CN106144030B - A kind of prefabricated vacuum packer for bag - Google Patents

A kind of prefabricated vacuum packer for bag Download PDF

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Publication number
CN106144030B
CN106144030B CN201610696856.6A CN201610696856A CN106144030B CN 106144030 B CN106144030 B CN 106144030B CN 201610696856 A CN201610696856 A CN 201610696856A CN 106144030 B CN106144030 B CN 106144030B
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CN
China
Prior art keywords
vacuum
bag
station
connect
seat
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Application number
CN201610696856.6A
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Chinese (zh)
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CN106144030A (en
Inventor
曹林逸
侯力
张春雷
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
ANHUI SUZHOU TECHNOLOGY FOOD Co.,Ltd.
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Chengdu Qi Cheng Automation Machinery Co Ltd
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Priority to CN201610696856.6A priority Critical patent/CN106144030B/en
Publication of CN106144030A publication Critical patent/CN106144030A/en
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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
    • B65B43/12—Feeding flexible bags or carton blanks in flat or collapsed state; Feeding flat bags connected to form a series or chain
    • B65B43/14—Feeding individual bags or carton blanks from piles or magazines
    • B65B43/16—Feeding individual bags or carton blanks from piles or magazines by grippers
    • B65B43/18—Feeding individual bags or carton blanks from piles or magazines by grippers by suction-operated grippers
    • 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
    • B65B1/00—Packaging fluent solid material, e.g. powders, granular or loose fibrous material, loose masses of small articles, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
    • B65B1/04—Methods of, or means for, filling the material into the containers or receptacles
    • 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
    • B65B31/00—Packaging articles or materials under special atmospheric or gaseous conditions; Adding propellants to aerosol containers
    • B65B31/02—Filling, closing, or filling and closing, containers or wrappers in chambers maintained under vacuum or superatmospheric pressure or containing a special atmosphere, e.g. of inert gas
    • 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
    • B65B59/00—Arrangements to enable machines to handle articles of different sizes, to produce packages of different sizes, to vary the contents of packages, to handle different types of packaging material, or to give access for cleaning or maintenance purposes

Abstract

The invention discloses a kind of prefabricated vacuum packer for bag, bag storage mechanism, bag-loading mechanism, folder bag rotating disk mechanism and vacuum spin chuck mechanism including workbench and setting on the table；The control cabinet for controlling all mechanism operations is additionally provided on workbench, station is corresponded to around folder bag rotating disk mechanism equipped with stamp device, charging mechanism, the upper bag openning body and lower bag openning body that are used cooperatively and the bag opening mechanism to swing back and forth between charging mechanism and upper bag openning body, return elevating mechanism used in conjunction with is equipped with below bag opening mechanism, it is equipped between folder bag rotating disk mechanism and vacuum spin chuck mechanism and moves packed set, the vacuum spin chuck excircle of vacuum spin chuck mechanism is laid with the upper bag that multiple vacuum units respectively correspond workbench, closure, it vacuumizes, vacuum heat-seal, exhaust heat-sealing and output station.Solve the problems, such as that existing vacuum packing machine packaging rate is low, equipment dependability is poor and service life of equipment is short.

Description

A kind of prefabricated vacuum packer for bag
Technical field
The present invention relates to packing technique fields, and in particular to arrives a kind of prefabricated vacuum packer for bag.
Background technique
In the industry of the packagings such as food, food and other items is anti-oxidant so as to reach usually using vacuum packaging, prolongs The purpose of long shelf-life.The vacuum packaging of food is that food is fitted into sack, carries out sealing packaging under vacuum conditions, at present Incipient prefabricated vacuum packer for bag on the market is generally made of with linear vacuum device to packed set rotating disc type, works When, by it is packed set completion charging after, have bag taking machine folder move to linear vacuum device, packaging bag is sent to each vacuum pumping chamber It is interior, it is closed, evacuated in the same vacuum chamber, being sealed, being cooled down, the movement such as output of uncapping；And the rotating disc type occurred is true Empty machine, mostly semi-automatic, the loading of material still needs manually to participate in operation, and the work station on turntable respectively on Bag is closed, vacuumizes, cools down, is vented and uncaps, and station arrangement is unreasonable, causes product packaged by rotating disc type vacuum machine true Empty qualification rate is low, and sealing is not tight, causes serious waste.The prefabricated vacuum packer for bag structure of the prior art is less reasonable, Structure is also relative complex, and part body and fitting designs are unreasonable, including to the packed storage bag bag-loading mechanism set, lifting return support Bag mechanism, shifting bag mechanism, vacuum apparatus designs and lid open-close mechanism etc., lead to the service life of prefabricated vacuum packer for bag Short, production efficiency is low, to increase production cost.
Summary of the invention
The object of the present invention is to provide a kind of prefabricated vacuums packer for bag, to solve existing vacuum packing machine packaging rate Problem low, equipment dependability is poor and service life of equipment is short.
In order to achieve the above object, providing a kind of prefabricated vacuum packer for bag in one embodiment of the present of invention, including work Bag storage mechanism, bag-loading mechanism, folder bag rotating disk mechanism and the vacuum spin chuck mechanism of platform and setting on the table；On workbench also Equipped with the control cabinet for controlling all mechanism operations, station is corresponded to around folder bag rotating disk mechanism and is equipped with stamp device, charging mechanism, matches Close the upper bag openning body used and lower bag openning body and the bag forming machine to swing back and forth between charging mechanism and upper bag openning body Structure, bag opening mechanism lower section is equipped with return elevating mechanism used in conjunction with, between folder bag rotating disk mechanism and vacuum spin chuck mechanism Equipped with move it is packed set, the vacuum spin chuck excircle of vacuum spin chuck mechanism is laid with multiple vacuum units and respectively corresponds workbench Upper bag is closed, vacuumizes, sealing, being vented and output station, is equipped with output device below the output station；Storage bag machine Structure includes baffle for blocking packaging bag and setting square multiple suckers under the baffle；Bag-loading mechanism include to bag portion part, Bag taking component and for that will sandwich the upper bag swing-bar mechanism taken to folder bag rotating disk mechanism, it is described to bag portion part include armed lever II, A pair swing tension spring, with swing that tension spring is used cooperatively to bag cam and the draft link that connect with armed lever II, bag taking component packet It includes the armed lever I connecting with a pair of upper bag tension spring, the bag taking cam being used cooperatively with upper bag tension spring and is connect with the armed lever I other end Big sprocket wheel, armed lever II connect by upper bag shaft with draft link, and armed lever I is connect by rotary sleeve with big sprocket wheel, big sprocket wheel It is connected by chain with minor sprocket, minor sprocket drives upper bag swing-bar mechanism to swing back and forth by chainlet wheel shaft, upper bag swing-bar mechanism Including the upper bag swing rod being flexibly connected with chainlet wheel shaft, the upper bag cylinder being arranged on upper bag swing rod and it is arranged in upper bag swing rod End and the front clip being used cooperatively respectively with fore-clamp gear and rear clip tooth wheel and rear clip；Return elevating mechanism passes through drive Axis is connect with bag opening mechanism, and return elevating mechanism includes return pull rod, lifting arm, returning pull-spring and is fixedly connected with transmission shaft Canceling cam and lifter cam, return pull rod one end connect with return swing arm I, and the other end is connected with return swing arm II, return The swing arm II other end and drive axis connection, lifting arm one end are connected with lifting drawspring, and the other end is connect with shaft neck is driven；Folder bag Rotating disk mechanism includes folder bag component, loose clip assembly and rotary disc assembly.
Preferably, upper bag openning body include on open a bag support, on open a bag strut, be arranged on open on two on bag strut Rack gear seat and two reversed rack gears being movably arranged on two upper rack seats respectively, wherein a reversed rack gear and above opening a bag cylinder It connects, equipped with a bag gear is opened on engaging with reversed rack gear between upper rack seat, two reversed rack gears are respectively connected on one and open bag Soup stick above opens bag soup stick end equipped with upper sucker, above opens and be also equipped with inflatable bar on bag strut；Lower bag openning body opens bag under including Pedestal and two lower rack gear seats on bag pedestal are opened under being arranged in, there are two lower reversed rack gears for setting on two lower rack gear seats (each lower rack gear seat be each provided with reversed rack gear under one) is equipped between lower rack gear seat and engages down with reversed rack gear under two Open a bag gear, wherein once reversed rack gear is opened a bag cylinder under and is connect, the underface of upper sucker, lower reversed rack gear end be equipped with Lower sucker.
Preferably, rotary disc assembly includes hollow rotating shaft, the shaft being set on hollow rotating shaft set and fixes on the table Rotary base, the top of shaft set is equipped with big cam, and bottom is equipped with disk gear, and the one end for passing through workbench is equipped with pendulum Arm, big cam top are equipped with turntable, and several stop screws are equipped on turntable, and swing arm is equipped with turntable spring base, and swing arm passes through Stay rod pin is connected with turntable pull rod, and the other end of turntable pull rod is connected with big cam swing arm；Folder bag component includes being symmetricly set on Left machine folder and right machine folder on turntable, left machine folder include left machine holder and the left clamp seat connecting with left machine holder, left clamp The other end of seat is equipped with left clamp and the left clamp idler wheel set on left clamp bottom, is equipped with spring in left clamp seat, in left clamp It is additionally provided with left guide rod, left machine holder is equipped with the connecting rod being fixedly connected with turntable, and end is equipped with left swing and moves idler wheel；Right machine folder Including right machine holder and the right clamping plate seat connecting with right machine holder, right machine holder is equipped with the support bag positioning connecting with turntable and leads Bar and the fastening screw contacted with stop screw, right machine holder end are equipped with right swing idler wheel, and right clamping plate seat end is equipped with the right side Clamping plate and right clamping plate idler wheel set on right clamping plate bottom are equipped with spring in right clamping plate seat, and right clamping plate is equipped with right guide rod.
Preferably, charging mechanism includes vertical supporting rod, the second guide rod, the mounting seat for being installed on worktable upper surface, peace Charging swing arm seat loaded on workbench lower surface and the guide rod seat in workbench lower plate, the connection of vertical supporting rod one end are horizontal Bar, the other end extend mounting seat and are connected with connecting rod, and protection sleeve pipe is arranged on vertical supporting rod, and vertical supporting rod passes through pendulum Arm II is connected with connecting rod, and connecting rod is connect with swing arm I, and the one end swing arm I is mounted in charging swing arm seat by pin shaft, separately One end is connect with tension spring；Vertical supporting rod elongated end is equipped with guide block, and the second guide rod is fixedly connected with workbench, and the other end is worn Guide block is crossed to connect with guide rod seat.
Preferably, the packed motor mount set including moving swing arm and for installing first servo motor is moved, it is mobile Swing arm is equipped with intermeshing base gear and fine tuning gear, and mobile swing arm one end is connected by base gear and servo-actuated bottom plate It connects, the other end is flexibly connected with first servo motor, and mobile swing arm two sides of the bottom are equipped with limited block；Servo-actuated bottom plate passes through shaft It is connect with knee-piece, the other end of knee-piece is connected by connector with telescopic cylinder, and fine tuning gear passes through mobile pull rod and motor is installed Seat is connected, and the back side of motor mount is equipped with stop screw seat, and stop screw seat is equipped with adjustable limiting screw.
Preferably, vacuum spin chuck mechanism include vacuum transmission mechanism and distribution mechanism in vacuum transmission mechanism and Valve actuating mechanism；Vacuum transmission mechanism includes the second servo motor, the servo motor mounting base for being installed on workbench lower surface and sets In the pinion gear mounting base and hollow base of worktable upper surface, the output end of the second servo motor is equipped with and motor-driven gear The output gear of engagement, motor-driven gear output end are pinion gear, and pinion gear is nibbled with the gear wheel being arranged in hollow base It closes, gear wheel upper end is equipped with vacuum spin chuck seat, vacuum spin chuck is fixedly mounted on vacuum spin chuck seat, is equipped with and matches in vacuum spin chuck Mechanism of qi structure；Valve actuating mechanism includes that gas distribution plate, follower disk and the fixation set on distribution pan bottom connect gas disk, and follower disk passes through guide rod It is connect with the follower disk support rod being fixed in vacuum spin chuck, the lower surface of follower disk and the upper surface slide of gas distribution plate connect Touching, follower disk connects hole equipped with multiple vacuum chambers and multiple heat seal cylinders connect hole, and each vacuum chamber connects Kong Yuyi vacuum chamber and connects Logical, the air inlet that each heat seal cylinder connects Kong Yuyi heat seal cylinder is connected, and follower disk passes through revolving hollow spindle and distribution mechanism It is connected；Distribution mechanism includes fixation hollow axis, insulated chassis and the conductor loop being arranged on chassis, and revolving hollow spindle is set in solid Determine in hollow shaft, fixation hollow axis one end is mounted in the through-hole of insulated chassis lower surface, and the other end is connected with gas distribution plate, insulation Chassis lower surface is equipped with electrode terminal I, and upper surface is equipped with insulator foot, and insulator foot connects by the way that bolt and fixation hollow axis are fixed It connects, the other end is equipped with electrode terminal II, and conductor loop is made of several metal segmental arcs, and collets are equipped between adjacent metal segmental arc.
Preferably, vacuum unit includes that adjustable clamping mechanism, the cap-opening mechanism set on the vacuum unit back side and setting exist The indoor heat-sealing component of vacuum and bag clamping device；Sealing component includes the binding post, connecting terminal, heating being arranged in vacuum cover Item and the filler strip being installed in vacuum chamber pedestal, there are two binding post settings, and one of binding post and electrode terminal I connect It connects, another binding post is connected with metal segmental arc；Bag clamping device includes vertical bar and the swing clamping bar connecting with vertical bar, filler strip lower section Equipped with filler strip pedestal, the head that vertical bar extends vacuum chamber is connect with adjustable clamping mechanism；Adjustable clamping mechanism part include crank, It opens folder cam, mandril and opens gas enclosure cylinder, crank is fixedly connected with the head of vertical bar, and idler wheel and tension spring, tension spring one are installed on crank End hook connects on crank spring base, and other end clasp joint opens the setting of folder cam on output station, top on adjacent vacuum spring base Bar setting is in upper bag station, and when opening folder movement, idler wheel is rolled along folder cam is opened；Cap-opening mechanism includes being arranged on vacuum cover Tegmental wall clamping part and the pull rod of uncapping that is connect with tegmental wall clamping part, be arranged with track base on pull rod of uncapping, pull rod of uncapping Lower end is equipped with slider roller, and track base is tubular, and outer surface is equipped with the interconnecting piece being connected with disk edge.
Preferably, stamp device includes pusher cylinder, stamp pedestal and the coder being arranged on stamp pedestal, is pushed The push rod of cylinder pass through stamp pedestal side wall be connected with cushion block, between cushion block and coder there are spacing for move road, beat On ink recorder and the side wall of stamp pedestal is equipped with guide plate, and the bottom of stamp pedestal is equipped with support and adjusting seat, pusher cylinder Two sides are equipped with the first guide rod being fixed on stamp base side wall.
In conclusion the invention has the following advantages that
1, the present invention is by the way that return elevating mechanism and bag opening mechanism to be used cooperatively, by traditional support bag running part by gas Cylinder, return spring transmission are changed to cam, the transmission of return pull rod, effectively increase the reliability of bag opening mechanism, and then extend The service life of each component.
2, due to left machine folder and right machine folder machine holder be flexibly connected with clamping plate seat, by adjusting left and right machine press from both sides spacing, For different size of packaging bag, the clamping of different size packaging bag can be realized.
3, the present invention efficiently solves folder bag rotating disk mechanism at bag storage mechanism and upper bag station by setting bag-loading mechanism The problem of hypertelorism, and use cam, sprocket wheel as the transmission parts of bag-loading mechanism, effectively extend the longevity of bag-loading mechanism Life.
4, opened on bag cylinder and under open bag cylinder simultaneously operation, a wherein reversed rack gear movement is pushed, thus with moving gear Make another reversed rack gear counter motion, and then the sucker counter motion being connected on two reversed rack gears is made to pull open packaging bag, up and down Bag is opened simultaneously, sack is opened more fully, material is facilitated to be packed into.
5, it moves packed set and solves the problems, such as that packaging bag is misaligned from folder bag rotating disk mechanism to vacuum chamber, utilize servo motor Driving, telescopic cylinder are driven folder bag, are more convenient to control and adjust in due course packaging bag clamping or loose folder problem.
6, the opening and closing of vacuum unit is driven by pull rod of uncapping, cam disc, enhances reliability, is increased equipment and is used the longevity Life.
7, the aid dynamics that can adjust clamping mechanism, avoids the damage to packaging bag, and adjustment swings the amplitude of fluctuation of clamping bar Degree, to effectively shorten the opening/closing time of clip, accelerates the packaging speed of entire machine, and optimize out folder cam Curve reduces clip opening and closing bring vibration.
Detailed description of the invention
Fig. 1 is the schematic diagram of the prefabricated vacuum packer for bag of the present invention；
Fig. 2 is the partial schematic diagram of the prefabricated vacuum packer for bag of the present invention；
Fig. 3 is the structural schematic diagram of bag storage mechanism of the present invention；
Fig. 4 is the structural schematic diagram of bag-loading mechanism of the present invention；
Fig. 5 is the side view of bag-loading mechanism of the present invention；
Fig. 6 is the structural schematic diagram of stamp device of the present invention；
Fig. 7 is the structural schematic diagram of the present invention upper bag openning body and lower bag openning body；
Fig. 8 is the structural schematic diagram of charging mechanism of the present invention；
Fig. 9 is the structural schematic diagram of bag opening mechanism of the present invention and return elevating mechanism；
Figure 10 is the side view of return elevating mechanism of the present invention；
Figure 11 is the structural schematic diagram of folder bag rotating disk mechanism of the present invention；
Figure 12 is the top view of folder bag rotating disk mechanism of the present invention；
Figure 13 is the schematic diagram of the left machine folder of the present invention；
Figure 14 is the schematic diagram of the right machine folder of the present invention；
Figure 15 is that the present invention moves the packed structural schematic diagram set；
Figure 16 is the schematic diagram of vacuum unit of the present invention；
Figure 17 is the schematic diagram of vacuum unit of the present invention；
Figure 18 is the schematic diagram of vacuum cover of the present invention；
Figure 19 is the schematic diagram of the adjustable clamping mechanism of the present invention；
Figure 20 is the structural schematic diagram of vacuum spin chuck mechanism of the present invention
Figure 21 is the structural schematic diagram of vacuum spin chuck mechanism of the present invention
Figure 22 is the schematic diagram of distribution mechanism of the present invention；
Figure 23 is the schematic diagram of distribution mechanism of the present invention；
Figure 24 is the gas distribution plate upper surface view of eight stations of the invention；
Figure 25 is the gas distribution plate upper surface view of ten stations of the invention；
Figure 26 is that the fixation of eight stations of the invention connects gas disk upper surface view；
Figure 27 is that the fixation of ten stations of the invention connects gas disk upper surface view；
Wherein, 1, bag storage mechanism；2, bag-loading mechanism；3, control cabinet；4, stamp device；5, upper bag openning body；6, bag is opened under Mechanism；7, charging mechanism；8, bag opening mechanism；9, folder bag rotating disk mechanism；10, press belt mechanism；11, packed set is moved；12, output dress It sets；13, vacuum unit；14, vacuum spin chuck mechanism；15, distribution mechanism；16, workbench；17, folder portion is opened；18, packaging bag；19, Return elevating mechanism；1-1, baffle；1-2, support；1-3, bag taking bar；1-4, sucker；2-1, tension spring is swung；2-2, bag cam is given； 2-3, bag taking cam；2-4, armed lever II；2-5, armed lever I；2-6, rotary sleeve；2-7, bearing base；2-8, big sprocket wheel；2-9, chain Item；2-10, tensioning nut；2-11, draft link；2-12, minor sprocket；2-13, chainlet wheel shaft；2-14, upper bag swing rod；2-15, on Bag cylinder；2-16, rear clip；2-17, front clip；2-18, rear clip tooth wheel；2-19, fore-clamp gear；2-20, upper bag shaft；2- 21, upper bag tension spring；2-22, tension spring support；2-23, mounting base；4-1, pusher cylinder；4-2, the first guide rod；4-3, guide plate；4- 4, stamp support；4-5, coder；4-6, adjusting seat；4-7, stamp pedestal；4-8, cushion block；4-9, mobile road；5-1, on open bag Support；5-2, on open a bag strut；5-3, on open a bag soup stick；5-4, reversed rack gear；5-5, band motion block；5-6, on open a bag cylinder；5- 7, a bag gear is opened on；5-8, inflatable bar；5-9, upper rack seat；5-10, upper sucker；6-1, lower rack gear seat；6-2, direction rack gear seat； 6-3, under open a bag cylinder；6-4, under open a bag gear；6-5, lower sucker；7-1, guide rod seat；7-2, guide block；7-3, vertical supporting rod；7- 4, mounting seat；7-5, cross bar；7-6, charging swing arm seat；7-7, charging cam；7-8, swing arm I；7-9, swing arm II；7-10, guarantor Protecting pipe；7-11, the second guide rod；7-12, connecting rod；7-13, guidance bucket；7-14, tension spring；8-1, band moving axis；8-2, support bag Bar；8-3, left swing plate；8-4, right wobble plate；8-5, support bag cantilever；8-6, support bag pull rod；8-7, turning set；8-8, center dead axle；8- 9, collision block；8-10, block；8-11, shaft neck is driven；19-1, transmission shaft；19-2, lifter cam；19-3, canceling cam；19- 4, return pull rod；19-5, return swing arm I；19-6, lifting drawspring；19-7, lifting arm；19-8, returning pull-spring；19-9, lifting arm Pedestal；19-10, return swing arm II；16-1, upper plate；16-2, lower plate；9-1, turntable；9-2, stop screw；9-3, big cam；9- 4, rotary base；9-5, swing arm；9-6, disk gear；9-7, shaft set；9-8, pull rod pin shaft；9-9, big cam swing arm；9-10, Turntable swing arm seat；9-11, turntable spring base；9-12, hollow rotating shaft；9-13, turntable pull rod；9-14, left machine folder；9-15, right machine Folder；914.1, left swing moves idler wheel；914.2, left machine holder；914.3, connecting rod；914.4, left clamp seat；914.5, left guide rod； 914.6, left clamp idler wheel；914.7, Zola's spring abutment；914.8, the first fastening screw；151, right clamping plate idler wheel；152, right guide rod； 153, right clamping plate seat；154, right machine holder；155, bag location guide is supportted；156, fastening screw；157, right swing idler wheel；158, Two fastening screws；159, right spring base；11-1, motor mount；11-2, first servo motor；11-3, mobile pull rod；11-4, Movable head；11-5, base gear；11-6, mobile swing arm；11-7, fine tuning gear；11-8, stop screw seat；11-9, adjustable limit Position screw；11-10, cylinder block；11-11, telescopic cylinder；11-12, connector；11-13, knee-piece；11-14, shaft；11-15, limit Position block；11-16, mounting plate；11-17, moving machine folder；11-18, fixed machine folder；13-1, vacuum cover；13-2, filler strip；13-3, Filler strip pedestal；13-4, clamping bar is swung；13-5, vertical bar；13-6, idler wheel；13-7, crank；13-8, slider roller；13-9, vacuum Room pedestal；13-10, pull rod of uncapping；13-11, lid arm clamping part；13-12, interconnecting piece；13-13, crank spring base；13-14, phase Adjacent spring base；13-15, gas enclosure cylinder is opened；13-16, mandril；13-17, folder cam is opened；13-18, binding post；13-19, fire-bar bottom Seat；13-20, fire-bar；13-21, connecting terminal；13-22, track base；14-1, the second servo motor；14-2, servo motor peace Fill seat；14-3, pinion gear mounting base；14-4, pinion gear；14-5, vacuum spin chuck；14-6, follower disk support rod；14-8, vacuum Rotary disk basement；14-9, gear wheel；14-10, hollow base；14-11, motor-driven gear；14-12, follower disk；14-13, guiding Bar；14-14, gas distribution plate；14-15, fixation connect gas disk；14-16, vacuum chamber connect hole；14-17, heat seal cylinder connect hole；It is 14-18, convex Wheel disc；15-1, fixation hollow axis；15-2, revolving hollow spindle；15-3, connection carrying bolt；15-4, insulated chassis；15-5, electricity Extremely sub- I；15-6, conductor loop；15-7, electrode terminal II；15-8, insulator foot；15-9, metal segmental arc；15-10, collets； 141, the first square groove I；142, the second square groove I；143, third square groove I；144, the first annular groove I；145, the second annular groove I；146, Three annular groove I；147, the first kerve I；148, the 4th square groove I；149, the 4th kerve I；1410, the second kerve I；1411, third bottom Slot I；14.1, the first square groove；14.2, the second square groove；14.3, third square groove；14.4, third annular groove；14.5, the 4th square groove； 14.6, the 5th square groove；14.7, the 6th square groove；14.8, the first annular groove；14.9, the second annular groove；14.10, the first kerve；14.11, Second kerve；14.12, third kerve；14.13, the 4th kerve.
Specific embodiment
The present invention provides a kind of prefabricated vacuums packer for bag, as shown in Fig. 1 ~ 5 and 10, including workbench 16 and setting Bag storage mechanism 1, bag-loading mechanism 2, folder bag rotating disk mechanism 9 and vacuum spin chuck mechanism 14 on workbench 16；On workbench 16 also Equipped with the control cabinet 3 for controlling all mechanism operations, 9 surrounding of folder bag rotating disk mechanism corresponds to station equipped with stamp device 4, charging mechanism 7, it the upper bag openning body 5 and lower bag openning body 6 that are used cooperatively and swings back and forth between charging mechanism 7 and upper bag openning body 5 Bag opening mechanism 8, return elevating mechanism 19 used in conjunction with, folder bag rotating disk mechanism 9 and vacuum are equipped with below bag opening mechanism 8 Be equipped between rotating disk mechanism 14 move it is packed set 11, the vacuum spin chuck 14-5 excircle of vacuum spin chuck mechanism 14 is laid with multiple true Dummy cell 13 respectively corresponds the upper bag of workbench, is closed, vacuumizes, sealing, being vented and output station, the lower section peace of output station Equipped with output device 12；Bag storage mechanism 1 includes baffle 1-1 for blocking packaging bag and setting square multiple suctions under the baffle Disk 1-4, baffle 1-1 are supported by support 1-2, and sucker 1-4 is installed on bag taking bar 1-3；Bag-loading mechanism 2 includes to bag portion part, takes Bag portion part and for by packaging bag 18 clamping to folder bag rotating disk mechanism 9 upper bag swing-bar mechanism, include armed lever to bag portion part II2-4, it is a pair of swing tension spring 2-1, with being connect to bag cam 2-2 and with armed lever II2-4 of swinging that tension spring 2-1 is used cooperatively Draft link 2-11, bag taking component include making with the armed lever I2-5 that bag tension spring 2-21 is connect a pair of above, with upper bag tension spring 2-21 cooperation Bag taking cam 2-3 and the big sprocket wheel 2-8 connecting with the armed lever I2-5 other end, armed lever II2-4 pass through upper bag shaft 2-20 It is connect with draft link 2-11, armed lever I2-5 is connect by rotary sleeve 2-6 with big sprocket wheel 2-8, and rotary sleeve 2-6 passes through mounting base 2-23 is fixed on the table, and big sprocket wheel 2-8 is connected by chain 2-9 with minor sprocket 2-12, and chain 2-9 is equipped with tensioning nut 2-10, minor sprocket 2-12 are swung back and forth by bag swing-bar mechanism in chainlet wheel shaft 2-13 drive, upper bag swing-bar mechanism include with it is small The upper bag swing rod 2-14 of sprocket shaft 2-13 flexible connection, the upper bag cylinder 2-15 being arranged on upper bag swing rod 2-14 and setting exist The upper end bag swing rod 2-14 and respectively with fore-clamp gear 2-19 and rear clip tooth wheel 2-18 the front clip 2-17 being used cooperatively and rear folder Sub- 2-16；Return elevating mechanism 19 passes through band moving axis 8-1 and connect with bag opening mechanism 8, and return elevating mechanism 19 includes return pull rod 19-4, lifting arm 19-7, returning pull-spring 19-8 and the canceling cam 19-3 and lifter cam being fixedly connected with transmission shaft 19-1 19-2, return one end pull rod 19-4 are connect with return swing arm I19-5, and the other end is connected with return swing arm II19-10, return swing arm The II19-10 other end is connect with moving axis 8-1, and the one end lifting arm 19-7 is connected with lifting drawspring 19-6, the other end with moving axis Axle journal 8-11 connection, lifting arm 19-7 pass through lifting arm pedestal 19-9 with drive shaft neck 8-11 connect, lifting drawspring 19-6 with Return swing arm I19-5 is connect with the upper plate 16-1 of workbench, and returning pull-spring 19-8 passes through under returning pull-spring seat and workbench Plate 16-2 is connected；Folder bag rotating disk mechanism 9 includes folder bag component, loose clip assembly and rotary disc assembly.
When packaging bag does not need to vacuumize, it is equipped at the upper bag station and output station of folder bag rotating disk mechanism 9 and opens folder Portion 17, and output station is additionally provided with press belt mechanism 10.
Tension spring support 2-22 and bearing base 2-7 are fixedly connected on workbench 16, to bag cam 2-2 and swing tension spring Under the action of 2-1 pairs, armed lever II2-4 drives draft link 2-11 to swing back and forth by upper bag shaft 2-20；At the same time, in bag taking Cam 2-3 and it is 2-21 pairs of bag tension spring upper under the action of, armed lever I2-5 by shaft cover 2-6 drive big sprocket wheel 2-8 come back rotation, greatly Sprocket wheel 2-8 drives minor sprocket 2-12 come back rotation by chain 2-9, and minor sprocket 2-12 is driven on entire by chainlet wheel shaft 2-13 Bag swing-bar mechanism significantly swings back and forth.Upper bag cylinder 2-15 drives front clip 2-17, to drive front and back folder gear mesh Effect, reversely rotate front and back clip can, to play the effect of opening and closing.The swing of bag mechanism on the whole and upper bag gas Under the action of cylinder 2-15, the bag taking on the sucker of storage bag device, front and back clip at the upper bag station of folder bag turntable on bag.
As shown in fig. 7, upper bag openning body 5 include above open a bag support 5-1, on open a bag strut 5-2, be arranged and upper open a bag strut Two upper rack seat 5-9 on 5-2 and two reversed rack gear 5-4 being movably arranged on two upper rack seat 5-9 respectively, wherein One reversed rack gear is connect with a bag cylinder 5-6 is above opened, and is above opened bag cylinder 5-6 and is connected by band motion block 5-5 with reversed rack gear 5-4, on Be equipped between rack gear seat 5-9 engaged with reversed rack gear 5-4 on open bag gear 5-7, two reversed rack gear 5-4 are respectively connected on one A bag soup stick 5-3 is opened, bag end soup stick 5-3 is above opened equipped with upper sucker 5-10, above opens and be also equipped with inflatable bar 5-8 on bag strut 5-2, For assisting in opening packaging bag, after packaging bag is pulled open by upper and lower sucker, air blowing pole is toward blowing in packaging bag.Lower bag openning body 6 Bag pedestal is opened including under and opens two lower rack gear seat 6-1 on bag pedestal under being arranged in, and is provided on two lower rack gear seat 6-1 Reversed rack gear under two is equipped with to engage down with reversed rack gear under two between lower rack gear seat 6-1 and opens a bag gear 6-4, wherein one Reversed rack gear is opened a bag cylinder 6-3 under and is connect down, the underface of upper sucker 5-10, lower reversed rack gear end be equipped with lower sucker 6- 5, under open and be additionally provided with direction rack gear seat 6-2 on bag pedestal.
As shown in figure 9, bag opening mechanism 8 include support bag cantilever 8-5, support bag pull rod 8-6, left swing plate 8-3, right wobble plate 8-4, in Heart dead axle 8-8 and the detection switch for detecting left and right wobble plate action message, support bag cantilever 8-5 are rotatably hung on center dead axle 8-8 On, also rotation is equipped with turning set 8-7 outside the dead axle 8-8 of center, and turning set is equipped with collision block 8-9, block 8- corresponding with collision block 8-9 10 are fixed on the dead axle 8-8 of center, and support one end bag pull rod 8-6 is connect with turning set 8-7, and the other end is connect with left swing plate 8-3, left Wobble plate 8-3 and right wobble plate 8-4 swings setting on support bag cantilever, and support bag bar 8-2 is mounted on left swing plate and right wobble plate.
As shown in Figure 11 ~ 14, rotary disc assembly includes hollow rotating shaft 9-12, the shaft being set on hollow rotating shaft 9-12 set 9- Turntable 9-1 is installed, bottom is equipped with turntable tooth at the top of the 7 rotary base 9-4 with fixation on the table, hollow rotating shaft 9-12 9-6 is taken turns, shaft covers 9-7 and is equipped with swing arm 9-5 across one end of workbench, and the other end is equipped with big cam 9-3, and big cam 9-3 is set to Below turntable 9-1, several stop screw 9-2 are installed on turntable 9-1, swing arm 9-5 is equipped with turntable spring base 9-11, pendulum Arm 9-5 is connected by stay rod pin 9-8 with turntable pull rod 9-13, and the other end of turntable pull rod 9-13 is connected with big cam swing arm 9-9, The big cam swing arm 9-9 other end is connected with turntable swing arm seat 9-10；Folder bag component includes the left machine being symmetricly set on turntable 9-1 It presss from both sides 9-14 and right machine presss from both sides 9-15, left machine presss from both sides the left clamp that 9-14 includes left machine holder 914.2 and connect with left machine holder 914.2 Seat 914.4, left 914.2 bottom of machine holder are equipped with Zola's spring abutment 914.7, the other end of left clamp seat 914.4 be equipped with left clamp and Left clamp idler wheel 914.6 set on left clamp bottom, the left clamp seat 914.4 is interior to be equipped with return spring, also sets in left clamp There is left guide rod 914.5, left machine holder 914.2 is equipped with the connecting rod 914.3 connecting with turntable, and end is equipped with left swing and moves idler wheel 914.1；Right machine presss from both sides the right clamping plate seat 153 that 9-15 includes right machine holder 154 and connect with right machine holder 154, right machine holder 154 It is equipped with the fastening screw 156 that the support bag connected with turntable location guide 155 and contacted with stop screw 9-2, right machine holder 154 ends are equipped with right swing idler wheel 157, and right 154 bottom of machine holder is equipped with right spring base 159, and right 153 end of clamping plate seat is equipped with the right side Clamping plate and right clamping plate idler wheel 151 set on right clamping plate bottom are equipped with return spring in right clamping plate seat 153, set on right clamping plate There is right guide rod 152；The first fastening screw 914.8 and the second fastening spiral shell are respectively equipped on left clamp seat 914.4 and right clamping plate seat 153 Nail 158；Two guide rods are equipped in left clamp and right clamping plate, wherein a setting is used in left clamp seat and right clamping plate seat In installation return spring, another is located on left clamp and right clamping plate and play the guiding role.
As shown in figure 8, charging mechanism 7 includes charging cam 7-7, vertical supporting rod 7-3, the second guide rod 7-11, is installed on work Make the mounting seat 7-4 of platform upper surface, be installed on the charging swing arm seat 7-6 of workbench lower surface and be set to workbench lower plate Guide rod seat 7-1 on 16-2；Charging cam 7-7 is connected with driving device, and the one end vertical supporting rod 7-3 connects cross bar 7-5, the other end Extend mounting seat to be connected with connecting rod 7-12, one end of cross bar 7-5 is equipped on guidance bucket 7-13, vertical supporting rod 7-3 Be arranged with protection sleeve pipe 7-10, vertical supporting rod 7-3 is connected by swing arm II7-9 with connecting rod 7-12, connecting rod 7-12 and Swing arm I7-8 connection, the one end swing arm I7-8 are mounted on charging swing arm seat 7-6 by pin shaft, and the other end is connect with tension spring 7-14； Vertical supporting rod 7-3 elongated end is equipped with guide block 7-2, and second one end guide rod 7-11 is fixedly connected with workbench, and the other end is passed through and led Block is connect with guide rod seat 7-1.
As shown in figure 15, move it is packed set 11 include fixed machine folder 11-18, moving machine folder 11-17, mobile swing arm 11-6 and For installing the motor mount 11-1 of first servo motor 11-2, mobile swing arm 11-6 is equipped with intermeshing base gear 11-5 and fine tuning gear 11-7, mobile one end swing arm 11-6 are connect by base gear 11-5 with servo-actuated bottom plate 11-4, the other end Connect with the output end of first servo motor 11-2, base gear 11-5 and servo-actuated bottom plate 11-4 are connected, mobile swing arm 11-6 with Base gear 11-5 is flexibly connected, and the mobile two sides of the bottom swing arm 11-6 are equipped with limited block 11-15；Fixed machine folder 11-18 is fixed On servo-actuated bottom plate 11-4, moving machine folder 11-17 is fixed on shaft 11-14 by mounting plate 11-16, and shaft 11-14 is parallel In servo-actuated bottom plate 11-4, the axis both ends of shaft 11-14 are equipped with song by being servo-actuated bottom plate 11-4 pivoting support, the shaft end of shaft 11-14 Block 11-13, servo-actuated bottom plate 11-4 are connected by knee-piece 11-13 with telescopic cylinder 11-11, and the one end telescopic cylinder 11-11 passes through gas Cylinder seat 11-10 is fixed on mobile swing arm 11-6, and the other end is connected by connector 11-12 with knee-piece 11-13, finely tunes gear 11-7 It is connected by mobile pull rod 11-3 with motor mount 11-1, the back side of motor mount 11-1 is equipped with stop screw seat 11-8, Stop screw seat 11-8 is equipped with adjustable limiting screw 11-9；Shaft 11-14 is pushed to be rotated when telescopic cylinder 11-11 is acted When, the relatively fixed machine folder 11-18 of moving machine folder 11-17 swings back and forth movement, and moving machine presss from both sides 11-17 and fixes machine folder 11-18 Between be mutually closed or open packaging bag is clamped or is unclamped.
The mobile two sides swing arm 11-6 are equipped with limited block 11-15, and adjustable limiting screw 11-9 is mounted on stop screw seat On 11-8, by adjusting adjustable limiting screw 11-9 overhang, i.e., the amplitude of fluctuation of controllable mobile swing arm 11-6, and play Buffer function.It pushes shaft 11-14 to be rotated by the movement of telescopic cylinder 11-11, makes moving machine folder 11-17 and fixation It is mutually closed or opens to treat between machine folder 11-18 and vacuumize packaging bag and gripped or released；Due to mobile pull rod 11-3 mono- End is hinged setting on fine tuning gear 11-7, and the other end is hinged and connected on motor mount 11-1, with mobile swing arm 11-6 Swing, fine tuning gear 11-7 also can with correspondingly rotating, thus in the arbitrary process that mobile swing arm 11-6 is swung, Realize the clamping opening plane of servo-actuated bottom plate 11-4 straight down.
As shown in Figure 20,21, vacuum spin chuck mechanism 14 is including vacuum transmission mechanism and in vacuum transmission mechanism Distribution mechanism 15 and valve actuating mechanism；Vacuum transmission mechanism includes the second servo motor 14-1, is installed on watching for workbench lower surface Take motor mount 14-2 and pinion gear mounting base 14-3 and hollow base 14-10 set on worktable upper surface, the second servo The output end of motor 14-1 is equipped with the output gear engaged with motor-driven gear 14-11, motor-driven gear 14-11 output end It is engaged for pinion gear 14-4, pinion gear 14-4 with the gear wheel 14-9 being arranged on hollow base 14-10, the upper end gear wheel 14-9 Vacuum spin chuck seat 14-8 is installed, vacuum spin chuck 14-5 is fixedly mounted on vacuum spin chuck seat 14-8, is installed on vacuum spin chuck 14-5 There is valve actuating mechanism；Valve actuating mechanism includes that gas distribution plate 14-14, follower disk 14-12 and the fixation set on distribution pan bottom meet gas disk 14- 15, follower disk 14-12 are connected by guide rod 14-13 with the follower disk support rod 14-6 being fixed on vacuum spin chuck 14-5 It connects, the lower surface of follower disk 14-12 is contacted with the upper surface slide of gas distribution plate 14-14, and follower disk 14-12 is equipped with multiple vacuum Room meets hole 14-16 and multiple heat seal cylinders meet hole 14-17, and each vacuum chamber connects Kong Yuyi vacuum chamber and connects, each heat-sealing gas The air inlet that cylinder connects Kong Yuyi heat seal cylinder is connected, and follower disk 14-12 passes through revolving hollow spindle 15-2 and 15 phase of distribution mechanism Even；As shown in Figure 22,23, distribution mechanism 15 is including fixation hollow axis 15-1, insulated chassis 15-4 and leading on chassis is arranged in Body ring 15-6, revolving hollow spindle 15-2 are set on fixation hollow axis 15-1, and the one end fixation hollow axis 15-1 is mounted on insulation bottom In the through-hole of the lower surface disk 15-4, the other end is connected with gas distribution plate 14-14, and the lower surface insulated chassis 15-4 is equipped with electrode terminal I15-5 and connection carrying bolt 15-3, upper surface are equipped with the insulator foot 15-8 being connected with fixation hollow axis 15-1, insulator foot 15-8 is fixedly connected by bolt with fixation hollow axis 15-1, the other end be equipped with electrode terminal II15-7, if conductor loop 15-6 by Dry metal segmental arc 15-9 is constituted, and collets 15-10 is equipped between adjacent metal segmental arc.Power supply line extends from fixation hollow axis 15-1 It is connected out with electrode terminal II15-7；And connecting terminal 13-21 there are two being set on vacuum cover 13-1, one of connecting terminal 13-21 is connect with electrode terminal I15-5, another connecting terminal 13-21 connects the metal segmental arc 15-9 on corresponding station.
As shown in Figure 16 ~ 19, vacuum unit 13 include adjustable clamping mechanism, set on the vacuum unit back side cap-opening mechanism with And it is arranged in the indoor heat-sealing component of vacuum and bag clamping device；Sealing component includes the binding post being arranged in vacuum cover 13-1 13-18, connecting terminal 13-21, fire-bar 13-20 and the filler strip 13-2 being installed in vacuum chamber pedestal 13-9, binding post 13- There are two 18 settings, and one of binding post is connect with electrode terminal I15-5, another binding post and metal segmental arc 15-9 phase Even, vacuum cover 13-1 is connect by lid arm clamping part 13-11 with vacuum chamber pedestal 13-9；Bag clamping device include vertical bar 13-5 and with It is equipped with filler strip pedestal 13-3 below the swing clamping bar 13-4 of vertical bar 13-5 connection, filler strip 13-2, vertical bar 13-5 extends vacuum chamber Head connect with adjustable clamping mechanism；Adjustable clamping mechanism part include crank 13-7, open folder cam 13-17, mandril 13-16 and Gas enclosure cylinder 13-15 is opened, crank 13-7 is fixedly connected with the head of vertical bar 13-5, idler wheel 13-6 and tension spring are installed on crank 13-7, For tension spring one end clasp joint on crank spring base 13-13, other end clasp joint opens folder cam on adjacent vacuum spring base 13-14 13-17 setting is in output station, and mandril 13-16 setting is in upper bag station, and when opening folder movement, idler wheel 13-6 is along opening folder cam 13-17 is rolled, and clip is driven to open, and to be packaged packed when on vacuum chamber on closing folder station, mandril 13-16 is retracted, tension spring It pulls under effect, clamp packaging bag；Cap-opening mechanism include the tegmental wall clamping part 13-11 being arranged on vacuum cover 13-1 and It is arranged with track base 13-22 on the pull rod 13-10 that uncaps connecting with tegmental wall clamping part 13-11, the pull rod 13-10 that uncaps, is opened The lower end of lid pull rod 13-10 is equipped with slider roller 13-8, and track base 13-22 is tubular, and outer surface is equipped with solid with disk edge Interconnecting piece 13-12 even；Cam disc 14-18, cam disc 14-18 fixed peace are installed between workbench 16 and vacuum spin chuck 14-5 On the table, the pull rod end of vacuum room cover is equipped with slider roller 13-8 to dress, under the drive of vacuum spin chuck, slider roller 13-8 pulls open lid pull rod 13-10 up and down at the edge of cam disc 14-18, according to cam line tracking, so that vacuum cover is opened, thus Vacuum chamber unit is controlled at vacuum plant output station, upper bag station, lid is fully open, lid is closed at other stations It closes.
Heat-sealing component includes fire-bar 13-20, fire-bar pedestal 13-19, binding post 13-18, filler strip 13-2, heat-sealing gas Cylinder, fire-bar 13-20, fire-bar pedestal 13-19, binding post 13-18 are set on vacuum cover 13-1, and binding post 13-18 is by insulating Shell and conductor pin composition, binding post 13-18 passes through vacuum cover 13-1 and connects respectively at the both ends fire-bar 13-20, with fire-bar The corresponding filler strip 13-2 of 13-20 is mounted on vacuum chamber inner cavity, and is fixedly connected with filler strip pedestal 13-3, filler strip pedestal 13-3 and heat The piston rod of envelope cylinder is fixedly connected, and the extruding to sack is carried out under the drive of heat seal cylinder.
As shown in fig. 6, stamp device 4 includes pusher cylinder 4-1, stamp pedestal 4-7 and is arranged on stamp pedestal 4-7 Coder 4-5, the push rod of pusher cylinder 4-1 is connected across the side wall of stamp pedestal 4-7 with cushion block 4-8, cushion block 4-8 and stamp Between machine 4-5 there are spacing be mobile road 4-9, the upper side wall with stamp pedestal 4-7 of coder 4-5 is equipped with guide plate 4-3, The bottom of stamp pedestal 4-7 is equipped with support 4-4 and adjusting seat 4-6, and the two sides of pusher cylinder 4-1, which are equipped with, is fixed on stamp pedestal 4- The first guide rod 4-2 on 7 side walls；When packaging bag is moved to mobile road 4-9, pusher cylinder 4-1 pushes cushion block 4-8 push-through packs Bag is contacted with coder 4-5, and the writings such as date of manufacture are printed upon in packaging bag by coder 4-5.
As shown in figure 24, the excircle of vacuum spin chuck 14-5 is laid with eight vacuum chamber units, vacuumizes station by true Sky one, vacuum two and three station of vacuum composition, valve actuating mechanism include gas distribution plate 14-14, follower disk 14-12 and be set to gas distribution plate bottom The fixation in portion meets gas disk 14-15, and gas distribution plate 14-14 meets gas disk 14-15 with fixation and is fixedly connected, and gas distribution plate 14-14 is in circumference side Be divided into upwards with one-to-one eight stations of workbench, respectively upper bag, closure, vacuum one, vacuum two, vacuum three, Heat-sealing, exhaust and output station, follower disk 14-12 are equipped with corresponding eight vacuum chambers and meet hole 14-16 and and eight heat-sealing gas Cylinder meets hole 14-17, and the fixed gas disk 14-15 that connects is equipped with the first vacuum hole (center of the first vacuum hole is A), the second vacuum Hole (center of the second vacuum hole is B), air inlet (center of air inlet is C) and the gas vent (center of gas vent Position is D) first vacuum tube that connects respectively, the second vacuum tube, air inlet pipe and exhaust pipe；In one station of vacuum, gas distribution plate 14-14 Upper surface is equipped with the first square groove 141I and communicates with the first vacuum hole, and in two station of vacuum, the upper surface gas distribution plate 14-14 is equipped with the 4th Square groove 148I is communicated with the second vacuum hole, and in three station of vacuum, the upper surface gas distribution plate 14-14 is equipped with the second square groove 142I and second Vacuum hole communicates, and in exhaust station, the upper surface gas distribution plate 14-14 is equipped with third square groove 143I and communicates with gas vent, in follower disk When 14-12 is rotated relative to gas distribution plate 14-14, eight vacuum chambers connect hole successively from the first square groove 141I, the 4th square groove 148I, second Pass through above square groove 142I and third square groove 143I and is connected accordingly；In output, upper bag, closure, vacuum one, vacuum two With three station of vacuum, the upper surface gas distribution plate 14-14 is equipped with the first annular groove 144I and communicates with the first vacuum hole, in heat-sealing station and row Between gas station, the upper surface gas distribution plate 14-14 be equipped with the second annular groove 145I air inlet communicate, exhaust station and output station it Between, the upper surface gas distribution plate 14-14 is equipped with third annular groove 146I and communicates with gas vent, in follower disk 14-12 with respect to gas distribution plate 14-14 When rotation, eight heat seal cylinders connect hole and successively pass through above the first, second, and third annular groove and connected accordingly.Such as figure Shown in 26, the fixed upper surface for meeting gas disk 14-15 is equipped with corresponding first vacuum hole of the first kerve 147I, is equipped with the second kerve 1410I corresponds to the second vacuum hole, is equipped with third kerve 1411I and corresponds to air inlet, is equipped with the 4th kerve 149I and corresponds to gas vent, the One square groove 141I, the first annular groove 144I are communicated with the first kerve 147I, and the second square groove 142I and the 4th square groove 148I are with second Kerve 1410I is communicated, and third annular groove 146I is communicated with the 4th kerve 149I, and the second annular groove 145I is communicated with third kerve 1411I.
As shown in figure 25, such as present invention uses the packing machine of ten stations, and the excircle of vacuum spin chuck 14-5 is laid with ten A vacuum chamber unit vacuumizes station and is made of vacuum one, vacuum two, vacuum three, vacuum four and vacuum five, and valve actuating mechanism includes Gas distribution plate 14-14, follower disk 14-12 and the fixation set on distribution pan bottom meet gas disk 14-15, and gas distribution plate 14-14 and fixation connect Gas disk 14-15 is fixedly connected, gas distribution plate 14-14 be divided into a circumferential direction with one-to-one ten stations of workbench, Respectively upper bag, closure, vacuum one, vacuum two, vacuum three, vacuum four, vacuum five, heat-sealing, exhaust and output station, follower disk 14-12 meets hole 14-16 equipped with corresponding ten vacuum chambers and ten heat seal cylinders meet hole 14-17, and fixation connects on gas disk 14-15 Equipped with the first vacuum hole hole (center of the first vacuum hole is A), (center of the second vacuum hole is the second vacuum hole B), connect the first vacuum respectively for air inlet (center of air inlet is C) and gas vent (center of gas vent is D) Pipe, the second vacuum tube, air inlet pipe and exhaust pipe；In one station of vacuum, the upper surface gas distribution plate 14-14 be equipped with the first square groove 14.1 with First vacuum hole communicates, and in two station of vacuum, the upper surface gas distribution plate 14-14 is equipped with the second square groove 14.2 and the first vacuum hole phase Logical, the first square groove 14.1 is connected with the second square groove 14.2 by the groove being arranged in gas distribution plate upper surface, in vacuum three, vacuum Four and five station of vacuum, the upper surface gas distribution plate 14-14 be equipped with third square groove 14.3, the 4th square groove 14.5 and the 5th square groove 14.6 with Second vacuum hole communicates, and third square groove 14.3, the 4th square groove 14.5 and the 5th square groove 14.6 in gas distribution plate upper surface by being arranged Groove is connected, and in exhaust station, the upper surface gas distribution plate 14-14 is equipped with the 6th square groove 14.7 and communicates with gas vent, servo-actuated When disk 14-12 is rotated relative to gas distribution plate 14-14, ten vacuum chambers connect hole successively from the first, second, third, fourth, the 5th and the Pass through above six square grooves and is connected accordingly；Output, upper bag, closure, vacuum one, vacuum two, vacuum three, vacuum four to Five station of vacuum, the upper surface gas distribution plate 14-14 is equipped with the first annular groove 14.8 and communicates with the first vacuum hole and the second vacuum hole, in heat It seals between station and exhaust station, the upper surface gas distribution plate 14-14 is equipped with the second annular groove 14.9 and communicates with air inlet, in exhaust station Between output station, the upper surface gas distribution plate 14-14 is equipped with third annular groove 14.4 and communicates with gas vent, in follower disk 14-12 phase When to gas distribution plate 14-14 rotation, ten heat seal cylinders connect hole and successively pass through above the first, second, and third annular groove and carry out phase The connection answered.
As shown in figure 27, the fixed upper surface for meeting gas disk 14-15 is equipped with corresponding first vacuum hole of the second kerve 14.11, if There are corresponding second vacuum hole of third kerve 14.12, the corresponding air inlet of the 4th kerve 14.13, the corresponding exhaust of the first kerve 14.10 Hole, the first square groove 14.1, the second square groove 14.2, the first annular groove 14.8 are communicated with the second kerve 14.11, third square groove 14.3, Four square grooves 14.5 and the 5th square groove 14.6 are communicated with third kerve 14.12, and the second annular groove 14.9 is communicated with the 4th kerve 14.13, Third annular groove 14.4 is communicated with the first kerve 14.10.
When using eight vacuum units, conductor loop eight equal parts, vacuum heat-seal station and exhaust heat-sealing station are corresponding exhausted Edge pedestal 15-8 and electrode terminal I15-5；When machine operation, the heat-sealing item on vacuum heat-seal station, exhaust heat-sealing station is connected Power supply heating.When using ten vacuum units, ten equal part of conductor loop, vacuum heat-seal station and exhaust heat-sealing station are corresponding exhausted Edge pedestal 15-8 and electrode terminal I15-5；When machine operation, vacuum heat-seal station is connected with the heat-sealing item on exhaust heat-sealing station Power supply heating.
When machine is run, the prefabricated packaging bag of stacking is stored in bag storage mechanism 1, packaging bag passes through under bag storage mechanism 1 The vacuum chuck in portion is seriatim pulled out, and then in upper bag station, is pinched by bag-loading mechanism 2 to the machine of folder bag rotating disk mechanism 9 The turntable 9-1 of folder pair, folder bag rotating disk mechanism 9 drives rotation, the packaging bag stepped up by motor or the indexing of cam indexing separator As turntable 9-1 is turned at each station, each station movement is completed.In stamp station, stamp device 4 by pusher cylinder or The writings such as date of manufacture are printed upon in packaging bag, after the completion of stamp, as turntable 9-1 turns to out a bag station by cam driven； A bag station is being opened, the sucker of upper and lower bag openning body pulls packaging bag, packaging bag is beaten under the drive of cylinder or cam It opens；In charging station, material is added in packaging bag by electronic scale；It is opening between bag station and charging station, sack is opened There is bag opening mechanism 8 to strut the sack of packaging bag afterwards；After material filling, bag opening mechanism 8 returns under the drive of return elevating mechanism 19 It opens at bag station, and packaging bag moves to next station, can be fed or be compacted again packaging bag；In detection station, detection dress It sets and the material filling situation in packaging bag is detected, if qualified, moving bag station, unclamp packaging bag by opening clamp mechanism Afterwards, packed set in the vacuum unit that 11 are transferred to packaging bag to be vacuumized in vacuum spin chuck is moved；Packaging bag to be vacuumized with Motor or cam indexing separator indexing drive rotation, successively pass through each station of vacuum plant, repeatedly vacuumizing, sealing Afterwards, finally in output station, finished product packing bag is fallen on conveyer belt, is delivered to and is concentrated in finished product storage warehouse.

Claims (7)

1. a kind of prefabricated vacuum packer for bag, it is characterised in that: including workbench (16) and be arranged on workbench (16) Bag storage mechanism (1), bag-loading mechanism (2), folder bag rotating disk mechanism (9) and vacuum spin chuck mechanism (14)；On the workbench (16) also Equipped with the control cabinet (3) for controlling all mechanism operations, corresponding station is equipped with stamp device around the folder bag rotating disk mechanism (9) (4), charging mechanism (7), the upper bag openning body (5) that is used cooperatively and lower bag openning body (6) and in charging mechanism (7) He Shangkai The bag opening mechanism (8) to swing back and forth between bag mechanism (5)；The stamp device (4) includes pusher cylinder (4-1), stamp pedestal The push rod of (4-7) and the coder (4-5) being arranged on stamp pedestal (4-7), the pusher cylinder (4-1) passes through stamp bottom Seat (4-7) side wall be connected with cushion block (4-8), between the cushion block (4-8) and coder (4-5) there are spacing for move road (4-9) is equipped with guide plate (4-3) on the coder (4-5), the stamp pedestal (4- with the side wall of stamp pedestal (4-7) 7) bottom is equipped with stamp support (4-4) and adjusting seat (4-6), and the two sides of the pusher cylinder (4-1), which are equipped with, is fixed on stamp The first guide rod (4-2) on pedestal (4-7) side wall；The upper bag openning body (5) include above open a bag support (5-1), on open bag branch Bar (5-2), setting are movably arranged at two upper racks in the upper two upper rack seats (5-9) opened on a bag strut (5-2) and respectively Two reversed rack gears (5-4) on seat (5-9), wherein a reversed rack gear is connect with a bag cylinder (5-6) is above opened, the upper rack seat Equipped with opening a bag gear (5-7) on engaging with reversed rack gear (5-4) between (5-9), described two reversed rack gears (5-4) are all connected with Have and opened on one a bag soup stick (5-3), it is described on open bag soup stick end (5-3) equipped with upper sucker (5-10), it is described on open a bag strut (5- 2) inflatable bar (5-8) is also equipped on；The lower bag openning body (6) opens bag pedestal under including and setting is opened under on bag pedestal Two lower rack gear seats (6-1), there are two lower reversed rack gear, the lower rack gear seats (6-1) for setting on two lower rack gear seats (6-1) Between be equipped with and engage down with reversed rack gear under two and open a bag gear (6-4), wherein once reversed rack gear and under open a bag cylinder (6- 3) it connects, the underface of the upper sucker (5-10), the end of lower reversed rack gear are equipped with lower sucker (6-5)；The charging mechanism It (7) include charging cam (7-7), vertical supporting rod (7-3), the second guide rod (7-11), the installation bottom for being installed on worktable upper surface Seat (7-4), the charging swing arm seat (7-6) for being installed on workbench lower surface and the guide rod seat being set on workbench lower plate (16-2) (7-1), described vertical supporting rod one end (7-3) connect cross bar (7-5), and the other end extends mounting seat and connecting rod (7-12) It is connected, is arranged with protection sleeve pipe (7-10) on the vertical supporting rod (7-3), the vertical supporting rod (7-3) passes through swing arm II(7-9) It is connected with connecting rod (7-12), the connecting rod (7-12) connect with swing arm I(7-8), the swing arm I(7-8) one end is logical It crosses pin shaft to be mounted in charging swing arm seat (7-6), the other end is connect with tension spring (7-14)；Vertical supporting rod (7-3) elongated end It is equipped with guide block (7-2), described second guide rod (7-11) one end is fixedly connected with workbench, and the other end passes through guide block and guide rod seat (7-1) connection；Return elevating mechanism (19) used in conjunction with, the folder bag turntable are equipped with below the bag opening mechanism (8) Between mechanism (9) and vacuum spin chuck mechanism (14) be equipped with move it is packed set (11), the vacuum spin chuck of the vacuum spin chuck mechanism (14) (14-5) excircle is laid with multiple vacuum units (13) and respectively corresponds the upper bag of workbench, be closed, vacuumize, Vacuum Heat Envelope, exhaust seals and output station, is equipped with output device (12) below the output station；Bag storage mechanism (1) packet It includes the baffle (1-1) for blocking packaging bag and multiple suckers (1-4) square under the baffle is set；The bag-loading mechanism (2) Including giving bag portion part, bag taking component and for clamping packaging bag (18) to the upper bag swing-bar mechanism of folder bag rotating disk mechanism (9), Described to bag portion part includes armed lever II(2-4), it is a pair of swing tension spring (2-1), with swing tension spring (2-1) be used cooperatively it is convex to bag Wheel (2-2) and the draft link (2-11) connecting with armed lever II(2-4), the bag taking component include and bag tension spring (2- in a pair 21) the armed lever I(2-5 connected), the bag taking cam (2-3) that is used cooperatively with upper bag tension spring (2-21) and another with armed lever I(2-5) The big sprocket wheel (2-8) of one end connection, the armed lever II(2-4) it is connect by upper bag shaft (2-20) with draft link (2-11), institute State armed lever I(2-5) connect with big sprocket wheel (2-8) by rotary sleeve (2-6), the big sprocket wheel (2-8) pass through chain (2-9) and Minor sprocket (2-12) is connected, and the minor sprocket (2-12) is swung back and forth by bag swing-bar mechanism in chainlet wheel shaft (2-13) drive, The upper bag swing-bar mechanism includes the upper bag swing rod (2-14) being flexibly connected with chainlet wheel shaft (2-13), is arranged in upper bag swing rod Upper bag cylinder (2-15) on (2-14) and be arranged in the upper bag swing rod end (2-14) and respectively with fore-clamp gear (2-19) and The front clip (2-17) and rear clip (2-16) that clip tooth wheel (2-18) is used cooperatively afterwards；The return elevating mechanism (19) passes through band Moving axis (8-1) is connect with bag opening mechanism (8), and the return elevating mechanism (19) includes return pull rod (19-4), lifting arm (19- 7), returning pull-spring (19-8) and the canceling cam (19-3) and lifter cam (19-2) that are fixedly connected with transmission shaft (19-1), Described return pull rod one end (19-4) is connect with return swing arm I(19-5), and the other end is connected with return swing arm II(19-10), institute State return swing arm II(19-10) other end connect with moving axis (8-1), described lifting arm one end (19-7) and lifting drawspring (19- 6) it is connected, the other end is connect with shaft neck (8-11) is driven；The folder bag rotating disk mechanism (9) includes folder bag component, loose clip assembly And rotary disc assembly.
2. prefabricated vacuum packer for bag as described in claim 1, it is characterised in that: the rotary disc assembly includes hollow rotating shaft (9-12), the shaft set (9-7) being set on hollow rotating shaft (9-12) and fixed rotary base (9-4) on the table, institute It states and is equipped at the top of hollow rotating shaft (9-12) turntable (9-1), bottom is equipped with disk gear (9-6), and the shaft set (9-7) is worn The one end for crossing workbench is equipped with swing arm (9-5), and the other end is equipped with big cam (9-3), and the big cam (9-3) is set to turntable (9- 1) it below, is equipped with several stop screws (9-2) on the turntable (9-1), the swing arm (9-5) is equipped with turntable spring base (9-11), the swing arm (9-5) are connected by pull rod pin shaft (9-8) with turntable pull rod (9-13), the turntable pull rod (9-13) The other end be connected with big cam swing arm (9-9)；Folder bag component includes the left machine folder (9-14) being symmetricly set on turntable (9-1) (9-15) is pressed from both sides with right machine, the left machine folder (9-14) includes left machine holder (914.2) and connect with left machine holder (914.2) The other end of left clamp seat (914.4), the left clamp seat (914.4) is equipped with left clamp and the left clamp set on left clamp bottom Idler wheel (914.6), the left clamp seat (914.4) is interior to be equipped with return spring, is additionally provided with left guide rod in the left clamp (914.5), the left machine holder (914.2) is equipped with the connecting rod (914.3) connecting with turntable, and end is equipped with the dynamic rolling of left swing It takes turns (914.1)；The right machine presss from both sides the right clamping plate seat that (9-15) includes right machine holder (154) and connect with right machine holder (154) (153), the right machine holder (154) be equipped with the support bag location guide (155) that is connect with turntable and with stop screw (9-2) The fastening screw (156) of contact, right machine holder (154) end are equipped with right swing idler wheel (157), the right clamping plate seat (153) end is equipped with right clamping plate and the right clamping plate idler wheel (151) set on right clamping plate bottom, is equipped in right clamping plate seat (153) Return spring, the right clamping plate are equipped with right guide rod (152).
3. prefabricated vacuum packer for bag as described in claim 1, it is characterised in that: described to move packed set (11) including fixing machine Press from both sides (11-18), moving machine folder (11-17), mobile swing arm (11-6) and the motor for installing first servo motor (11-2) Mounting base (11-1), the mobile swing arm (11-6) are equipped with intermeshing base gear (11-5) and fine tuning gear (11- 7), described mobile swing arm one end (11-6) is connect by base gear (11-5) with servo-actuated bottom plate (11-4), the other end and first The output end of servo motor (11-2) connects, and the mobile swing arm two sides of the bottom (11-6) are equipped with limited block (11-15)；It is described Fixed machine folder (11-18) is fixed on servo-actuated bottom plate (11-4), and the moving machine folder (11-17) is solid by mounting plate (11-16) It is scheduled on shaft (11-14), the shaft (11-14) is parallel to servo-actuated bottom plate (11-4), and the shaft end of the shaft (11-14) is set Have knee-piece (11-13), the servo-actuated bottom plate (11-4) is connected by knee-piece (11-13) with telescopic cylinder (11-11), the fine tuning Gear (11-7) passes through mobile pull rod (11-3) and is connected with motor mount (11-1), the back side of the motor mount (11-1) Equipped with stop screw seat (11-8), the stop screw seat (11-8) is equipped with adjustable limiting screw (11-9).
4. prefabricated vacuum packer for bag as described in claim 1, it is characterised in that: the vacuum spin chuck mechanism (14) includes true Empty transmission mechanism and distribution mechanism (15) and valve actuating mechanism in vacuum transmission mechanism；The vacuum transmission mechanism includes Second servo motor (14-1), the servo motor mounting base (14-2) for being installed on workbench lower surface and be set to worktable upper surface Pinion gear mounting base (14-3) and hollow base (14-10), the output end of second servo motor (14-1) is equipped with and electricity The output gear of machine transmission gear (14-11) engagement, motor-driven gear (14-11) output end are pinion gear (14-4), The pinion gear (14-4) is engaged with the gear wheel (14-9) being arranged on hollow base (14-10), the gear wheel (14-9) Upper end is equipped with vacuum spin chuck seat (14-8), and vacuum spin chuck (14-5) is fixedly mounted on the vacuum spin chuck seat (14-8), described Valve actuating mechanism is installed in vacuum spin chuck (14-5)；The valve actuating mechanism include gas distribution plate (14-14), follower disk (14-12) and Fixation set on distribution pan bottom connects gas disk (14-15), and the follower disk (14-12) is set by guide rod (14-13) and fixation Set follower disk support rod (14-6) connection on vacuum spin chuck (14-5), the lower surface of follower disk (14-12) and gas distribution plate The upper surface slide of (14-14) contacts, and follower disk (14-12) is equipped with multiple vacuum chambers and connects hole (14-16) and multiple heat-sealing gas Cylinder connects hole (14-17), and each vacuum chamber connects Kong Yuyi vacuum chamber and connects, and each heat seal cylinder connects Kong Yuyi heat seal cylinder Air inlet is connected, and the follower disk (14-12) is connected by revolving hollow spindle (15-2) with distribution mechanism (15)；The gas-distributing motor Structure (15) includes fixation hollow axis (15-1), insulated chassis (15-4) and the conductor loop (15-6) being arranged on chassis, the rotation Turn hollow shaft (15-2) to be set on fixation hollow axis (15-1), described fixation hollow axis (15-1) one end is mounted on insulated chassis In the through-hole of the lower surface (15-4), the other end is fixedly connected with gas distribution plate (14-14), and insulated chassis (15-4) lower surface is set Have electrode terminal I(15-5), upper surface is equipped with insulator foot (15-8), the electrode terminal I(15-5) and fixation hollow axis (15-1) outer surface sliding contact, the insulator foot (15-8) are fixedly connected by bolt with fixation hollow axis (15-1), separately One end is equipped with electrode terminal II(15-7), the electrode terminal II(15-7) and conductor loop (15-6) sliding contact, the conductor Ring (15-6) is made of several metal segmental arcs (15-9), is equipped with collets (15-10) between adjacent metal segmental arc.
5. prefabricated vacuum packer for bag as described in claim 1, it is characterised in that: the vacuum unit (13) includes adjustable clamp Mounting mechanism, the cap-opening mechanism set on the vacuum unit back side and setting are in the indoor heat-sealing component of vacuum and bag clamping device；It is described Sealing component includes the binding post (13-18) being arranged in vacuum cover (13-1), connecting terminal (13-21) and binding post (13- 18) fire-bar (13-20) being electrically connected and the filler strip (13-2) being installed in vacuum chamber pedestal (13-9), the binding post There are two (13-18) settings, and one of binding post is connect with electrode terminal I(15-5), another binding post and metal segmental arc (15-9) is connected；The bag clamping device includes vertical bar (13-5) and the swing clamping bar (13-4) connecting with vertical bar (13-5), described It is equipped with filler strip pedestal (13-3) below filler strip (13-2), the vertical bar (13-5) extends the head of vacuum chamber and adjustable clamp is installed Structure connection；The adjustable clamping mechanism part includes crank (13-7), opens folder cam (13-17), mandril (13-16) and open gas enclosure cylinder (13-15), crank (13-7) are fixedly connected with the head of vertical bar (13-5), and idler wheel (13-6) and tension spring are installed on crank (13-7) Seat (13-13) is equipped with tension spring on spring base (13-13), and the other end clasp joint of tension spring is opened on adjacent spring base (13-14) Cam (13-17) setting is pressed from both sides in output station, mandril (13-16) setting is in upper bag station, when opening folder movement, idler wheel (13-6) It is rolled along folder cam (13-17) is opened；Cap-opening mechanism include be arranged tegmental wall clamping part (13-11) on vacuum cover (13-1) with And the pull rod of uncapping (13-10) being connect with tegmental wall clamping part (13-11), track base is arranged on the pull rod of uncapping (13-10) The lower end of (13-22), the pull rod of uncapping (13-10) are equipped with slider roller (13-8), and the slider roller (13-8) is along convex The camber line of wheel disc (14-18) rolls, and pull rod (13-10) of uncapping is driven to pull open vacuum cover vacuum cover (13-1), the track base (13-22) is tubular, and outer surface is equipped with the interconnecting piece (13-12) being connected with disk edge.
6. prefabricated vacuum packer for bag as claimed in claim 4, it is characterised in that: the excircle of the vacuum spin chuck (14-5) Eight vacuum chamber units are laid with, station is vacuumized and is made of vacuum one, vacuum two and three station of vacuum, valve actuating mechanism includes Gas distribution plate (14-14), follower disk (14-12) and the fixation set on distribution pan bottom connect gas disk (14-15), gas distribution plate (14-14) It connects gas disk (14-15) with fixation to be fixedly connected, gas distribution plate (14-14) is divided into a circumferential direction and workbench corresponds Eight stations, respectively upper bag, closure, vacuum one, vacuum two, vacuum three, vacuum heat-seal, exhaust heat-sealing and output station, Follower disk (14-12) be equipped with corresponding eight vacuum chambers connect hole (14-16) with and eight heat seal cylinders meet hole (14-17), institute It states fixed connect gas disk (14-15) and is equipped with the first vacuum to connect with the first vacuum hole, the second vacuum hole, air inlet and gas vent Pipe, the second vacuum tube, air inlet pipe and exhaust pipe；In one station of vacuum, the gas distribution plate upper surface (14-14) is equipped with the first square groove I(141 it) is communicated with the first vacuum hole, in two station of vacuum, the gas distribution plate upper surface (14-14) is equipped with the 4th square groove I (148) and the Two vacuum holes communicate, and in three station of vacuum, the gas distribution plate upper surface (14-14) is equipped with the second square groove I(142) and the second vacuum hole phase It is logical, station is sealed in exhaust, the gas distribution plate upper surface (14-14) is equipped with third square groove I(143) communicated with gas vent, in follower disk When (14-12) is rotated relative to gas distribution plate (14-14), eight vacuum chambers connect hole successively from the first square groove I(141), the 4th square groove I (148), the second square groove I(142) pass through with the top third square groove I(143) and is connected accordingly；In output, upper bag, close Conjunction, vacuum one, vacuum two and three station of vacuum, the gas distribution plate upper surface (14-14) are equipped with the first annular groove I(144) and the first vacuum Hole communicates, and between vacuum heat-seal station and exhaust heat-sealing station, the gas distribution plate upper surface (14-14) is equipped with the second annular groove I(145) It is communicated with air inlet, between exhaust heat-sealing station and output station, the gas distribution plate upper surface (14-14) is equipped with third annular groove I (146) it is communicated with gas vent, when follower disk (14-12) is rotated relative to gas distribution plate (14-14), eight heat seal cylinders meet Kong Yici Pass through above the first, second, and third annular groove I and is connected accordingly；The fixation connects the upper surface of gas disk (14-15) Equipped with the first kerve I(147) the first vacuum hole is corresponded to, it is equipped with the second kerve I(1410) and the second vacuum hole is corresponded to, it is equipped with third bottom Slot I(1411) corresponding air inlet, be equipped with the 4th kerve I(149) corresponding gas vent, the first square groove I(141), the first annular groove I (144) communicated with the first kerve I(147), the second square groove I(142) and the 4th square groove I(148) with the second kerve I(1410) phase It is logical, third annular groove I(146) communicated with the 4th kerve I(149), the second annular groove I(145) communicated with third kerve I(1411).
7. prefabricated vacuum packer for bag as claimed in claim 4, it is characterised in that: the excircle of the vacuum spin chuck (14-5) Ten vacuum chamber units are laid with, station is vacuumized and is made of vacuum one, vacuum two, vacuum three, vacuum four and vacuum five, institute Stating valve actuating mechanism includes that gas distribution plate (14-14), follower disk (14-12) and the fixation set on distribution pan bottom meet gas disk (14-15), Gas distribution plate (14-14) connects gas disk (14-15) and is fixedly connected with fixed, gas distribution plate (14-14) be divided into a circumferential direction with One-to-one ten stations of workbench, respectively upper bag, closure, vacuum one, vacuum two, vacuum three, vacuum four, vacuum five, Vacuum heat-seal, exhaust heat-sealing and output station, follower disk (14-12) be equipped with corresponding ten vacuum chambers connect hole (14-16) and Ten heat seal cylinders connect hole (14-17), and fixed connect gas disk (14-15) is equipped with the first vacuum hole hole, the second vacuum hole, air inlet Connect the first vacuum tube, the second vacuum tube, air inlet pipe and exhaust pipe respectively with gas vent；In one station of vacuum, gas distribution plate (14- 14) upper surface is equipped with the first square groove (14.1) and communicates with the first vacuum hole, in two station of vacuum, the upper surface gas distribution plate (14-14) It is communicated equipped with the second square groove (14.2) with the first vacuum hole, the first square groove (14.1) and the second square groove (14.2) are by gas distribution plate The groove of surface setting is connected, and in five station of vacuum three, vacuum four and vacuum, the gas distribution plate upper surface (14-14) is equipped with the Three square grooves (14.3), the 4th square groove (14.5) and the 5th square groove (14.6) are communicated with the second vacuum hole, third square groove (14.3), Four square grooves (14.5) are connected with the 5th square groove (14.6) by the groove being arranged in gas distribution plate upper surface, seal work in exhaust Position, the gas distribution plate upper surface (14-14) are equipped with the 6th square groove (14.7) and communicate with gas vent, at follower disk (14-12) with respect to distribution When disk (14-14) rotates, ten vacuum chambers connect hole and successively pass through above the first, second, third, fourth, the 5th and the 6th square groove It crosses and is connected accordingly；In output, upper bag, closure, vacuum one, vacuum two, vacuum three, vacuum four to five station of vacuum, The gas distribution plate upper surface (14-14) is equipped with the first annular groove (14.8) and communicates with the first vacuum hole and the second vacuum hole, in vacuum heat-seal Between station and exhaust heat-sealing station, the gas distribution plate upper surface (14-14) is equipped with the second annular groove (14.9) and communicates with air inlet, is arranging Gas seals between station and output station, and the gas distribution plate upper surface (14-14) is equipped with third annular groove (14.4) and communicates with gas vent, When follower disk (14-12) is rotated relative to gas distribution plate (14-14), ten heat seal cylinders connect hole successively from the first, second, and third ring Pass through above slot and is connected accordingly；It is right that the upper surface that the fixation connects gas disk (14-15) is equipped with the second kerve (14.11) The first vacuum hole is answered, is equipped with third kerve (14.12) corresponding second vacuum hole, the corresponding air inlet of the 4th kerve (14.13), first Kerve (14.10) corresponds to gas vent, the first square groove (14.1), the second square groove (14.2), the first annular groove (14.8) and the second kerve (14.11) it communicates, third square groove (14.3), the 4th square groove (14.5) and the 5th square groove (14.6) and third kerve (14.12) phase Logical, the second annular groove (14.9) is communicated with the 4th kerve (14.13), and third annular groove (14.4) is communicated with the first kerve (14.10).
CN201610696856.6A 2016-08-19 2016-08-19 A kind of prefabricated vacuum packer for bag Active CN106144030B (en)

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Families Citing this family (29)

* Cited by examiner, † Cited by third party
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CN107892043A (en) * 2017-03-03 2018-04-10 武汉聚红集成科技发展有限公司 A kind of food packing device and method for packaging food
CN106965994A (en) * 2017-04-30 2017-07-21 漳州弘敏机电有限公司 A kind of rotary type multi-station vacuum shaping packing machine and packing method
CN107416257A (en) * 2017-06-23 2017-12-01 芜湖裕东自动化科技有限公司 A kind of foods packing machine vacuum chamber mounting assembly air distribution disk structure
CN107117343A (en) * 2017-06-23 2017-09-01 芜湖裕东自动化科技有限公司 A kind of rotating mechanism of foods packing machine vacuum chamber mounting assembly
CN107097992A (en) * 2017-06-23 2017-08-29 芜湖裕东自动化科技有限公司 A kind of foods packing machine vacuum chamber mounting assembly
CN107244433B (en) * 2017-07-28 2019-03-26 贵州省湄潭县庆丰茶业有限公司 Tea packaging machine
CN109383883A (en) * 2017-08-02 2019-02-26 上海优晶生物科技有限公司 One kind testing pregnant kit package machine
CN108275312A (en) * 2018-03-12 2018-07-13 南通恒力包装科技股份有限公司 Valve bag expanding device and valve bag enlarging apparatus
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Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH07205344A (en) * 1994-01-07 1995-08-08 Mitsubishi Heavy Ind Ltd Taking-out method of sheet from corrugated cardboard caster
JP2002068132A (en) * 2000-09-01 2002-03-08 Furukawa Mfg Co Ltd Feeding device of packaging bag
CN203450427U (en) * 2013-09-24 2014-02-26 青岛义龙包装机械有限公司 Bag-feeding type automatic vacuum packaging machine
CN104494900B (en) * 2014-12-19 2016-06-15 瑞安市瑞志机械有限公司 Vacuum packing machine
CN205998236U (en) * 2016-08-19 2017-03-08 成都成奇自动化机械有限公司 A kind of prefabricated vacuum packer for bag

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Effective date of registration: 20201223

Address after: 235300 Duanzhuang, Fengyuan village, Chengguan Town, Dangshan County, Suzhou City, Anhui Province (Economic Development Zone)

Patentee after: ANHUI SUZHOU TECHNOLOGY FOOD Co.,Ltd.

Address before: No.789 Baiyun Road, East Industrial District, Xindu District, Chengdu, Sichuan 610599

Patentee before: CHENGDU CHENGQI AUTOMATED MACHINERY Co.,Ltd.