CN104443460A - Automatic packaging production equipment for blown floating fibers - Google Patents
Automatic packaging production equipment for blown floating fibers Download PDFInfo
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- CN104443460A CN104443460A CN201410504289.0A CN201410504289A CN104443460A CN 104443460 A CN104443460 A CN 104443460A CN 201410504289 A CN201410504289 A CN 201410504289A CN 104443460 A CN104443460 A CN 104443460A
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- 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
- B65B1/16—Methods of, or means for, filling the material into the containers or receptacles by pneumatic means, e.g. by suction
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Abstract
Automatic packaging production equipment for blown floating fibers comprises an oval collecting bag. An air blower is installed at the feed end of the oval collecting bag. At least two exhaust pipelines are arranged at the discharge end of the oval collecting bag. The discharge ends of the exhaust pipelines are connected with a vacuum packaging room. At least two independent negative pressure chambers are arranged in the vacuum packaging room. The exhaust pipelines are communicated with the negative pressure chambers in a one-to-one correspondence mode. An exhaust opening of each exhaust pipeline is provided with a packaging bag fixing device. Each packaging bag fixing device is composed of a sealing ring and a clamping circle, wherein the sealing ring is fixedly connected with the exhaust opening of the corresponding exhaust pipeline, one end of the sealing ring is hinged to one end of the clamping circle, and the other end of the sealing ring is provided with a locking mechanism. Each exhaust pipeline is connected with a control valve in series. Each negative pressure chamber is internally provided with an extraction opening. All the extraction openings are connected with a vacuum pump. The automatic packaging production equipment has the advantages of being simple in structure, low in manufacturing cost and easy to operate.
Description
Technical field
The present invention relates to the fiber collecting packaging facilities in a kind of on-woven machinery, specifically a kind ofly dispelled the automatic packaging production facilities of floating fiber.
Background technology
At present, faced the problem of collecting packing difficulty by the fiber dispelled through opener process, its major cause is, does not have special collecting device.The collecting packing method of present collection fiber is: stop all wind regimes, wait for dispelled fiber under gravity natural packing together after, by manually loading the larger intact plastic packaging bag of volume ratio, then find time with air suctiton ventilator that boil down to is small-sized to be packed.Aforesaid operations method wastes time and energy, and easily causes the waste of fiber and packaging bag, and, easily actual bodily harm is brought to the staff collecting fiber.
Summary of the invention
For solving the problem, the object of this invention is to provide and a kind ofly dispelled the automatic packaging production facilities of floating fiber, little for large volume weight very easily uninterruptedly can be received into packaging bag by the floating fiber dispelled by automatically, whole collection and packaging process need not manual operations, both collection efficiency can be improved, avoid the waste of fiber and packaging bag, safe and reliable again, prior art existing problems can be solved.
The present invention for achieving the above object, be achieved through the following technical solutions: dispelled the automatic packaging production facilities of floating fiber, comprise elliptical collection bag, blowing engine installed by the feed end of elliptical collection bag, the discharge end of elliptical collection bag is provided with at least two air draft pipes, the discharge end of air draft pipe is connected with vacuum packaging room, arranges at least two separate negative pressure chamber in vacuum packaging room, and air draft pipe communicates with negative pressure chamber one_to_one corresponding; A packaging bag anchor fitting is respectively installed at the suction opeing place of each air draft pipe; Packaging bag anchor fitting is made up of seal ring and clamping ring, seal ring is fixedly connected with the suction opeing of air draft pipe, one end of seal ring and one end of clamping ring hinged, the other end of seal ring installs catch gear, each series connection control cock on every root air draft pipe, be equipped with a bleeding point in each negative pressure chamber, all bleeding points are connected with vacuum pump respectively.
For realizing object of the present invention further, can also by the following technical solutions: each bottom described each negative pressure chamber a weighting apparatus is installed.Described catch gear is made up of link and hook, and clamping ring arranges link, and seal ring arranges hook, and hook coordinates and clamping ring and seal ring locked with linking up with.Described catch gear comprises link plate and lock body, lock body is fixedly connected with clamping ring, link plate be connected, link plate is offered push pedal groove, location post holes and guide groove, in push pedal groove, push pedal is installed, the diameter of location post holes is greater than the width of guide groove, lock body endoporus is offered in lock body, in lock body endoporus, locking bar retracing spring and locking bar are installed, locking bar retracing spring provides outside elastic force for locking bar, lock body side wall offers locking pipe chute, in locking pipe chute, locking pipe is installed, the inner of locking pipe is connected with locking bar, the outer end of locking pipe is stretched out outside lock body, in locking pipe, projection pole is installed, locking pipe outer installation projection seat is stretched out in the outer end of projection pole, projection seat installs projection, between projection and locking pipe, projection retracing spring is installed, in lock body endoporus, pilot bar is installed, pilot bar is provided with pilot bar, pilot bar is fixedly connected with lock body, locking bar through hole is offered in locking bar, locking bar through hole and pilot bar with coordinate, pilot bar offers lock hole, the sidewall of locking bar is offered push rod chute, push rod chute lays respectively at the both sides of locking bar with locking pipe, push rod chute communicates with lock hole, lock body side wall is installed push rod shell, push rod shell lays respectively at locking bar both sides with locking pipe, in push rod shell, push rod is installed, the outer end of push rod passes outside push rod shell, the inner of push rod penetrates in push rod chute, and it is corresponding with lock hole, push rod is provided with push rod orienting lug, in push rod shell, push rod retracing spring is installed, push rod retracing spring coordinates with push rod orienting lug for push rod provides outside predetermincd tension, the end of push rod is provided with thimble and unblock spring, and the periphery of thimble is installed and unlocked spring, and the one end unlocking spring is connected with push rod, and thimble and unblock spring are positioned at push rod chute, and corresponding with lock hole, projection seat chamber is provided with in projection seat, in projection seat chamber, push rod cover is installed, in push rod cover, push rod retracing spring is installed, offer projection in projection pole and prop up rod through-hole, projection props up in rod through-hole and installs push rod, one end of push rod is positioned at push rod cover, push rod cover is installed dead bolt conduit, dead bolt conduit is connected with the outer end of projection pole, be that center line symmetry installs two dead bolts with push rod in dead bolt conduit, the outer end of each dead bolt is respectively provided with dead bolt inclined-plane, dead bolt inclined-plane is towards projection pole, the side of dead bolt conduit is provided with pull bar chute, push rod both sides are hinged with two pull bars respectively, two pull bars are hinged with two dead bolts respectively, two pull bars can along pull bar slide, for push rod provides pressure to guarantee, the outer end of two dead bolts is positioned at outside dead bolt conduit push rod retracing spring, the inwall of projection seat is provided with annular stop convex edge, annular stop convex edge and dead bolt corresponding matching, and push rod cover is provided with orienting lug, and install push rod cover retracing spring in projection seat, push rod cover retracing spring coordinates with orienting lug, for push rod cover provides reset force, the bottom of push pedal arranges boss, groove is offered in the bottom of boss, the left side of boss is inclined-plane, groove can coordinate with projection, the outer end of lock body arranges registration mast, the diameter of registration mast is greater than the diameter of locking bar, registration mast can coordinate with location post holes, and locking bar can coordinate with guide groove, and the outer end of registration mast is provided with hollow handle, hollow handle can move along registration mast, registration mast installs the axis of guide, and the axis of guide passes registration mast peripheral hardware limited location plate, mounting handle return spring in hollow handle, hollow handle is provided with baffle plate, baffle plate can with coordinate.
The invention has the advantages that: it adopts powerful blowing engine all to be blown in the space of an elliptical collection bag 6 by the fiber dispelled.The space enough making to scatter completely between fibrous root and root is had in elliptical collection bag 6.Devise at least two air draft pipes at the other end in this space to be connected with the packaging bag in each negative pressure chamber 17 respectively, utilize the negative pressure in negative pressure chamber 17 to make fiber enter packaging bag inner packing by elliptical collection bag 6.In whole packaging process, one group of air draft pipe is opened, and another group air draft pipe is then closed, and realizes uninterrupted alternate packaging.When receiving fiber in a packaging bag and reaching weight and the height of setting, this group energy air draft pipe is closed, another group air draft pipe is opened and is packed, and both ensure that quantitative floating fiber is continual and has been received into packaging bag and is also convenient for changing packaging bag, also prevent fiber and float to other space.The present invention also has that structure is simple, low cost of manufacture and advantage simple to operate.
Accompanying drawing explanation
Fig. 1 is of the present inventionly dispelled the structural representation of the automatic packaging production facilities of floating fiber; Fig. 2 is the I partial enlarged drawing of Fig. 1, is the first scheme of catch gear in figure; Fig. 3 is that the A of Fig. 1 is to enlarged view; Fig. 4 is the I partial enlarged drawing of Fig. 1, and be the first scheme of catch gear in figure, wherein clamping ring 12 is in open mode; Fig. 5 is the I partial enlarged drawing of Fig. 1, and be the first scheme of catch gear in figure, wherein clamping ring 12 is in closure state; Fig. 6 is the structural representation of described catch gear, eliminates link plate and push pedal in figure; Fig. 7 is the IV partial enlargement structural representation of Fig. 6; Fig. 8 is the III partial enlargement structural representation of Fig. 5, and clamping ring 12 is in closure state.
Reference numeral: 1 opener, 2 hollow handle, 3 handle inner chambers, 4 push pedal grooves, 5 blowing engines, 6 elliptical collection bags, 7 air draft pipes, 8 handle return springs, 9 seal rings, 10 hooks, 11 axis of guides, 12 clamping rings, 13 vacuum packaging rooms, 14 bleeding points, 15 Warning lights, 16 control boxs, 17 negative pressure chamber, 18 control cock, 19 positioning plates, 20 registration masts, 21 location post holes, 22 guide grooves, 23 dead bolt inclined-planes, 24 baffle plates, 25 weighting apparatuss, 27 push pedals, 28 inclined-planes, 29 projections prop up rod through-hole, 30 locking bar 31 lock bodies 32 lock pipe chute 33 and lock push rod cover retracing spring 54 annular stop convex edge 55, pipe 34 push rod chute 35 locking bar through hole 36 pilot bar 37 lock hole 38 projection pole 39 projection retracing spring 40 push rod 41 projection seat 42 projection 43 lock body endoporus 44 pilot bar 45 locking bar retracing spring 46 push rod 47 thimble 48 push rod shell 49 push rod retracing spring 50 boss 51 push rod orienting lug 52 projection seat chamber 53 orienting lug 56 push rod cover 57 push rod retracing spring 58 pull bar 59 dead bolt 60 dead bolt conduit 61 pull bar chute 62 and unlock spring.
Detailed description of the invention
As shown in Figure 1, of the present inventionly dispelled the automatic packaging production facilities of floating fiber, comprised elliptical collection bag 6.Blowing engine 5 installed by the feed end of elliptical collection bag 6.Blowing engine 5 is communicated by the discharging opening of pipeline with opener 1.The discharge end of elliptical collection bag 6 is provided with at least two air draft pipes 7, and the discharge end of air draft pipe 7 is connected with vacuum packaging room 13.Arrange at least two separate negative pressure chamber 17 in vacuum packaging room 13, air draft pipe 7 communicates with negative pressure chamber 17 one_to_one corresponding.A packaging bag anchor fitting is respectively installed at the suction opeing place of each air draft pipe 7.As shown in Figure 2, packaging bag anchor fitting is made up of seal ring 9 and clamping ring 12.Seal ring 9 is fixedly connected with the suction opeing of air draft pipe 7, one end of seal ring 9 and one end of clamping ring 12 hinged, the other end of seal ring 9 installs catch gear.Each series connection control cock 18 on every root air draft pipe 7, control cock 18 can control the opening and closing of air draft pipe 7.Be equipped with a bleeding point 14 in each negative pressure chamber 17, all bleeding points 14 are connected with vacuum pump respectively.Vacuum pump vacuumizes by the corresponding negative pressure chamber 17 of bleeding point 14, thus, make fiber enter packaging bag by elliptical collection bag 6 through air draft pipe 7.Vacuum pump also can be able to make the existing apparatus producing negative pressure in negative pressure chamber 17 substitute by other.Space in elliptical collection bag 6 should guarantee that fiber fully disperses when the feed end of elliptical collection bag 6 moves to discharge end.Narrow and small middle part, elliptical collection bag 6 two ends is roomy, be conducive to fiber fully to disperse in the middle part of elliptical collection bag 6, meanwhile, the fiber be also conducive to after fully dispersion all can enter air draft pipe 7 through elliptical collection bag 6, prevents there is dead angle in elliptical collection bag 6 and accumulates fiber.On packaging bag anchor fitting during installation kit pack, first clamping ring 12 opposing seal ring 9 is opened, then the sack of packaging bag is penetrated in clamping ring 12, and sack is turned down outward along clamping ring 12 phase, finally, clamping ring 12 and seal ring 9 are closed, the mouth clip of packaging bag is fastened.Described fiber can be the fibers such as feather and down.
Principle of work: several air draft pipe 7 is divided into two groups, the control cock 18 on first group of air draft pipe 7 is opened and is kept unimpeded, and the packaging bag anchor fitting of this group air draft pipe 7 all connects packaging bag.Control cock 18 on second group of air draft pipe 7 is closed to be in and is kept closing, and the packaging bag anchor fitting of this group air draft pipe 7 does not connect packaging bag.Start blowing engine 5 and vacuum pump, fibre high-speed after opener 1 shredding is blown in elliptical collection bag 6 by blowing engine 5, because the space in elliptical collection bag 6 is larger, therefore, fibre stream is able to fully dispersion and forms eider down state when elliptical collection bag 6, guarantee that wantonly two fibers are separated from each other, give product and there is excellent elasticity and easily disperse.The fiber moving to elliptical collection bag 6 discharge end enters respective negative pressure chamber 17 through the air draft pipe 7 of unimpeded state.Negative pressure chamber 17 is in negative pressure state under the effect of vacuum pump, makes packaging bag can collect fiber from the air draft pipe 7 unimpeded state.When after the full fiber of packaging bag adduction, and after the packaging bag anchor fitting of second group of air draft pipe 7 connects packaging bag, the state of changeable two groups of air draft pipes 7, that is, make first group of air draft pipe 7 close, second group of air draft pipe 7 is opened.Now, the packaging bag of second group of air draft pipe 7 starts to collect fiber, and the packaging bag of filling fiber on first group of air draft pipe 7 is shifted out outside negative pressure chamber 17 by packaging bag anchor fitting unloads.In above-mentioned whole collection process, blowing engine 5 continuous working all the time, need not shut down, and two groups of air draft pipes 7 is at interleaved collection fiber, thus, guarantee the continuity of collection and packing work.Described packaging bag can be plastics establishment packaging bag.Described elliptical collection bag 6 is preferably made up of transparent material, can observe the deployment conditions of fiber in it at any time, can adjust the parameters such as blowing engine 5 air quantity in time.
For accurately judging whether the packaging bag in each negative pressure chamber 17 collects full fiber, each installation weighting apparatus bottom described each negative pressure chamber 17.Described weighting apparatus can be the weighing instruments such as existing electronic scale, with the weight of Measurement accuracy packaging bag.
Conveniently load and unload packaging bag by the suction opeing of air draft pipe 7, as shown in Figure 1, described catch gear can be made up of link and hook 10.Clamping ring 12 arranges link, seal ring 9 is arranged hook 10.After clamping ring 12 opposing seal ring 9 is closed, hook coordinates with hook 10 and clamping ring 12 and seal ring 9 is locked.
In order to the storage situation in packaging bag can be understood in time, following scheme can be designed: described control cock 18 can be electromagnetic valve, can automatic switch.LOAD CELLS, height tester and a Warning light 15 has respectively been installed in the place that each suction opeing is connected with packaging bag.LOAD CELLS mainly requires the weight controlling object in every packaging bag according to the rules.The volume situation of Warning light 15 main display packing bag storage object.Warning light 15 is provided with red, yellow, and green three lamps.The green light when normal storage object enters packaging bag, when being about to meet the requirements of predetermined weight, amber light ceaselessly starts flicker, reach the weight of regulation and when red during height, at this moment suction opeing is changed automatically by electromagnetic valve, the suction opeing electromagnetic valve that the packaging bag of namely automatically closing long-pending enough amounts connects, another electromagnetic valve can carry out storage work by automatic opening simultaneously.Described packaging production facilities can install control box 16.Operating personal controls the equipment such as blowing engine 5, control cock control cock 18 and vacuum pump by control box 16.
As shown in Figure 6, described catch gear comprises link plate 18 and lock body 31.Lock body 31 is fixedly connected with clamping ring 12, and link plate 18 is connected with 9.Link plate 18 is offered push pedal groove 4, location post holes 21 and guide groove 22.In push pedal groove 4, push pedal 27 is installed.The diameter of location post holes 21 is greater than the width of guide groove 22.Lock body endoporus 43 is offered in lock body 31.Install locking bar retracing spring 45 and locking bar 30 in lock body endoporus 43, locking bar retracing spring 45 provides outside elastic force for locking bar 30.Lock body 31 sidewall offers locking pipe chute 32, installs locking pipe 33 in locking pipe chute 32.The inner of locking pipe 33 is connected with locking bar 30.The outer end of locking pipe 33 is stretched out outside lock body 31.Install projection pole 38 in locking pipe 33, the outer end of projection pole 38 is stretched out outside locking pipe 33 and is installed projection seat 41.Projection seat 41 is installed projection 42, between projection 42 and locking pipe 33, projection retracing spring 39 is installed.Projection retracing spring 39 pairs of projections 42 apply power upwards.Install pilot bar 36 in lock body endoporus 43, pilot bar 36 is provided with pilot bar 44, and pilot bar 44 is fixedly connected with lock body 31.Offer locking bar through hole 35 in locking bar 30, locking bar through hole 35 and pilot bar 36 with coordinate.Pilot bar 36 is offered lock hole 37.The sidewall of locking bar 30 is offered push rod chute 34, push rod chute 34 lays respectively at the both sides of locking bar 30 with locking pipe 33.Push rod chute 34 communicates with lock hole 37.Lock body 31 sidewall installs push rod shell 48, and push rod shell 48 lays respectively at locking bar 30 both sides with locking pipe 33.Install push rod 46 in push rod shell 48, the outer end of push rod 46 passes outside push rod shell 48, and the inner of push rod 46 penetrates in push rod chute 34, and corresponding with lock hole 37.Push rod 46 is provided with push rod orienting lug 51, and install push rod retracing spring 49 in push rod shell 48, push rod retracing spring 49 coordinates for push rod 46 provides outside predetermincd tension with push rod orienting lug 51.The end of push rod 46 is provided with thimble 47 and unlocks spring 62, and thimble 47 is positioned at push rod chute 34, and corresponding with lock hole 37.As shown in Figure 7, projection seat chamber 52 is provided with in projection seat 41.In projection seat chamber 52, push rod cover 56 is installed, in push rod cover 56, push rod retracing spring 57 is installed.Offer projection in projection pole 38 and prop up rod through-hole 29, projection props up in rod through-hole 29 and installs push rod 40.One end of push rod 40 is positioned at push rod cover 56.Push rod cover 56 is installed dead bolt conduit 60.Dead bolt conduit 60 is fixedly connected with the outer end of projection pole 38.Being that center line is symmetrical with push rod 40 in dead bolt conduit 60 installs two dead bolts 59.The outer end of each dead bolt 59 is respectively provided with dead bolt inclined-plane 23.Dead bolt inclined-plane 23 is towards projection pole 38.The side of dead bolt conduit 60 is provided with pull bar chute 61, and push rod 40 both sides are hinged with two pull bars 58 respectively, and two pull bars 58 are hinged with two dead bolts 59 respectively, and two pull bars 58 can slide along pull bar chute 61.For push rod 40 provides pressure to guarantee, the outer end of two dead bolts 59 is positioned at outside dead bolt conduit 60 normality lower push rod retracing spring 57.The inwall of projection seat 41 is provided with annular stop convex edge 54.Annular stop convex edge 54 and dead bolt 59 corresponding matching, can limit the relative motion between projection pole 38 and projection seat 41.Push rod cover 56 is provided with orienting lug 55, and orienting lug 55 can be push rod cover 56 and play the guiding role.Install push rod cover retracing spring 53 in projection seat 41, push rod cover retracing spring 53 coordinates for push rod cover 56 provides reset force with orienting lug 55.The bottom of push pedal 27 arranges boss 50, and groove 63 is offered in the bottom of boss 50, and as shown in Figure 5, the left side of boss 50 is inclined-plane 28.Groove 63 can coordinate with projection 42.The outer end of lock body 31 arranges registration mast 20, and the diameter of registration mast 20 is greater than the diameter of locking bar 30.Registration mast 20 can coordinate with location post holes 21, and locking bar 30 can coordinate with guide groove 22.The outer end of registration mast 20 is provided with hollow handle 2, and hollow handle 2 can move along registration mast 20, registration mast 20 is installed the axis of guide 11, and the axis of guide 11 passes registration mast 20 peripheral hardware limited location plate 19.Positioning plate 19 pairs of hollow handle 2 are spacing, prevent it from coming off.Mounting handle return spring 8 in hollow handle 2, handle return spring 8 pairs of hollow handle 2 apply outside thrust.Hollow handle 2 is provided with baffle plate 24, and baffle plate 24 can coordinate with 27.
As shown in Figure 8, when need open clamping ring 12, upwards press push rod 46, the elastic force that push rod 46 overcomes push rod retracing spring 49 drives thimble 47 and unblock spring 62 to move in lock hole 37; Thimble 47 inserts projection and to prop up in rod through-hole 29 and promote the elastic force that push rod 40 overcomes push rod retracing spring 57 and move up, and meanwhile, push rod 40 pulls two dead bolts 59 to draw close closed to push rod 40 direction respectively by two pull bars 58; When dead bolt 59 is taken in dead bolt conduit 60 completely, projection pole 38 and push rod cover 56 lose constraint, and under the effect unlocking spring 62, relative bump seat 41 moves up; When projection pole 38 shifts out lock hole 37, locking bar 30 lose projection pole 38 constrain in the effect of locking bar retracing spring 45 under move right, on the one hand, locking bar 30 promote registration mast 20 shift out location post holes 21, on the other hand, projection 42 pulls push pedal 27 to move to right under the drive of locking bar 30.Now, catch gear is opened, and locking bar 30 is shifted out by guide groove 22 lower end, and 12 can relative 9 to open, to change packaging bag.12 open after, push rod cover 56 resets under the effect of push rod cover retracing spring 53, and projection 42 and projection pole 38 return to the original length.
When need, by when locking between 12 and 9, first drive 12 upwards to overturn by hollow handle 2, locking bar 30 be coordinated with guide groove 22 simultaneously, and from bottom to top move, until locking bar 30 enters location post holes 21.Again hollow handle 2 is promoted left after clamping ring 12 opposing seal ring 9 is completely closed, baffle plate 24 push pedal 27 is moved to the left, push pedal 27 stirs projection 42 by boss 50, locking bar 30 and locking pipe 33 are moved to the left, when projection pole 38 moves to lock hole 37 place, projection pole 38 cannot move to left, now, continue mobile push pedal 27, the inclined-plane 28 of boss 50 can produce downward component to projection 42, the elastic force making projection 42 drive projection pole 38 to overcome projection retracing spring 39 inserts in lock hole 37 downwards, can enter after projection 42 moves down in groove 63, groove 63 coordinates the locking position of push pedal 27 with projection 42.While locking bar 30 moves to left, registration mast 20 is introduced in the post holes 21 of location.Diameter due to registration mast 20 is greater than the width of guide groove 22, and therefore, registration mast 20 moves down along guide groove 22, thus, clamping ring 12 and seal ring 9 are locked.Due to the special construction of catch gear shown in Fig. 6 and Fig. 8, therefore, rotary packing ring 9 is with upwards to rotate by clamping ring 12, and clamping ring 12 rotate in place after promote clamping ring 12 and be moved to the left, be a continuous print action, operating personal accomplishs without any letup by one-handed performance completely, thus, effectively can be simplified the operation operation, significantly increases work efficiency, and reduces operation easier.
Technical scheme of the present invention is not restricted in the scope of embodiment of the present invention.The technology contents of the not detailed description of the present invention is known technology.
Claims (4)
1. dispelled the automatic packaging production facilities of floating fiber, it is characterized in that: comprise elliptical collection bag (6), blowing engine (5) installed by the feed end of elliptical collection bag (6), the discharge end of elliptical collection bag (6) is provided with at least two air draft pipes (7), the discharge end of air draft pipe (7) is connected with vacuum packaging room (13), the negative pressure chamber (17) that in vacuum packaging room (13), setting at least two is separate, air draft pipe (7) communicates with negative pressure chamber (17) one_to_one corresponding; A packaging bag anchor fitting is respectively installed at the suction opeing place of each air draft pipe (7); Packaging bag anchor fitting is made up of seal ring (9) and clamping ring (12), seal ring (9) is fixedly connected with the suction opeing of air draft pipe (7), one end of seal ring (9) and one end of clamping ring (12) hinged, the other end of seal ring (9) installs catch gear, the upper each series connection control cock (18) of every root air draft pipe (7), be equipped with a bleeding point (14) in each negative pressure chamber (17), all bleeding points (14) are connected with vacuum pump respectively.
2. according to claim 1ly dispelled the automatic packaging production facilities of floating fiber, be it is characterized in that: described each negative pressure chamber (17) bottom is each is installed a weighting apparatus (25).
3. according to claim 1ly dispelled the automatic packaging production facilities of floating fiber, it is characterized in that: described catch gear is made up of link and hook (10), (12) arrange link to clamping ring, seal ring (9) is arranged hook (10), hook coordinates with hook (10) and clamping ring (12) and seal ring (9) is locked.
4. according to claim 1ly dispelled the automatic packaging production facilities of floating fiber, it is characterized in that: described catch gear comprises link plate (18) and lock body (31), lock body (31) is fixedly connected with clamping ring (12), link plate (18) is connected with (9), link plate (18) is offered push pedal groove (4), location post holes (21) and guide groove (22), in push pedal groove (4), push pedal (27) is installed, the diameter of location post holes (21) is greater than the width of guide groove (22), lock body endoporus (43) is offered in lock body (31), in lock body endoporus (43), locking bar retracing spring (45) and locking bar (30) are installed, locking bar retracing spring (45) provides outside elastic force for locking bar (30), lock body (31) sidewall offers locking pipe chute (32), in locking pipe chute (32), locking pipe (33) is installed, the inner of locking pipe (33) is connected with locking bar (30), lock body (31) is stretched out outward in the outer end of locking pipe (33), in locking pipe (33), projection pole (38) is installed, the outer end of projection pole (38) is stretched out locking pipe (33) and is installed projection seat (41) outward, projection seat (41) is installed projection (42), between projection (42) and locking pipe (33), projection retracing spring (39) is installed, in lock body endoporus (43), pilot bar (36) is installed, pilot bar (36) is provided with pilot bar (44), pilot bar (44) is fixedly connected with lock body (31), locking bar through hole (35) is offered in locking bar (30), locking bar through hole (35) and pilot bar (36) with coordinate, pilot bar (36) is offered lock hole (37), the sidewall of locking bar (30) is offered push rod chute (34), push rod chute (34) manages with locking the both sides that (33) lay respectively at locking bar (30), push rod chute (34) communicates with lock hole (37), lock body (31) sidewall is installed push rod shell (48), push rod shell (48) is managed (33) with locking and is laid respectively at locking bar (30) both sides, in push rod shell (48), push rod (46) is installed, the outer end of push rod (46) passes push rod shell (48) outward, the inner of push rod (46) penetrates in push rod chute (34), and it is corresponding with lock hole (37), push rod (46) is provided with push rod orienting lug (51), in push rod shell (48), push rod retracing spring (49) is installed, push rod retracing spring (49) coordinates with push rod orienting lug (51) provides outside predetermincd tension for push rod (46), the end of push rod (46) is provided with thimble (47) and unlocks spring (62), the periphery of thimble (47) is installed and is unlocked spring (62), the one end unlocking spring (62) is connected with push rod (46), thimble (47) and unblock spring (62) are positioned at push rod chute (34), and corresponding with lock hole (37), projection seat chamber (52) is provided with in projection seat (41), in projection seat chamber (52), push rod cover (56) is installed, in push rod cover (56), push rod retracing spring (57) is installed, offer projection in projection pole (38) and prop up rod through-hole (29), projection props up in rod through-hole (29) and installs push rod (40), one end of push rod (40) is positioned at push rod cover (56), push rod cover (56) is upper installs dead bolt conduit (60), dead bolt conduit (60) is connected with the outer end of projection pole (38), for center line is symmetrical, two dead bolts (59) are installed with push rod (40) in dead bolt conduit (60), the outer end of each dead bolt (59) is respectively provided with dead bolt inclined-plane (23), dead bolt inclined-plane (23) is towards projection pole (38), the side of dead bolt conduit (60) is provided with pull bar chute (61), push rod (40) both sides are hinged with two pull bars (58) respectively, two pull bars (58) are hinged with two dead bolts (59) respectively, two pull bars (58) can be slided along pull bar chute (61), for push rod (40) provides pressure to guarantee, the outer end of two dead bolts (59) is positioned at dead bolt conduit (60) outward to push rod retracing spring (57), the inwall of projection seat (41) is provided with annular stop convex edge (54), annular stop convex edge (54) and dead bolt (59) corresponding matching, push rod cover (56) is provided with orienting lug (55), in projection seat (41), push rod cover retracing spring (53) is installed, push rod cover retracing spring (53) coordinates with orienting lug (55), for push rod cover (56) provides reset force, the bottom of push pedal (27) arranges boss (50), groove (63) is offered in the bottom of boss (50), the left side of boss (50) is inclined-plane (28), groove (63) can coordinate with projection (42), the outer end of lock body (31) arranges registration mast (20), the diameter of registration mast (20) is greater than the diameter of locking bar (30), registration mast (20) can coordinate with location post holes (21), locking bar (30) can coordinate with guide groove (22), the outer end of registration mast (20) is provided with hollow handle (2), hollow handle (2) can be mobile along registration mast (20), registration mast (20) is installed the axis of guide (11), the axis of guide (11) passes registration mast (20) peripheral hardware limited location plate (19), the interior mounting handle return spring (8) of hollow handle (2), hollow handle (2) is provided with baffle plate (24), baffle plate (24) can coordinate with (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410504289.0A CN104443460B (en) | 2014-09-28 | 2014-09-28 | Automatic packaging production equipment for blown floating fibers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410504289.0A CN104443460B (en) | 2014-09-28 | 2014-09-28 | Automatic packaging production equipment for blown floating fibers |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104443460A true CN104443460A (en) | 2015-03-25 |
| CN104443460B CN104443460B (en) | 2017-05-03 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112706961A (en) * | 2020-12-15 | 2021-04-27 | 蚌埠市万科硅材料科技有限公司 | Negative pressure vacuum packaging machine for packaging high-quality white carbon black |
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| CN104443460B (en) | 2017-05-03 |
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