at the top of centrifugal chamber, material transferring is arrived
Centrifugal movement is carried out in centrifugal chamber.
Funnel chamber has the lower ending opening for being connected to funnel chamber, and the lower ending opening of funnel chamber is along the transmission side of first transmission band
To inclination arrangement, in order to can accurately fall into first transmission band from the material of funnel chamber;Also, it is covered in the periphery of first transmission band
Equipped with first transmission shell, the material of first transmission band is avoided to leak out from side, batch turning funnel be then embedded in first transmission shell and
It is placed in lower ending opening in first transmission shell and carries out feeding.
First transmission band is equipped with multiple along the first transmission band spaced apart first block of transmission direction, first block cross
Across first transmission band, the material being centrifuged in feed mechanism 18, which is fallen, guarantees material as after in first transmission belt, passed through first block
It will not glide and fall, stablize and enter in centrifugation feed mechanism 18, while by storeroom every separated, in order to be carried out by batch
Centrifugation sequence, is not easy to plug.
There is the centrifugal turntable for being in tilted layout and rotating, centrifugal turntable is by the side of material whipping to centrifugal chamber in centrifugal chamber
Wall, also, be formed in the side wall of centrifugal chamber around cavity and penetrate through to external annular through-hole, after annular through-hole is for centrifugation
Material is sequentially arranged, specifically, annular through-hole is located at the top for the centrifugal turntable being in tilted layout, pours into centrifugation in syringe material
When intracavitary, by the rotation of centrifugal turntable, syringe is turned in annular through-hole, compresses the abutting disk of syringe upper annular
It is placed in outside in the needle portion of the inner wall of centrifugal chamber, syringe, with the position cloth for keeping syringe perpendicular with annular through-hole
Set movement.
A kind of syringe provided in this embodiment automatically packs seal packing machine, further includes having sorting mechanism 17, will
Syringe end with syringe needle and being separated without the syringe of syringe needle, specifically, one end of sorting mechanism 17 be connected with into
Expect track, feed rail inclination is connected to above-mentioned annular through-hole upward, and feed rail is formed with the charging through slot of strip, injection
The abutting disk of device is then connected to the upper wall of charging through slot two sides, makes syringe that needle portion be kept to move downward and vertically downward
To sorting mechanism 17;Specifically, feed rail includes that there are two the charging bar shaped track being arranged in juxtaposition, two charging bar shaped tracks
Between gap then form above-mentioned charging through slot, two charging bar shaped tracks extend respectively to the upside for being docked at annular through-hole
Wall and lower wall, in this way, feed rail is obliquely gradually transitions horizontal arrangement before this again, make vertically with annular through-hole cloth
The syringe set is transitioned into arrangement in a vertical shape, in order to be screened into sorting mechanism 17.
Above-mentioned sorting mechanism 17 includes the horizontally disposed abutting item for screening turntable and be arranged in below screening turntable
Shape band, screening turntable have multiple screening through-holes for being used to shelve syringe material, abut the abutting disk of syringe upper end
In the upper surface of screening turntable, and arrangement in a vertical shape, the lower end of syringe pass through screening through-hole, abut belt strip and then abut
The lower end of syringe, screening through-hole drive syringe material to move along belt strip is abutted with the rotation of screening turntable, and make
Syringe material is detached from screening turntable in the end for abutting belt strip, also, abuts belt strip along the rotation direction of screening through-hole
On gradually upwards inclination, syringe be detached from screening turntable position, that is, abut belt strip surface, screening turntable it is upper
The abutting disk being just provided with for syringe material shelves screening track, likewise, being formed with along its length in screening track
The screening through slot of perforation screening track, in this way, the syringe with syringe needle can be inclined by the abutting belt strip support upwardly extended
It rises and enters in screening through slot, and abut disk to be pressed on the upper of screening track, and for the syringe without syringe needle, by
When it is detached from screening rotating disc, the abutting disk of syringe reaches the upper wall of screening track and falls down, to realize note
Emitter is separated with and without the type of syringe needle.
In order to make the syringe in feed rail enter screening turntable, the charging through slot of feed rail is connected to screening and turns
Disk periphery, the periphery for screening turntable are then formed with multiple screening notches towards outward opening, and the outside for screening turntable is equipped with screening
Blend stop, screening blend stop is disposed around the screening indentation, there of screening turntable periphery, so as to form above-mentioned screening through-hole, the present embodiment
In, a wherein charging bar shaped track for feed rail forms above-mentioned screening blend stop, another charging bar shaped rail of feed rail
It then extends on the outside of screening turntable, in this way, will continue to enter in screening notch, sieving after syringe enters in charging through slot
It selects and carries out sifting sort under the rotation of turntable;In this way, in order to make syringe be detached from screening turntable, screening blend stop self-sizing turntable
Feed entrance point extends to the end for abutting belt strip, to make syringe when being detached from screening turntable, is able to carry out screening.
Also, the row of the syringe material discharge for not entering screening track is equipped in the lower section for abutting the end of belt strip
Hopper, the i.e. discharge groove for the syringe discharge of not syringe needle.
A kind of syringe provided in this embodiment automatically packs seal packing machine, further includes having upside-down mounting conveying mechanism 16,
The syringe arranged vertically is horizontally arranged, in order to subsequent packaging, the syringe into screening track is then subsequently entered down
Fill conveying mechanism 16, upside-down mounting conveying mechanism 16 includes upside-down mounting turntable, upside-down mounting turntable horizontal by 45° angle and around its axial direction into
Row rotation, the formation of upside-down mounting turntable have multiple upside-down mounting through-holes shelving syringe and passing through for syringe material, upside-down mounting through-hole
Direction is penetrated through from the upper surface of upside-down mounting turntable to lower end surface towards tilted, and is in 45 ° of angles, syringe with the axial direction of upside-down mounting turntable
Enter from the upside-down mounting through-hole at the top of upside-down mounting turntable, the abutting disk into the syringe in upside-down mounting through-hole abuts the upper of upside-down mounting turntable
End face, rotating circular disc, which turns to when upside-down mounting through-hole is located at bottom, is detached from syringe, to realize the syringe for arranging vertical shape
Level is put, while the syringe material for being detached from upside-down mounting turntable makes the perforation direction arrangement along upside-down mounting through-hole, towards unanimously
In order to subsequent packaging.
Specifically, the periphery of upside-down mounting turntable is formed with multiple outwardly disposed upside-down mounting notches, outside the side of upside-down mounting turntable
Surrounding is equipped with upside-down mounting and abuts item, and upside-down mounting abutting item is disposed around formation outside the upside-down mounting notch of upside-down mounting turntable periphery and shelves falling for syringe
Through-hole is filled, in this way, one end that upside-down mounting abuts item extends to the top of upside-down mounting turntable, the other end extends to the bottom of upside-down mounting turntable,
From the top of upside-down mounting turntable to bottom, upside-down mounting notch abuts the extending direction rotation of item along the upside-down mounting, and syringe then can be from
Upside-down mounting turntable, which does not enclose to set upside-down mounting and abut the top position of item, to be entered, and do not enclose set upside-down mounting abut item bottom position it is de-
From;Also, in the present embodiment, this multiple upside-down mounting notch perforations direction is the direction court from the upper surface of upside-down mounting turntable to lower end surface
It is tilted, also, be in 45 ° of angles with the axial direction of upside-down mounting turntable, in this way, when upside-down mounting notch turns to the top of upside-down mounting turntable
When, the perforation direction of upside-down mounting notch is arranged vertically, in order to which the syringe arranged vertically enters upside-down mounting notch with upside-down mounting turntable
Rotation, when upside-down mounting notch turns to the bottom of upside-down mounting turntable, the perforation direction of upside-down mounting notch is detached from upside-down mounting and lacks in horizontally disposed
The syringe of mouth is then in horizontal positioned, to realize the upside-down mounting to the syringe arranged vertically.
In the present embodiment, inverted structure further includes having the arrangement turntable horizontally rotated, arrange turntable periphery be formed with it is more
A equally distributed arrangement notch towards outer openings arranges the top of one end docking upside-down mounting turntable of turntable, when upside-down mounting turntable
Upside-down mounting notch turn to top when, arrange notch face described in upside-down mounting notch, also, arrangement turntable outside be equipped with row
Column abut item, and syringe enters in arrangement notch from the feed entrance point of screening through slot, are rotated with arrangement notch, pass through row
Column, which abut item, prevents syringe from falling, and arrangement abuts the feed entrance point that one end that item extends extends to screening track, and the other end prolongs
The top for extending to upside-down mounting turntable arranges the extending direction that notch abuts item along arrangement from feed entrance point to the top of upside-down mounting turntable
Rotation;Also, arrange turntable arrangement notch face upside-down mounting turntable turn to top when upside-down mounting notch, from arrangement notch take off
From syringe then enter upside-down mounting notch and carry out upside-down mounting therewith, likewise, also uniform ring is around arrangement for upside-down mounting notch, in this way, from sieving
The arrangement notch for selecting the syringe flowed into inverted installation mechanism in through slot to arrange by uniform intervals, make the syringe after laying flat according to
Secondary uniform intervals arrangement, arrangement is correct, smooth placement.
Upside-down mounting abutting item abuts item with arrangement and is arranged in opposite two sides, in this way, upside-down mounting turntable and arrangement turntable edge
Same direction is rotated, and avoids blocking, upside-down mounting is more smooth.
Also, arrangement turntable and upside-down mounting turntable rotate towards each other, and are driven by the same motor, in this way, the two exists
It will not be blocked in rotation process, also ensure that arrangement notch is accurately aligned with upside-down mounting notch by the same motor driven, specifically
, arrangement turntable has extended downwardly arrangement rotating bar, and upside-down mounting turntable has extended obliquely downward upside-down mounting rotating bar, driving motor driving
Arrangement rotating bar is rotated along axial direction, the arrangement gear that there are arrangement rotating bar the gear teeth to be arranged vertically, in upside-down mounting rotating bar
Then there is upside-down mounting gear, the axial direction of the gear teeth of upside-down mounting gear and upside-down mounting rotating bar is in 45 ° of angles, and from top to bottom towards tilted,
The gear teeth of the gear teeth and upside-down mounting gear that arrange gear are intermeshed, i.e., drive arrangement rotating bar to turn by the same driving motor
Dynamic, engaging by arrangement gear and upside-down mounting gear, drives the rotation of upside-down mounting rotating bar, to realize that the same driving is electric therewith
Machine drives the rotation of arrangement turntable and upside-down mounting turntable simultaneously.
A kind of syringe provided in this embodiment automatically packs seal packing machine, further includes having to arrange multiple uniform intervals
The multidigit material transport mechanism that the syringe of column is integrally carried, the bottom of above-mentioned upside-down mounting turntable is to being connected to carrying transferring belt
151, carrying transferring belt 151 is mobile with the rotation of upside-down mounting turntable, in this way, can uniform intervals row from the syringe that upside-down mounting turntable is detached from
It is listed on carrying transferring belt, for more accurately contraposition, uniform intervals are equipped with multiple carrying grooves on above-mentioned carrying transferring belt,
The above-mentioned upside-down mounting notch of carrying groove face can be placed in upside-down mounting notch from the syringe that upside-down mounting turntable is detached from, be allowed to uniform intervals
Arrangement is then equipped with above-mentioned multidigit material transport mechanism above carrying transferring belt 151.
In the present embodiment, multidigit material transport mechanism 15 includes the internal passage type suction disc for adsorbing the multiple materials in lower section
152, and make for internal channel the guide rail of suction disc guiding movement, internal passage type suction disc 152 is moved up and down relative to material, and
Multiple materials are carried out along guide rail guiding movement to move conveying;Also, internal passage type suction disc 152 has towards under material
End face, the lower end surface of internal passage type suction disc 152 has multiple suction mouths for generating vacuum, in this way, passing through multiple suction mouths
Suction is generated to material by vacuum, so that multiple materials be picked up, and by internal passage type suction disc 152 move up and
The entirety carrying realized to multiple materials, high production efficiency are moved along guide rail, also, is not easy to damage material.
Suction mouth arranges that the syringe material adsorbed is equal along the length direction uniform intervals of internal passage type suction disc 152
Even interval, so that subsequent handling to pusher chamber 1211 carries out entire package, also, the material adsorbed thereon will not interact,
It is easy to produce, in this way, the vacuum pipe for being connected to multiple suction mouths is equipped in internal passage type suction disc 152, vacuum pipe connection
There is vacuum pump, by vacuumizing for vacuum pump, pick up this multiple suction mouth to material simultaneously, in order to carry, accelerates life
Produce efficiency.
The top of internal passage type suction disc 152 is equipped with the guide plate moved along guide rail, and guide plate passes through fixed setting
Guide cylinder driving, the piston rod of guide cylinder are fixedly connected with guide plate, i.e., push guide plate along guiding by guide cylinder
Track is mobile, realizes the carrying to material, also, secondary movable plate is equipped between guide plate and internal passage type suction disc 152, secondary
Movable plate is moved up and down relative to guide plate, and internal passage type suction disc 152 is moved up and down relative to secondary movable plate, secondary by being equipped with
Grade movable plate, one is bigger come the range that moves up and down internal passage type suction disc 152, and two, since the material of carrying is more, setting time
Grade movable plate keeps internal passage type suction disc 152 more stable when carrying multiple materials;Specifically, being fixed with first on guide plate
Cylinder, the piston rod of the first cylinder are fixedly connected with secondary movable plate, and the second cylinder, the second gas are fixed on secondary movable plate
The piston rod of cylinder is fixedly connected with internal passage type suction disc 152.
In addition, being equipped with secondary limit plate in the top of guide plate, the two sides of secondary limit plate are respectively equipped with secondary gag lever post,
Secondary gag lever post passes through guide plate and is fixedly connected with secondary movable plate, and secondary limit plate is downwardly convex to be equipped with secondary limited post, passes through
Secondary limited post is connected on guide plate, realizes that the secondary movable plate of limitation is oppositely oriented plate and moves down;Meanwhile it being limited in secondary
The top of plate is equipped with the first limit plate, and the two sides of the first limit plate are respectively equipped with the first gag lever post, the limit of the first gag lever post first
Bar passes through secondary limit plate, guide plate and secondary movable plate and is fixedly connected with internal passage type suction disc 152, and the first limit plate is downward
It is convexly equipped with the first limited post, secondary limit plate is abutted by the first limited post, realizes limitation 152 relative secondary of internal passage type suction disc
Movable plate moves down.
Multiple materials are transported to the top for placing the charging tray 121 of syringe material by internal passage type suction disc 152 simultaneously, are passed through
Internal passage type suction disc 152, which moves down, stablizes placement in multiple pusher chambers 1211 that multiple materials are placed into charging tray 121, complete
Afterwards, internal passage type suction disc 152 moves up return, continues cycling through the multiple materials of conveying.
In the present embodiment, above-mentioned placement is cylindric or the charging tray 121 of strip-shaped materials and the pusher for pushing material outwardly
Bar 122 is that syringe material is pushed to the multidigit delivery device 12 in packaging bag, and the inner end of multiple charging rams 122 is prolonged respectively
It extends in multiple pusher chambers 1211, and moved along the length direction of pusher chamber 1211, by charging ram 122 along pusher chamber 1211
Length direction pushes material, and then material is pushed in packaging bag for fast package, and multiple charging rams 122
Left and right, output is big, high-efficient;Along the length direction of pusher chamber 1211, offers and push away outwardly in the side of pusher chamber 1211
Material mouth 1212, charging ram 122 push material from pusher chamber 1211 from pusher mouthful 1212 outwardly, i.e., directly by material along pusher chamber
1211 length direction is pushed, and push is stablized, and guarantees that direction is consistent.
In this way, multiple charging rams 122 are fixedly connected on motor-driven scraping wings 123, by scraping wings 123 towards or
It is moved, while multiple charging rams 122 being pushed, and then push multiple materials simultaneously away from pusher chamber 1211, by object
Material is pushed into packaging bag, works at the same time high-efficient, and later, 123 return of scraping wings continues waiting for pusher next time.
The other side of pusher chamber 1211, which is formed with, to be penetrated through from pusher chamber 1211 to external pusher through-hole, charging ram 122
It is extended in pusher chamber 1211 across pusher through-hole, realizes that charging ram 122 stablizes moving for the length direction along pusher chamber 1211.
Also, the inner end of charging ram 122 is connected with expeller, and expeller is embedded in pusher chamber 1211, passes through expeller
Push, make material push it is more stable;Expeller is connected to the side wall of the other side of pusher chamber 1211, limits charging ram
122, towards away from the movement of the direction of pusher chamber 1211, to limit to the movement of charging ram 122 and scraping wings 123, avoid
Charging ram 122 is detached from pusher chamber 1211;Meanwhile expeller has the inner face towards material, among the inner face of expeller
It is in arcuate recess far from material, keeps it more stable to the push of material.
It in the present embodiment, is pushed to syringe, multiple syringe bands is made by multidigit material transport mechanism 15
There is the upper end direction for abutting disk consistent, in this way, pusher chamber 1211 is located at a side chamber of pusher mouthful 1212 in pusher chamber 1211
Body is recessed to two sides, stablizes for syringe material and places, certainly, can be to pusher chamber 1211 when pushing unclassified stores
Shape is changed, and the present invention is not limited to a certain shapes.
And above-mentioned multiple pusher chambers are placed in order to which the packaging bag in the material chamber 141 by packaging bag feed bin 14 is corresponding in turn to
It pushes on direction, in the present embodiment, it further includes having packaging bag to be open racking machine that a kind of syringe, which automatically packs seal packing machine,
Structure 11, packaging bag opening body-packing 11 include upper internal passage type suction disc 111, the Yi Jizhen of vacuum suction packaging bag upper surface
The lower internal passage type suction disc 112 of the attached packaging bag lower end surface of suction, upper internal passage type suction disc 111 are located at lower internal passage type suction disc 112
Top, upper internal passage type suction disc 111 and lower internal passage type suction disc 112 are arranged in the side of packaging bag feed bin 14, set simultaneously
In the front of above-mentioned charging tray, lower internal passage type suction disc 112 is come between packaging bag feed bin 14 and upper internal passage type suction disc 111
Return is dynamic;There are upper internal passage type suction disc 111 multiple upper vacuum being disposed to extend downward to inhale column 1111, and lower content road formula suction disc is same
Sample inhales column 1121 with multiple lower vacuum being disposed to extend upward, and multiple upper vacuum suction columns 1121, which are corresponding in turn to, to be arranged in
On the extending direction of the pusher chamber of charging tray, upper internal passage type suction disc 111 and lower internal passage type suction disc 112 are upper along the vertical direction
Lower movement;At work, when lower internal passage type suction disc 112 is moved to the underface of packaging bag feed bin 14, multiple lower vacuum inhale column
The 1121 difference multiple material chambers 141 of face, lower internal passage type suction disc 112 moves up, while packaging bag feed bin 14 moves down, and leads to
Crossing down vacuum suction column 1121 will expect that intracavitary packaging bag is sucked, and lower internal passage type suction disc 112 moves still further below, while packing Bag Material
Storehouse 14 moves up, and lower vacuum inhales column 1121 and pulls packaging bag;Lower internal passage type suction disc 112 is re-directed towards internal passage type suction disc
111 direction is mobile, when being moved to internal passage type 111 lower section of suction disc, multiple upper vacuum inhale columns 1111 respectively correspond it is multiple under
Vacuum inhales column 1121, and upper internal passage type suction disc 111 moves down, and lower internal passage type suction disc 112 moves up, and upper vacuum inhales column
Packaging bag is inhaled column by 1111, is moved up and down back and forth with vacuum plate sucking 112 at present, in this way, upper vacuum inhales column 1111 and lower vacuum is inhaled
1121 collective effect of column opens packaging bag, and the position of packaging bag is placed in the front of pusher chamber, so that charging ram is by material
Push into packaging bag, the feeding of packaging bag and dehisce by lower internal passage type suction disc 112 along packaging bag feed bin 14 with it is upper interior
Mobile realization between channel-type suction disc 111, simplifies structure, meanwhile, the time for making feeding and dehiscing greatly shortens, and adds
Fast production efficiency.
Corresponding with the pusher position of syringe material in the present embodiment, multiple upper vacuum inhale column 1111 along upper internal channel
111 length direction uniform intervals of formula suction disc arrangement, it is equal along lower 112 length direction of internal passage type suction disc that multiple lower vacuum inhale column 1121
Even arranged for interval, consequently facilitating multiple syringe material uniform intervals push in the packaging bag that multiple intervals are opened, for rear
It is continuous to carry the operation such as sealing.
Also, upper vacuum inhales column 1111 and is formed with suction inlet on downwardly facing opening, is equipped with connection in upper internal passage type suction disc 111
The upper vacuum pipe of multiple upper suction inlets, upper vacuum pipe are communicated with vacuum pump;Lower vacuum suction column 1121 is formed with upwardly opening
Lower suction inlet is equipped with the lower vacuum pipe for being connected to multiple lower suction inlets in lower internal passage type suction disc 112, and lower vacuum pipe is communicated with down
Vacuum pump, in this way, upper internal passage type suction disc 111 passes through different upper vacuum pump and lower vacuum pump from lower internal passage type suction disc 112
To adsorb packaging bag, lower internal passage type suction disc 112 in the handling process, upper internal passage type suction disc 111 closes upper vacuum pump,
In order to the carrying of packaging bag;Meanwhile the upper vacuum of upper internal passage type suction disc 111 is inhaled column 1111 and is inhaled along perpendicular to upper internal passage type
The length direction of plate 111 is equipped with multiple, keeps packaging bag more stable when opening, and the lower vacuum of lower internal passage type suction disc 112
Inhale column 1121 also be provided with along the length direction perpendicular to lower internal passage type suction disc 112 it is multiple, in order to packaging bag stablize carry.
The distracted packaging bag of the opening of packaging bag is strutted in addition, being additionally provided at the pusher mouthful 1212 of pusher chamber 1211
Guiding mechanism, support mouth guiding mechanism includes upper fagging and lower fagging, and the rear end of upper fagging and the rear end of lower fagging are set respectively
The outlet i.e. upside and downside of pusher mouthful 1212 in material push direction is set, upper fagging is swung relative to lower fagging,
Upper fagging plays fagging to be rocked to relatively abuts the front end of fagging and the front end of lower fagging, or is rocked to and makes fagging and lower support
The shoving hole of connection pusher mouthful 1212 is formed between plate, in this way, the front end when upper fagging abuts respectively with the front end of lower fagging
When, upper fagging and the embeddable aperture position into packaging bag of lower fagging, upper fagging and lower fagging open, the opening of packaging bag are protected
Support open state, when pushing material into packaging bag, upper fagging and lower fagging are easier to material simultaneously as guiding position
It is pushed into packaging bag, guarantees that material is not easy to shift during push, steady production.
In addition, in order to easily facilitate upper fagging and lower fagging can be stablized and put in the opening of packaging bag, upper fagging
Two sides are extended with overhead gage downward, and the two sides of lower fagging are extended with lower baffle plate upward, before the front end of upper fagging and lower fagging
When end abuts, the overhead gage of upper fagging two sides is abutted with the lower baffle plate of lower fagging two sides, makes shoving hole in closed, in this way, on
When the front end of fagging is abutted with the front end of lower fagging, the front end of upper fagging and lower fagging is in closed, is easier to insertion packaging bag
Opening, and then the opening of packaging bag is strutted, while making the two sides of shoving hole that there is baffle by upper end and lower end, more
Convenient for the guiding of the materials such as syringe, it is not easy to shift;Specifically, the length that extends downward of overhead gage is from the front end of upper fagging to rear
Gradually side length is held, the length that lower baffle plate extends upward is progressively longer from the front end of lower fagging to rear end, and above-mentioned function can be realized
Can, certainly, it is not limited to this structure for structure provided by the present invention.
In the present embodiment, multiple upper faggings and lower fagging are provided with, and is separately positioned on different pusher mouthfuls 1212 and goes out, i.e.,
It realizes and stablizing for multiple syringe materials is pushed simultaneously, the upper fagging at multiple pusher mouthfuls 1212 is separately fixed at spinner handle
On, multiple lower faggings are separately fixed on lower spinner handle, are rotated backward by the way that upper spinner handle is opposite with lower spinner handle, while making on multiple
The opposite swing with multiple lower faggings of fagging, also, above-mentioned upper spinner handle and lower spinner handle are driven by the same support implication cylinder
Carry out expansion and closed form simultaneously, while the material in pusher chamber 1211 being pushed into packaging bag, after the completion of pusher, upper fagging with
Lower fagging is closed return;Specifically, in order to realize that the above-mentioned same support implication cylinder drives rotating backward for upper spinner handle and lower spinner handle,
The end of upper drive rod is fixed with gear, and the end of lower drive rod is fixed with lower gear, and the telescopic rod of support implication cylinder is solid
Surely be connected with the rack gear that upper and lower two sides are equipped with tooth socket, the upside tooth socket of rack gear is engaged with gear, the downside tooth socket of rack gear with
Lower gear engagement drives telescopic rod to move back and forth by support implication cylinder, and band carry-over bar moves back and forth, fagging and lower fagging in realization
Opposite swing.
In the present embodiment, upper fagging and lower fagging are towards the opening reverse movement of packaging bag or far from the opening side of packaging bag
To movement, in this way, pushed in order to which upper fagging and lower fagging strut the opening of packaging bag in order to which syringe material is oriented to,
Specifically, being equipped with pusher guide rail in the bottom of charging tray 121, charging tray 121 is mobile real towards or away from lower internal passage type suction disc 112
Existing, above-mentioned upper fagging is with lower fagging to the support mouth of packaging bag.
After the completion of packaging, upper internal passage type suction disc 111 continues to pull of vacuum, and lower internal passage type suction disc 112 will be true
Suction power is closed, and upper internal passage type suction disc 111 moves up, and drives multiple packed syringes far from lower internal passage type suction disc 112
It is moved.
It after the completion of packaging, is sealed, therefore further includes having 132 structure 13 of sealing machine, specifically, enclosuring structure packet
Partition-type conveyer belt 131 and sealing machine 132 are included, sealing is i.e. positioned at the side of partition-type conveyer belt 131, partition-type conveyer belt
131 have multiple blocks perpendicular to 131 transmission direction of partition-type conveyer belt arrangement, and formation is included in packed between adjacent block
The opening of the partition grooves of material, bagged material is arranged towards the side of sealing machine 132, in this way, being packed into the bagged articles in packaging bag
The opening of material is towards the side of sealing machine 132, also, bagged material is placed in partition grooves, ensure that partition-type conveyer belt 131 exists
In transmit process, the opening direction of bagged material is consistent, and in order to which sealing machine 132 is sealed, also, block is in long strip,
And arranged across partition-type conveyer belt 131, multiple blocks are arranged along the transmission direction uniform intervals of partition-type conveyer belt 131, phase
The distance between adjacent block is of same size with bagged material, so that bagged material stabilization be made to be incorporated in partition grooves, keeps
In the process of moving, opening direction is consistent always for bagged material, easily sealing.
In the present embodiment, partition-type conveyer belt 131, which has, is put into being put into portion and sealing bagged material for bagged material
Mouth-sealed portion, partition-type conveyer belt 131 is driven along the direction in the portion that is put into mouth-sealed portion, and upper internal channel suction disc is then moved to partition-type
Conveyer belt 131 is put into above portion, so that vacuum is inhaled column face and is put into multiple partition grooves in portion, and moving down will be multiple packed
Syringe is individually positioned in the partition grooves formed between adjacent block, and upper internal passage type suction disc 111, which closes pull of vacuum, to be made
Packed syringe is detached from, then is moved up return and continued cycling through above-mentioned movement.
Meanwhile sealing machine 132 provided in this embodiment is vacuum pumping sealing port machine 132, is sealed simultaneously in 132 side of sealing machine
It vacuumizes, working at high speed will with the movement of partition-type conveyer belt 131 simultaneously for sealing machine 132 and partition-type conveyer belt 131
The packed syringe for exhausting vacuum and having sealed is sent out, and production is completed, in this way, the partition-type conveyer belt 131 passes through sealing electricity
Machine driving rotation, the rotation and stopping of sealing motor are controlled by control cabinet, after bagged material, which is placed in, is put into portion, sealing electricity
Machine rotation, makes the bagged material for being put into portion be moved to mouth-sealed portion and is sealed, and after the completion of sealing, sealing motor stops, upper interior logical
Bagged material is put into portion again by road formula suction disc 111, is circuited sequentially.
In addition, in sorting mechanism 17, upside-down mounting conveying mechanism 16, multidigit material transport mechanism 15, multidigit delivery device 12, packet
It is covered with casing 19 outside pack opening body-packing 11, packaging bag feed bin 14 and support mouth guiding mechanism, is equipped on casing 19
Air purifying mechanism guarantees that said mechanism is in dustfree environment in running, and the product made is safer.
In this way, a kind of syringe provided in this embodiment, which automatically packs, is equipped with control cabinet, control cabinet in seal packing machine
With above-mentioned each electrical connection of motor within the organization, the interval of above-mentioned each mechanism is controlled to adjust by control cabinet, thus real
The packaging of existing full-automatic progress syringe.
The above is merely preferred embodiments of the present invention, be not intended to limit the invention, it is all in spirit of the invention and
Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within principle.
Claims (10)
1. a kind of syringe automatically packs seal packing machine, which is characterized in that including syringe material is pushed to packaging bag
Packaging bag is opened the packaging bag opening body-packing entered for syringe push, to being equipped with by interior multidigit delivery device
The enclosed mechanism and control the multidigit delivery device, packaging bag opening racking machine that the packaging bag of syringe is sealed
Structure and the control cabinet of enclosed mechanism operation, open the multidigit delivery device, the packaging bag by the control cabinet
Mouth body-packing and the interval of the enclosed mechanism are controlled, and are realized and are sealed to the automatic bagging of syringe.
2. a kind of syringe as described in claim 1 automatically packs seal packing machine, which is characterized in that the multidigit push
Mechanism includes charging tray, and the charging tray has the pusher chamber of multiple strips placed for the syringe material, is pushed away along described
The length direction for expecting chamber offers pusher mouthful in the side of the pusher chamber outwardly, and the other side of the pusher chamber is equipped with edge and pushes away
Material cavity length direction is mobile and the syringe material is released to the charging ram of the pusher chamber.
3. a kind of syringe as claimed in claim 2 automatically packs seal packing machine, which is characterized in that the packaging bag is opened
Mouth body-packing includes upper internal passage type suction disc and the vacuum suction packaging bag lower end surface of vacuum suction packaging bag upper surface
Lower internal passage type suction disc, upper internal passage type suction disc and lower internal passage type suction disc are placed on internal passage type suction disc and lower internal channel
The opening of multiple packaging bags between formula suction disc;The multiple packagings being placed between internal passage type suction disc and lower internal passage type suction disc
The pusher mouthful of the multiple pusher chambers of opening face of bag.
4. a kind of syringe as claimed in claim 3 automatically packs seal packing machine, which is characterized in that the enclosed mechanism
It include the partition-type conveyer belt for the sealing machine of sealing and the multiple packed syringes being packed into packaging bag of transmission, it is described
The side of partition-type conveyer belt is provided with the sealing machine, and the partition-type conveyer belt drives the packed syringe mobile, and
It is sealed by the sealing machine.
5. a kind of syringe as claimed in claim 4 automatically packs seal packing machine, which is characterized in that the upper internal channel
Formula suction disc is moved in translation along the direction of the lower internal passage type suction disc to the partition-type conveyer belt, described in the syringe loading
After in packaging bag, the lower internal passage type suction disc closes pull of vacuum, and the upper internal passage type suction disc drives multiple described packed
Syringe is moved to the top of the partition-type conveyer belt, and closes the pull of vacuum of the upper internal passage type suction disc, makes described
Packed syringe is placed on the partition-type conveyer belt and is moved.
6. as a kind of described in any item syringes of claim 2 to 5 automatically pack seal packing machine, which is characterized in that also
It include the multidigit material transport mechanism that the syringe is transported to the pusher chamber of the charging tray from carrying transferring belt.
7. a kind of syringe as claimed in claim 6 automatically packs seal packing machine, which is characterized in that further include having institute
State the upside-down mounting conveying mechanism that syringe uniform intervals are lain on the carrying transferring belt.
8. a kind of syringe as claimed in claim 7 automatically packs seal packing machine, which is characterized in that further include having to hold
Portion with syringe needle and without the sorting mechanism that separates of the syringe of syringe needle, the sorting mechanism by screening track with
The upside-down mounting conveying mechanism connection, the syringe with syringe needle is transmitted between carrying out uniformly in the upside-down mounting conveying mechanism
Every flatwise layout.
9. a kind of syringe as claimed in claim 8 automatically packs seal packing machine, which is characterized in that further include having institute
The feed mechanism for the syringe material sequential being put into is stated, the feed mechanism has to the syringe material sequential
Centrifugal turntable turntable, the centrifugal turntable connect with the sorting mechanism by feed rail, and the centrifugal turntable will be described
Syringe material sequential is screened for mechanism and is screened.
10. as a kind of described in any item syringes of claim 3 to 5 automatically pack seal packing machine, which is characterized in that also
It include packaging bag feed bin, the packaging bag feed bin has multiple upwardly opening material chambers for being used to place packaging bag, under described
Internal passage type suction disc is moved in translation along the direction of the upper internal passage type suction disc to the feed bin, when the lower internal passage type suction disc
When being moved to the lower section of the feed bin, the intracavitary packaging bag of the lower multiple material of internal passage type suction disc vacuum suction is for note
Emitter packaging.
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CN201810888897.4A CN108910163A (en) | 2018-08-07 | 2018-08-07 | A kind of syringe automatically packs seal packing machine |
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Cited By (1)
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CN110002038A (en) * | 2019-05-01 | 2019-07-12 | 瑞安市海诚机械有限公司 | A kind of full-automatic syringe packing machine |
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