CN203246616U - Bag feeding type full automatic vacuum packaging machine - Google Patents
Bag feeding type full automatic vacuum packaging machine Download PDFInfo
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- CN203246616U CN203246616U CN 201320205791 CN201320205791U CN203246616U CN 203246616 U CN203246616 U CN 203246616U CN 201320205791 CN201320205791 CN 201320205791 CN 201320205791 U CN201320205791 U CN 201320205791U CN 203246616 U CN203246616 U CN 203246616U
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Abstract
A bag feeding type full automatic vacuum packaging machine comprises bag clamping devices, a vacuum bag fetching and supplying device, a code spraying device, a bag pulling device, a bag bulging device, a feeding device, a vacuum sealing device, a secondary sealing device and a bag falling device. All the devices are installed on a rack. The eight bag clamping devices are evenly installed on the circumference of a disc which is driven at the center to rotate, and the disc is installed on the rack. The vacuum bag fetching and supplying device, the code spraying device, the bag pulling device, the bag bulging device, the feeding device, the vacuum sealing device, the secondary sealing device and the bag falling device are sequentially installed around the disc and corresponding to the bag clamping devices one to one. The feeding device is connected with a feeding conveying device, and the bag falling device is connected with a discharge port. The bag feeding type full automatic vacuum packaging machine has the advantages of being delicate in packaging, rapid in feeding and bag filling speed, good in vacuum sealing performance, safe, sanitary, and free of damaging raw materials.
Description
Technical field
The utility model relates to a kind of bag feeding type full-automatic vacuum packaging machine.
Background technology
Along with the growth of domestic economy, the quickening of rhythm of life, leisure prepared food based food such as shank, duck pawl duck neck, hot pickled mustard tube, preserved radish strip etc. with health, delicious food, instant, main non-staple food have concurrently, comprehensive nutrition and be subject to the favor of various consumer groups.According to pertinent data statistics, at present developed country per capita year consumption pot-stewed fowl meat food more than 20 kilograms, and with annual 30% speed increase.And the present consumption per head of China only is 9 kilograms, and the amplitude that increases progressively is every year 20%, and leisure prepared food manufacture field has also attracted increasing investor to march.
Because short, perishable, difficult storage of prepared food based food shelf-life after processing and transportation, therefore generally all adopting on the market all adopts vacuum mode to pack, prolong shelf life of products, when reducing the invasive organism pollution risk, can the storage of reduction company, the cost that transports.Prepared food based food such as stew in soy sauce duck pawl; shank; the products such as preserved radish strip are difficult for carrying out vacuum packaging; the packing of this class all is to adopt manually pack at present; the batch (-type) packing that vacuum chamber vacuumizes; each process of Traditional Packing is intermittently; the process of separating and not interrelating mutually; lack continuity; in each process, easily cause finished product to pollute or the people; the thing cross-infection; and package speed is slow; efficient is low; human cost is high; the manual manner of packing of traditional low efficiency becomes the bottleneck of leisure prepared food food industries development, has seriously restricted scale and the modernization of prepared food food industries.
The utility model content
The utility model purpose be overcome the deficiencies in the prior art and provide a kind of energy automatically unattended finish whole to bag, feed, pack, vacuum process, can satisfy the bag feeding type full-automatic vacuum packaging machine of charging and the pack of irregular prepared food based food, have charging and pack is convenient, speed fast, safety and sanitation, do not damage the characteristics such as material.
A kind of bag feeding type full-automatic vacuum packaging machine, comprise rack-mounted bag clamping device, vacuum is got for bagging apparatus, spray code spraying apparatus, pull bagging apparatus, the drum bagging apparatus, feed arrangement, vacuum seal, secondary sealer and pocket device, eight described bag clamping devices evenly are installed on the circumference of the disk that is rotated by centre-driven, described disk is installed on the described frame, described vacuum is got for bagging apparatus, spray code spraying apparatus, pull bagging apparatus, the drum bagging apparatus, feed arrangement, vacuum seal, secondary sealer and pocket device around described disk install successively and with the corresponding installation of each described bag clamping device, described feed arrangement is connected with feed conveying device, and described pocket device is connected with discharging opening.
Described vacuum seal comprises hot sealing device and the vacuum that is installed on the described frame, the cylinder fixed support is installed on the described frame, on the described cylinder fixed support keying cylinder is installed, on the movable end of described keying cylinder slide block device is installed, described vacuum is installed on the described slide block device, described vacuum comprises the left and right sides vacuum cavity that the upper end is hinged, be provided with packing seal around the vacuum cavity of the described left and right sides, be provided with the vacuum suction sheet that is connected with suction cylinder in the vacuum cavity of the described left and right sides, both sides on the vacuum cavity of the described left and right sides respectively with being connected of the slide bar of described slide block device, described slide block device is controlled the keying of described left and right sides vacuum cavity under the drive of described keying cylinder, hot sealing device also is installed on the described frame, the heat seal die of described hot sealing device is arranged on the lower opening of described left and right sides vacuum cavity, and described heat seal die is connected with the movable end of described heat-sealing matched moulds cylinder and described heat-sealing matched moulds cylinder drives described heat seal die horizontal motion.
Described slide block device comprises slide bar and with the slide block of chute, one end of described slide bar is installed in respectively the outside of described left and right sides vacuum cavity, the other end is installed in the chute of described slide block, the chute of described slide block is outward-dipping setting from top to bottom, and the angle of described inclination is just so that described slide bar described left and right sides vacuum cavity seal closure when sliding into the extreme end of described chute.
Described feed arrangement comprises the hopper that closes that is installed on the movable machine frame, the perfectly straight pipe of charging and guide push rod, the perfectly straight pipe of described charging is the body of boring, the perfectly straight pipe of described charging is vertically set on the described movable machine frame, described movable machine frame is installed on the described frame by the frame cylinder, described movable machine frame can be made up and down straight-line motion at described bearing by described frame cylinder, the described hopper that closes is up big and down small taper bucket, the perfectly straight pipe of described charging is arranged on described closing in the hopper, a described side of closing hopper is hinged on the described movable machine frame, the perfectly straight pipe of described charging is provided with opening in described part of closing in the hopper, the open side of the perfectly straight pipe of described charging and described closing form inlet point between the hopper, described movable machine frame be provided with promote described close that hopper rotates around the hinged place close the hopper cylinder, the described hopper that closes is when rotate the hinged place, the action of the opening of the perfectly straight pipe of described charging is realized material is pushed in described inboard of closing hopper, described guide push rod is arranged on the perfectly straight pipe of described charging and the keying by the guide cylinder realizes moving up and down in the perfectly straight pipe of described charging, and described guide push rod is realized action that material is released from the discharging opening of the perfectly straight pipe of charging below by moving up and down.
The discharging opening of the perfectly straight pipe of described charging is provided with the push-pull valve that can seal described discharging opening, described push-pull valve is controlled by the push-pull valve cylinder, a described end that closes the hopper cylinder is fixed on the described movable machine frame, the other end is hinged on described closing on the hopper by hinge, described elevation profile of closing hopper is fan-shaped, the described cross-sectional plane that closes hopper is U-shaped, and the internal diameter of the external diameter of described guide push rod and the perfectly straight pipe of described charging is complementary, and the lower end of the perfectly straight pipe of described charging is provided with tapered burden-guiding cone.
The described code device of beating is comprised of ink jet numbering machine.
Owing to adopting said structure, energy intellectuality of the present utility model is unattended finishes automatic bag taking, supply bag, pull bag, feed, pack, vacuum, seal process, can satisfy the requirement of the accurate charging of prepared food based food not being decreased material, have safety and sanitation, package speed is fast, the advantage that packaging quality is good.The production efficiency that makes the utility model has improved 10 times, saves production cost 80%, reduces by 95% labour power, and Da Fu Du Minus has lacked labour intensity.That the utility model also has is simple in structure, placement can be installed easily, and use cost is low, long service life, result of use is good and the advantage that saves labor.
Description of drawings:
Fig. 1 is overall structure schematic diagram of the present utility model.
Fig. 2 is the structural representation of feed conveying device of the present utility model.
Fig. 3 is that vacuum of the present utility model is got the structural representation for bagging apparatus.
Fig. 4 is the structural representation of bag clamping device of the present utility model.
Fig. 5 (a) is the structural representation of folder bag control assembly of the present utility model.
Fig. 5 (b) is the structural representation of receiving the arm guide rail in the folder bag control assembly of the present utility model.
Fig. 6 is the enlarged drawing after bag clamping device of the present utility model is installed.
Fig. 7 is the structural representation that pulls bagging apparatus of the present utility model.
Fig. 8 (a) is the structural representation of feed arrangement of the present utility model.
Fig. 8 (b) closes the structural representation of hopper for feed arrangement of the present utility model.
Fig. 9 is the structural representation of vacuum seal of the present utility model.
The specific embodiment
Extremely shown in Figure 9 such as Fig. 1, the bag feeding type full-automatic vacuum packaging machine, comprise bag clamping device, vacuum is got for bagging apparatus, spray code spraying apparatus, pull bagging apparatus, the drum bagging apparatus, feed arrangement, vacuum seal, secondary sealer and pocket device, as shown in Figure 1, the utility model is positioned at body one side except the parts of pay-off, remaining part is distributed on the disk circumference body of centre-driven, be arranged in order in proper order as vacuum by the priority of station and get for bagging apparatus 1, spray code spraying apparatus 2, pull bagging apparatus 3, drum bagging apparatus 4, feed arrangement 5, vacuum seal 6, secondary sealer 7 and pocket device 8, bag clamping device is installed on the disk circumference body, and each device all represents a station; Except station, also comprise the external devices such as feed conveying device 9, control box 10, finished product conveyer and vacuum reservoir.
As shown in Figure 2, described feed conveying device 9 is bucket elevator, it is set up on the belt conveyor by two row's feed hoppers 11, the belt feed opening is connected with the perfectly straight pipe 49 of the charging of feed arrangement 5, there is a photoelectric sensor switch at belt feeder feed opening place, obtains signal break control belt operation control cylinder 12.Each prepared food based food material is through manually being positioned on the belt feeder, being delivered to front end has one to flush device material is flushed, gravity fall is to feed arrangement 5 behind the process photoelectric sensor switch, the hopper that closes of time-delay computer control feed arrangement 5 pushes to material in the perfectly straight pipe of charging, discloses in the bag through the follower arm cylinder.Controlled the action of each several part during work by computer instruction.
As shown in Figure 3, described vacuum is got for bagging apparatus 1 and is positioned on No. 1 station, vacuum is got for bagging apparatus 1 and is sent bag cylinder 18, deposited bag device 14 by vacuum bag taking cylinder 17, vacuum bag taking device 19, level, packaging bag 20, bag cylinder 13 on the vacuum rotating, vacuum secondary bag taking device 16, vacuum secondary bag taking cylinder 15 forms.Deposit bag device 14 and push down packaging bag by two counter weight devices, in establish numerous stacked packaging bags.Vacuum bag taking device 19 is positioned at deposits bag device 14 lower ends, link to each other with vacuum bag taking cylinder 17, and knee-action, level send bag cylinder 18 to link to each other with vacuum bag taking cylinder 17 sides, the front and back action.The piston rod of bag cylinder 13 is connected with the side of vacuum secondary bag taking cylinder 15 on the vacuum rotating, and the piston rod of vacuum secondary bag taking cylinder 15 is connected with vacuum secondary bag taking device 16.
Such as Fig. 4,5, shown in 6, described bag clamping device is by left movable sackholder 21, middle movable sackholder 22, right movable sackholder 23, shrink arm 24 and receive arm control assembly 25 and consist of, described folder bag control assembly 25 comprises pulley assembly 26, pine folder push rod 27, pine folder push rod cylinder 28, receive arm guide rail 29, support and other bar linkage structures, receiving arm guide rail 29 is positioned on the inner periphery body of disk, receive arm guide rail 29 and be provided with two receipts arm cylinders 30,31, described support is installed on the disk circumference body, described pine folder push rod cylinder 28 is installed on the described support, on the piston end of described pine folder push rod cylinder 28 pine folder push rod 27 is installed, left movable sackholder 21, middle movable sackholder 22 and right movable sackholder 23 built-in spring installations, pine folder push rod 27 is realized left movable sackholder 21 by the action of push rod cylinder 28 front and back, the pine of middle movable sackholder 22 and right movable sackholder 23 front end bag clamping devices is with tight, shrinking arm 24 is fixed on the support by two angle rotatable pulleys and some linkages, the rear end of shrinking arm 24 is provided with pulley assembly 26, pulley on the described pulley assembly 26 is installed in the arc guide groove of receiving arm guide rail 29, described contraction arm 24 can received the arc guide groove track guiding of arm guide rail 29 by the pulley by pulley assembly 26, thereby and promotes to realize that by receiving receipts arm cylinder 30 on the arm guide rail left sackholders 21 and right sackholder 23 come closer realizes shrinking the contraction of arm 24.
As shown in Figure 7, pull bagging apparatus by pulling bag rotary cylinder 34, vacuum is pulled bag device 32,33, tooth bar, gear 35,36, and slide rail 37, frame 38 form.
When beginning to start wrapping machine, vacuum bag taking device 19 extends under the action of vacuum bag taking cylinder and deposits the 14 lower ending opening groove place's bag takings of bag device, vacuum bag taking device 19 suckers start bag taking simultaneously, the cylinder action resets, level is sent bag cylinder 18 piston cylinders to start and is moved ahead, secondary bag taking scope is delivered in two packaging bags 20, the cylinder action resets, promoted by vacuum secondary bag taking cylinder 15 again that vacuum secondary bag taking device 16 suckers start bag taking downward the time, after drawing two packaging bags, bag cylinder 13 actions on the vacuum rotating, sackholder lower end pine folder push rod cylinder starts left, center, right folder bag while pine folder simultaneously, the action of vacuum bag taking rotary cylinder commutates to sackholder one side, and packaging bag 20 is sent in the sackholder of sackholder left, center, right.Simultaneously pine folder push rod cylinder startup is return, and sackholder is positioned within the vacuum secondary bag taking device, and sackholder is lived sackholder.
Gone to movable sackholder position by vacuum secondary bag taking cylinder 15 draw package bags 20 simultaneously, the pine folder push rod cylinder 27 of movable sackholder lower end starts, with left, center, right clip pine folder, simultaneously vacuum bag taking rotary cylinder action commutates the packaging bag 20 on the bag taking device to sackholder one side, and packaging bag is sent in the movable sackholder of sackholder.Simultaneously loose jig arm push rod cylinder starts to be return, and sackholder is positioned within the vacuum bag taking device, and sackholder is lived sackholder.
Pulling bagging apparatus 3 is positioned on No. 3 stations of rotating disk; pull bagging apparatus 3 and comprise that support 38 is installed in bag sucker that pulls on the support 38; the described bag sucker that pulls is by a left side; right two groups of suckers consist of; described left sucker group 32 is fixed on the slide bar of the first carriage by attaching parts; described right sucker group 33 is fixed on the slide bar 37 of the second carriage by attaching parts; described first; the second carriage is fixed on the support 38; described first; be equipped with tooth bar on the slide bar of the second carriage; described tooth bar and gear 35 engagements that driven by rotary cylinder 34; two described slide bars are separately positioned on the up and down both sides of described gear; drive during the rotation of described gear described about two groups of suckers draw in or pull open; when packaging bag arrives No. 3 stations; about two groups of suckers suck the positive and negative both sides of packaging bag; when sucker starts; packaging bag is pulled open in rotary cylinder 34 action, strut back pulley along with circular path enters lower road air blowing station.
As shown in Figure 8, drum bagging apparatus 4 is comprised of frame cylinder 46, frame 41, slide rail 39, air-blowing mouth 40, drum bagging apparatus 4 is positioned on No. 4 stations, the feed arrangement 5 of drum bagging apparatus 4 and No. 5 stations all is fixed on the cylinder 46 moving up and down, and all is positioned at sackholder packaging bag upper end, when sackholder goes to No. 5 stations, frame 41 moves down by frame cylinder 46 and slide rail 39,48, so that air-blowing mouth 40 enters in the packaging bag, and carries out air-blowing, so that packaging bag struts fully.After the air-blowing action is finished, frame cylinder 46 closed reductions, then rotating disk changes next station over to.
As shown in Figure 8, feed arrangement 5 is positioned on No. 5 stations, mainly by feed conveying device 9, movable machine frame, frame cylinder, the perfectly straight pipe 45 of charging, close hopper 42, close hopper cylinder 47, charging push rod 49, follower arm cylinder 44, photoelectric switch formed.Described movable machine frame is fixed on the frame cylinder 46, and movable machine frame is by frame cylinder 46 straight-line motion up and down.
The perfectly straight pipe 45 of described charging is positioned on the fixed block that vertically is fixed in directly over the frame 41 on the support level plate, the perfectly straight pipe 45 of charging is positioned at the center of closing hopper 42, the perfectly straight pipe 45 of charging is semi-circular tubes that a pipe middle part is dissectd, the internal diameter of the perfectly straight pipe 45 of charging is 29mm, the lower end of the perfectly straight pipe 45 of charging is cone-shaped tube, conveniently enters in the packaging bag after bulging bag.
The described hopper 42 that closes is by on the fixed block 43 of hinges fixing on frame 41 horizontal plates, close hopper 42 and close hopper cylinder 47 and be connected, close hopper 42 and be fan-shaped U-shaped cone bucket, the upper end is the U-shaped cone section of certain angle, the two ends of right cone section are the semi-circular tube identical with perfectly straight pipe 45 diameters of charging, be used for when closing hopper 42 rotation, rising position-limiting action, close the side that hopper cylinder 47 is fixed in travel(l)ing rest, close keying realization that hopper 42 can be by closing hopper cylinder 47 and the perfectly straight pipe 45 of charging about closed, realize charging and discharging.
Push-pull valve is positioned on the fixed block 43 at the perfectly straight pipe 45 of charging and frame 41 horizontal plate places, the keying of perfectly straight pipe 45 discharging openings of push-pull valve control charging, push-pull valve is controlled by the push-pull valve cylinder, while push-pull valve cylinder moves under entering the perfectly straight pipe 45 of charging behind the last station drum of the packaging bag process bag, the control push-pull valve is opened, and carries out blanking.
Charging push rod 49 is positioned at directly over the perfectly straight pipe 45 of charging, and charging push rod 49 is connected with follower arm cylinder 44, and the keying by follower arm cylinder 44 realizes the guide process, and material is imported in the packaging bag.
As shown in Figure 9, described vacuum seal 6 is positioned at No. 6 stations of rotating disk, by frame 59, left and right sides vacuum chamber 53,54, vacuum chamber opens and closes cylinder 57, heat-sealing matched moulds cylinder 58, packing seal 51, heat-sealing matched moulds 50, cylinder fixed support 56, the sheet 52 of bleeding, bleed sheet cylinder 55 and vacuum pump form.
After sackholder changed station over to, loose arm device promoted movable sackholder is resetted by pine folder push rod cylinder 28, so that the smooth vacuum seal 6 that enters of packaging bag.The sheet cylinder of bleeding starts, the sheet of will bleeding inserts in the packaging bag, vacuum chamber opens and closes the cylinder startup simultaneously, vacuum chamber is closed, bring into operation with this while vacuum pump, vacuumize, after vacuum is finished, the sheet cylinder of bleeding is closed to be started, and the sheet of will bleeding is pulled out fast, when pulling out, once sealing the matched moulds cylinder starts, to seal matched moulds and be pushed into sealing baffle place, vacuum chamber lower end, in the packaging bag enclosing position, heat once sealing, after the first sealing of packaging bag, heat-sealing matched moulds cylinder closure will seal matched moulds and reset, and simultaneously vacuum chamber switching cylinder is opened simultaneously and resetted, and sackholder changes for the first time packaging bag of good seal over to No. 7 stations and carries out secondary seal.
As shown in figure 10, secondary heat-sealing and blanking schematic diagram, sackholder changes for the first time packaging bag of good seal over to No. 7 stations and carries out secondary seal.Finish second heat and be honored as a queen, enter No. 8 stations and carry out lower bag of pine folder, movable sackholder is opened, and is delivered to next stage so that the packing material that vacuum packet installs falls into feed conveying device (or load-transfer device).
The utility model is a machine multistation continuous working, and production efficiency is high.
During use, packaging bag 20 is positioned over deposits in bag device 14, material is thrown in the band conveyor 1 of the present utility model, start the computation control program, according to the program of setting and time-delay control, the vacuum bag taking cylinder 17 of bottom moves to deposits bag position in bag device 14, the 14 interior bag takings of bag device are deposited in 19 beginnings of vacuum bag taking device to the upper end, vacuum bag taking device 19 is after deposit two packaging bags 20 of bag device 14 interior absorptions, vacuum bag taking cylinder 17 resets, level send bag cylinder 18 that packing is delivered to front end, vacuum bag taking device 19 and vacuum bag taking cylinder 17 reset, simultaneously side vacuum secondary bag taking device 16 is moved down by vacuum secondary bag taking cylinder 15, and simultaneously again vacuum bag taking is under the action of bag cylinder 13 on the vacuum rotating, bag clamping device is by pine folder push rod cylinder 28 action pine folders, packaging bag is sent on the bag clamping device on the station 1, pine folder push rod cylinder 28 returns when putting into, packaging bag sandwiches in the sackholder.
Packaging bag has entered in the sackholder, disk rotates to the coding station by the below kinematic mechanism, rotation was to pulling a bag station after coding finished, by pulling a bag rotary cylinder action, drive is by tooth bar, gear, left sucker group 32, right sucker group 33 is moved to packaging bag, pull open the sack that sucker sucked and pulled open this packaging bag by the sucker cooperation of pulling bag device, when pulling bag, left and right sides sackholder shrinks certain angle by loose arm mechanism, so that packaging bag can conveniently rip, rip rear disk and enter next station drum bag, pass into drum bag device by pressurized air and then will rouse a bag device by the downward action of frame cylinder and stretch into and strut in the bag, simultaneously air-blowing is opened the packaging bag drum.After finishing, air-blowing enters next station feed arrangement 5.
Feed arrangement 5 moves downwards by frame cylinder 46, the perfectly straight pipe 45 of charging is filled in the packaging bag, material enters the station signal by photoelectric switch, packaging bag and begins charging in closing hopper 42, by closing the action of hopper 42 cylinders material is pushed in the perfectly straight pipe 45 of charging by force, upper endfeed push rod gas 44 cylinders action, material is disclosed in the packaging bag of lower end, and all cylinders move return successively, turn round to vacuum seal 6 with the packaging bag of material.
When packaging bag entered station, movable sackholder carried out tight arm action, with the packaging bag stretching and leveling, bleed sheet 52 cylinders action of centre, the sheet 52 of will bleeding is filled in the packaging bag, and vacuum chamber opens and closes cylinder 57 actions, and packaging bag is enclosed in the vacuum chamber 54, begin to vacuumize, after vacuum was finished, 58 actions of heat-sealing matched moulds cylinder were pushed into packaging bag on the sealing block of vacuum chamber lower end with heat-sealing matched moulds 50, seal for the first time, the action return entered secondary sealer 7 after the sealing action was finished.
Enter pocket device 8 after finishing by secondary sealer 7 secondary sealings, material falls into load-transfer device after by loose clip assembly pine folder, is delivered to next stage.
In a word, the intelligent unattended whole whole packaging process to bag, folder bag, feed, pack, vacuum, sealing moulding of finishing of the utility model energy, energy satisfies sealing, the lucifuge of the packing of some prepared food based foods, keeps away gas, keeps away wet requirement, has packing exquisite attractive in appearance, safety and sanitation, package speed is fast, and the advantage that packaging quality is good can be promoted the use of.
Claims (6)
1. bag feeding type full-automatic vacuum packaging machine, comprise rack-mounted bag clamping device, vacuum is got for bagging apparatus, spray code spraying apparatus, pull bagging apparatus, the drum bagging apparatus, feed arrangement, vacuum seal, secondary sealer and pocket device, it is characterized in that: eight described bag clamping devices evenly are installed on the circumference of the disk that is rotated by centre-driven, described disk is installed on the described frame, described vacuum is got for bagging apparatus, spray code spraying apparatus, pull bagging apparatus, the drum bagging apparatus, feed arrangement, vacuum seal, secondary sealer and pocket device around described disk install successively and with the corresponding installation of each described bag clamping device, described feed arrangement is connected with feed conveying device, and described pocket device is connected with discharging opening.
2. bag feeding type full-automatic vacuum packaging machine according to claim 1, it is characterized in that: described vacuum seal comprises hot sealing device and the vacuum that is installed on the described frame, the cylinder fixed support is installed on the described frame, on the described cylinder fixed support keying cylinder is installed, on the movable end of described keying cylinder slide block device is installed, described vacuum is installed on the described slide block device, described vacuum comprises the left and right sides vacuum cavity that the upper end is hinged, be provided with packing seal around the vacuum cavity of the described left and right sides, be provided with the vacuum suction sheet that is connected with suction cylinder in the vacuum cavity of the described left and right sides, both sides on the vacuum cavity of the described left and right sides respectively with being connected of the slide bar of described slide block device, described slide block device is controlled the keying of described left and right sides vacuum cavity under the drive of described keying cylinder, hot sealing device also is installed on the described frame, the heat seal die of described hot sealing device is arranged on the lower opening of described left and right sides vacuum cavity, and described heat seal die is connected with the movable end of described heat-sealing matched moulds cylinder and described heat-sealing matched moulds cylinder drives described heat seal die horizontal motion.
3. bag feeding type full-automatic vacuum packaging machine according to claim 2, it is characterized in that: described slide block device comprises slide bar and with the slide block of chute, one end of described slide bar is installed in respectively the outside of described left and right sides vacuum cavity, the other end is installed in the chute of described slide block, the chute of described slide block is outward-dipping setting from top to bottom, and the angle of described inclination is just so that described slide bar described left and right sides vacuum cavity seal closure when sliding into the extreme end of described chute.
4. bag feeding type full-automatic vacuum packaging machine according to claim 1, it is characterized in that: described feed arrangement comprises the hopper that closes that is installed on the movable machine frame, the perfectly straight pipe of charging and guide push rod, the perfectly straight pipe of described charging is the body of boring, the perfectly straight pipe of described charging is vertically set on the described movable machine frame, described movable machine frame is installed on the described frame by the frame cylinder, described movable machine frame can be made up and down straight-line motion at described bearing by described frame cylinder, the described hopper that closes is up big and down small taper bucket, the perfectly straight pipe of described charging is arranged on described closing in the hopper, a described side of closing hopper is hinged on the described movable machine frame, the perfectly straight pipe of described charging is provided with opening in described part of closing in the hopper, the open side of the perfectly straight pipe of described charging and described closing form inlet point between the hopper, described movable machine frame be provided with promote described close that hopper rotates around the hinged place close the hopper cylinder, the described hopper that closes is when rotate the hinged place, the action of the opening of the perfectly straight pipe of described charging is realized material is pushed in described inboard of closing hopper, described guide push rod is arranged on the perfectly straight pipe of described charging and the keying by the guide cylinder realizes moving up and down in the perfectly straight pipe of described charging, and described guide push rod is realized action that material is released from the discharging opening of the perfectly straight pipe of charging below by moving up and down.
5. bag feeding type full-automatic vacuum packaging machine feed arrangement according to claim 4, it is characterized in that: the discharging opening of the perfectly straight pipe of described charging is provided with the push-pull valve that can seal described discharging opening, described push-pull valve is controlled by the push-pull valve cylinder, a described end that closes the hopper cylinder is fixed on the described movable machine frame, the other end is hinged on described closing on the hopper by hinge, described elevation profile of closing hopper is fan-shaped, the described cross-sectional plane that closes hopper is U-shaped, the internal diameter of the external diameter of described guide push rod and the perfectly straight pipe of described charging is complementary, and the lower end of the perfectly straight pipe of described charging is provided with tapered burden-guiding cone.
6. bag feeding type full-automatic vacuum packaging machine according to claim 1, it is characterized in that: the described code device of beating is comprised of ink jet numbering machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN 201320205791 CN203246616U (en) | 2013-04-22 | 2013-04-22 | Bag feeding type full automatic vacuum packaging machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320205791 CN203246616U (en) | 2013-04-22 | 2013-04-22 | Bag feeding type full automatic vacuum packaging machine |
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| CN203246616U true CN203246616U (en) | 2013-10-23 |
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| CN 201320205791 Expired - Fee Related CN203246616U (en) | 2013-04-22 | 2013-04-22 | Bag feeding type full automatic vacuum packaging machine |
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104908983A (en) * | 2014-03-10 | 2015-09-16 | 向青茂 | Full-automatic vacuum packaging machine for tooth, branch and angle bulk materials |
| CN105711900A (en) * | 2016-04-19 | 2016-06-29 | 苏州鸿普精密模具有限公司 | Rotary table packaging mechanism of power strip packaging machine |
| CN105730770A (en) * | 2016-04-19 | 2016-07-06 | 苏州鸿普精密模具有限公司 | Packaging bag feeding mechanism of power strip packaging machine |
| CN105730797A (en) * | 2016-04-19 | 2016-07-06 | 苏州鸿普精密模具有限公司 | Connecting rod assembly of power strip packaging machine |
| CN105730757A (en) * | 2016-04-19 | 2016-07-06 | 苏州鸿普精密模具有限公司 | Power strip packaging machine |
| CN106516234A (en) * | 2016-10-21 | 2017-03-22 | 昆山尚威包装科技有限公司 | Automatic vacuum packaging machine |
| CN107878831A (en) * | 2017-03-03 | 2018-04-06 | 武汉聚红集成科技发展有限公司 | Open a bag detection means |
| CN109159973A (en) * | 2018-10-25 | 2019-01-08 | 安徽中智能科技有限公司 | High speed finishing line |
| CN110641754A (en) * | 2018-06-26 | 2020-01-03 | 东洋自动机株式会社 | Vacuum packaging machine and vacuum packaging method |
| CN113879620A (en) * | 2021-10-09 | 2022-01-04 | 石家庄市惠康食品有限公司 | Automatic packaging machine for bagged cooked food products |
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2013
- 2013-04-22 CN CN 201320205791 patent/CN203246616U/en not_active Expired - Fee Related
Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104908983A (en) * | 2014-03-10 | 2015-09-16 | 向青茂 | Full-automatic vacuum packaging machine for tooth, branch and angle bulk materials |
| CN105711900A (en) * | 2016-04-19 | 2016-06-29 | 苏州鸿普精密模具有限公司 | Rotary table packaging mechanism of power strip packaging machine |
| CN105730770A (en) * | 2016-04-19 | 2016-07-06 | 苏州鸿普精密模具有限公司 | Packaging bag feeding mechanism of power strip packaging machine |
| CN105730797A (en) * | 2016-04-19 | 2016-07-06 | 苏州鸿普精密模具有限公司 | Connecting rod assembly of power strip packaging machine |
| CN105730757A (en) * | 2016-04-19 | 2016-07-06 | 苏州鸿普精密模具有限公司 | Power strip packaging machine |
| CN105730770B (en) * | 2016-04-19 | 2018-06-22 | 龚美晶 | The packaging bag feed mechanism of insert row packing machine |
| CN105730797B (en) * | 2016-04-19 | 2018-07-31 | 江苏恬然环保科技发展有限公司 | The link assembly of insert row packing machine |
| CN106516234A (en) * | 2016-10-21 | 2017-03-22 | 昆山尚威包装科技有限公司 | Automatic vacuum packaging machine |
| CN107878831A (en) * | 2017-03-03 | 2018-04-06 | 武汉聚红集成科技发展有限公司 | Open a bag detection means |
| CN110641754A (en) * | 2018-06-26 | 2020-01-03 | 东洋自动机株式会社 | Vacuum packaging machine and vacuum packaging method |
| CN109159973A (en) * | 2018-10-25 | 2019-01-08 | 安徽中智能科技有限公司 | High speed finishing line |
| CN113879620A (en) * | 2021-10-09 | 2022-01-04 | 石家庄市惠康食品有限公司 | Automatic packaging machine for bagged cooked food products |
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