CN203740690U - Multifunctional aluminum foil packaging machine - Google Patents
Multifunctional aluminum foil packaging machine Download PDFInfo
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- CN203740690U CN203740690U CN201420161931.5U CN201420161931U CN203740690U CN 203740690 U CN203740690 U CN 203740690U CN 201420161931 U CN201420161931 U CN 201420161931U CN 203740690 U CN203740690 U CN 203740690U
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Abstract
The utility model discloses a multifunctional aluminum foil packaging machine. The multifunctional aluminum foil packaging machine comprises a rack (1), wherein the rack (1) is provided with a coiling mechanism and a labeling mechanism; the coiling mechanism comprises a primary reel (2), a tensioning wheel (3), a coiling assisting wheel, a feeding channel and a feeding rotating plate (7); the feeding channel is connected with a long notch (8) of the feeding rotating plate (7); the vertical long notch (8) of the feeding rotating plate (7) is connected with a clamping work station; the rack (1) is provided with a work station switching rotating plate (10); the work station switching rotating plate (10) is provided with a tube supporting mechanism (11); the tube supporting mechanism (11) is provided with an inner supporting structure; and a conveying belt is arranged below a discharging opening of the rack (1) and is also provided with a mechanism for folding a box cover. A feeding process of the multifunctional aluminum foil packaging machine is convenient and efficient; the multifunctional aluminum foil packaging machine is compact in structure and small in occupied space; aluminum foils are fed and discharged conveniently and efficiently; energy is saved; and automatic labeling and automatic box-packaging can be realized.
Description
Technical field
The utility model relates to package packing machine field, is specifically a kind of Multi-functional aluminum Foilpac machine.
Background technology
Aluminium foil is indispensable raw MAT'L in packaging industry, and aluminium foil not only possesses protection against the tide, fresh-keeping function as flexible packaging, can also print various pattern and characters, being widely used in modern commerce packaging.The aluminum foil coil finished product of directly producing, volume ratio is larger, carries and use inconvenience, therefore also need by aluminium foil parent roll larger volume for the second time spooling become the aluminium foil volume of small volume, i.e. rewinding, is convenient to directly consumption and uses.
The Aluminium Foil Package installation of prior art is horizontal package structure, and it comprises frame, and frame is provided with tension wheel, winding wheel and paper web axle.The paper web of aluminium foil volume is rotatably linked on paper web axle, and the aluminium foil strip pulling from aluminium foil parent roll drives and is finally wrapped in paper web to form aluminium foil volume through tension wheel tensioning and by winding wheel.
There is following defect in the Aluminium Foil Package installation of prior art: first, lack special feed mechanism paper tube sleeve is combined on paper web axle, often need artificial loading, effect is low, and operation location inaccuracy; Secondly, this package structure is horizontal, tension wheel, winding wheel and the paper web axle relevant to being wound around aluminium foil volume be all level to arranging, this spline structure disperses, not compact, takes up room large; Again, in package process, drive aluminium foil strip to be wound around to paper web by winding wheel, aluminium foil strip is subject to the easy alice of friction force of winding wheel, and the laminating degree of the aluminium foil of aluminium foil volume is poor, and the aluminium foil volume being finally wound in is uneven, package weak effect; Again secondly, after the package of aluminium foil volume completes, generally need discharging manually, inefficiency, if adopt new special discharging discharging mechanism, can increase new energy consumption; Again more secondly, after discharging, need when box-packed aluminium foil volume, to be also generally manual operation, inefficiency, or adopt Timing Belt that aluminium foil volume is transported to special box-packed machinery to go to realize box-packed, like this, Timing Belt and box-packed machinery need to take up room in addition.
Utility model content
The technical problems to be solved in the utility model is, provide that a kind of feeding process convenience and high-efficiency, accuracy rate are high, compact conformation, take up room little, the sub-volume package of aluminium foil is effective, not alice and discharging discharging convenience and high-efficiency energy-conservation, realize automation labeling and the box-packed Multi-functional aluminum Foilpac machine of automation.
Technical solution of the present utility model is, a kind of Multi-functional aluminum Foilpac machine is provided, it comprises frame, frame is provided with package mechanism, package mechanism comprises a rack-mounted aluminium foil parent roll axle, at least two tension wheels and one help rolling wheel, this Multi-functional aluminum Foilpac machine also comprises a feeding-passage of shelving many paper webs being side by side fixed in frame, one is rotatably engaged in frame and by electric motor driven charging rotating disk, charging rotating disk is provided with multiple tracks for blocking the radially long nick of single paper web, the end of feeding-passage is communicated with to long nick with a level on charging rotating disk, vertically being communicated with clamping station to long nick of the top of charging rotating disk, in frame, be also provided with for paper web is vertically sent into the device that clamps station to long nick from this, horizontal direction Switch of working position rotating disk is also rotatably installed in frame, the stay tube mechanism that is positioned at different station top with this dial rotation is installed on Switch of working position rotating disk, and stay tube mechanism lower end is rotatably provided with in the opening that can stretch into paper web upper end and the inner support structure of tensioning paper web, on the package station of frame, be provided with one for holding out against the push pipe mechanism that is positioned at the paper web lower end of this station and drives this paper web rotation, aluminium foil parent roll axle, tension wheel and help rolling wheel all vertically to setting, also vertically coordinate the pinch rollers of aluminium foil strip compacting with helping rolling wheel to being provided with one in frame, in frame, be also provided with a cutter for aluminium foil volume is separated with aluminium foil parent roll, the blanking station of frame is provided with a discharging opening, on the labeling station of frame, be also provided with one for holding out against the push pipe mechanism that is positioned at the paper web lower end of this station and drives this paper web rotation, a label parent roll axle, a labeling roller and a labeling electrical motor are installed in frame, labeling electrical motor comprises that the output shaft of label parent roll axle, labeling roller and labeling electrical motor is all vertically to setting for the output shaft of the useless volume of Winding tag, discharging opening below is provided with the belt conveyor of a packing box of opening for delivery of opening upwards and lid, is also provided with the mechanism for folding lid on belt conveyor.
The working process of this machine is: multiple paper webs are arranged side by side on feeding-passage, the paper web of feeding-passage end enters the level of charging rotating disk in long nick, charging dial rotation, make this long nick rotate to rotating disk the top become vertically to, under the effect of the device such as nozzle or cylinder, this paper web is from vertically sending into clamping station to long nick, the inner support structure that is positioned at the stay tube mechanism lower end of clamping station stretches into paper web upper shed and props up, this stay tube mechanism is along with Switch of working position dial rotation is to package station, this paper web rises to hold out against in the push pipe mechanism that driving is positioned at package station, now, this paper web upper end by stay tube mechanism from propping up in opening and lower end is held out against by push pipe mechanism, drive the rotation of push pipe mechanism, make to rotate together with the inner support structure of paper web and stay tube mechanism, and aluminium foil parent roll is linked on aluminium foil parent roll axle, aluminium foil strip is pulled from aluminium foil parent roll, through tension wheel tensioning, then through pinch rollers and the gap compacting that helps rolling wheel, the paper web being finally rotated is wound around, and forms aluminium foil volume.The sub-circumvolution of aluminium foil is after completing, Switch of working position rotating disk is rotated further, drive aluminium foil volume to move to labeling station, now, cutter cuts off the aluminium foil strip between aluminium foil volume and aluminium foil parent roll, by one section of aluminium foil strip of aluminium foil volume by the sub-reel of the aluminium foil of inertia rotation around, and on the next one enters the paper web of package station, be wound around under the application force of cutter by one section of aluminium foil strip of aluminium foil parent roll, to form new aluminium foil volume.And the aluminium foil that package completes volume is along with stay tube enters labeling station, and the lower end of aluminium foil volume is withstood in the rising of the push pipe mechanism of labeling station and drive the rotation of aluminium foil volume, and label parent roll is linked on label parent roll axle, label band is pulled and passes through the tensioning of labeling roller from label parent roll, and when in the gap that label band is rolled up through aluminium foil of labeling roller and rotation, label on label band is glued by aluminium foil volume, complete labeling, the label band that loses label is drawn by the output shaft of labeling electrical motor, is wrapped in and on output shaft, forms the useless volume of label.Label on label band is all one section one section and is tailored, and label band is during through the aluminium foil volume of rotation, and what swept away is segment mark label.Switch of working position rotating disk continues rotation, and aluminium foil after labeling volume is along with stay tube enters into blanking station, and the inner support structure of stay tube mechanism lower end shrinks, and aluminium foil is twisted under Action of Gravity Field from the discharging opening blanking that dropped.Aluminium foil volume after labeling is in discharging opening directly drops to the packing box belt conveyor, and packing box advances to after the mechanism for folding lid, and lid is folded, last, and what send from belt conveyor end is through labeling and box-packed aluminium foil volume.
The utility model Multi-functional aluminum Foilpac machine compared with prior art, has following remarkable advantage and beneficial effect:
First, people can be disposable by multiple paper webs and drain in feeding-passage, paper web will automatically enter clamping station through feeding-passage, charging rotating disk and be propped up by stay tube mechanism, and by Switch of working position driven by rotary disc to package station, only need the disposable many paper webs of putting into, each paper web just can be automatically in place to package station accurately, and its feeding process is efficient and convenient, operation setting accuracy is high, secondly, due to the design of charging rotating disk, make paper web from laterally becoming longitudinally, and, the effect of Switch of working position rotating disk and stay tube mechanism realized paper web with vertically to the conversion at each station, what make aluminium foil parent roll axle, the tension wheel of package mechanism and help the parts such as rolling wheel vertically becomes possibility to design, has realized the erect-type layout of package mechanism, make compact conformation, significantly saved the occupation of land space of machine, again, paper web lower end withstood by push pipe mechanism and upper end by the inner support structure stretching of stay tube mechanism, and push pipe mechanism can active rotation and the inner support structure of stay tube mechanism also can be along with rotation, this has just realized the rotation of paper web, like this, the sub-circumvolution of aluminium foil just utilizes paper web rotation that power is provided around aluminium foil strip completely, help rolling wheel to provide friction force to drive aluminium foil strip and no longer rely on, therefore package process is difficult for alice, the laminating degree of the aluminium foil of aluminium foil volume is high, surfacing, package is effective, and, package process has also been passed through pinch rollers and has been helped the gap compacting of rolling wheel, further reduce alice, improve the laminating degree of the sub-rolls of aluminum foil of aluminium foil, improve package effect, again secondly,, because aluminium foil volume is vertically to setting, after package completes, while being transported to blanking station, in only needing, receive inner support structure, just can make aluminium foil twist in automatic blanking under Action of Gravity Field, its discharge process, efficiency is high, saving energy consumption, again secondly, the aluminium foil volume that this mechanism completes package has been realized conveyor line automatic labeling, and efficiency is high, and compact conformation, has omitted space, again more secondly, aluminium foil volume after labeling falls into packing box from discharging opening, packing box is folded again with belt conveyor transport process lid, realize automatically box-packed, and, belt conveyor and be all positioned at the below of package mechanism and label-sticking mechanism for the mechanism of folding lid, there is no to increase in addition new floor area, saved placing space, this machine has been integrated package, labeling, box-packed three large functions, realize conveyor line automatic packaging completely, further improved work efficiency.
As improvement, package mechanism also comprises a driven shaft, a linkage board and a rack-mounted imput shaft, imput shaft is rotatably linked in linkage board middle part, driven shaft is rotatably linked in linkage board one end, on imput shaft and driven shaft, be combined with belt, between the linkage board other end and frame, be provided with extension spring, belt props up the aluminium foil parent roll being linked on aluminium foil parent roll axle under extension spring effect, said structure, can provide power for the aluminium foil strip on aluminium foil parent roll, make aluminium foil strip operation more steady, ensure when package not alice, the sub-rolls of aluminum foil laminating of aluminium foil degree is high, improve package quality, and the effect of extension spring can make the belt aluminium foil parent roll of fitting all the time, realize auto-compensation, aluminium foil parent roll after reducing, volume still can be adjacent to by belt.
As improving again, inner support structure is the inner support structure that moves down and automatically strut in the time of stay tube mechanism pressurized, frame is provided with a hold-down devices, hold-down devices comprises that one for pressing down the pressure head of the stay tube mechanism that is positioned at clamping station, in frame, be fixed with the fan ring-shaped pressuring plate of a level, the bottom surface of fan ring-shaped pressuring plate is concordant with the bottom surface of pressure head that is positioned at lower position, fan ring-shaped pressuring plate extends to blanking station front from clamping station rear always, the course of action of this mechanism is, pressure head presses down the stay tube mechanism that is positioned at clamping station, making the inner support structure of this stay tube mechanism move down and automatically strut to insert is positioned at the paper web upper shed of this station and props up, the stay tube mechanism of propping up paper web can be along with Switch of working position dial rotation, go to the package of package station to become aluminium foil volume, the most backward blanking station moves, in this process, fan ring-shaped pressuring plate is positioned at the top of this stay tube mechanism always and overlaps with the path of motion of this stay tube mechanism so that provide lasting downforce to this stay tube mechanism, make the inner support structure of stay tube mechanism prop up all the time paper web, until this stay tube mechanism is while running to blanking station, blanking station top no longer covers fan ring-shaped pressuring plate, stay tube mechanism rises and drives inner support structure also to rise and automatically shrink, unclamp aluminium foil volume, realize automatic blanking, from analyzing above, this structure and the collocation of Switch of working position rotating disk, realize clamping station, the Automatic-clamping of package station to paper web, in the automatic separation of blanking station, control accurately, degree of automation is high.
As improving again again, hold-down devices also comprises the first cam, triangle rocker, connecting rod, swing arm, torsion spring, arm shaft, axle bed and coupling rod, the first cam and the equal level of triangle rocker are to being rotatably arranged in frame, triangle rocker one end pushes against with the first cam under torsion spring effect, axle bed is fixed in frame, arm shaft level is to being rotatably engaged in axle bed, pressure head is fixed on one end of swing arm, the other end of swing arm and one end of arm shaft are fixed, one end of the arm shaft other end and coupling rod is fixed, the other end of coupling rod and one end of connecting rod are hinged, the other end of connecting rod and triangle rocker are hinged away from one end of the first cam, the operating principle of this mechanism is, the first actuated by cams triangle rocker reciprocally swinging, this reciprocally swinging is through connecting rod, coupling rod passes to arm shaft, the final intermittent intermittence that swings and then realize pressure head of swing arm that drives presses down, this apparatus structure is simple, reliable in function.
The inner support structure that moves down and automatically strut in the time of stay tube mechanism pressurized is preferably, Switch of working position rotating disk is provided with mounting hole, stay tube mechanism comprises outer tube wall, slide block and inner washer, the outer circumference surface of outer tube wall is provided with radial convex loop, outer tube wall inserts between mounting hole and radial convex loop and Switch of working position rotating disk and is provided with the first stage clip, slide block sliding fit in outer tube wall and slider top be fixed with lid, slider bottom is fixed with a latch with the conical surface, between lid and radial convex loop, be provided with the second stage clip, inner washer is positioned at outer tube wall lower opening and connects through bearing between the two, inner washer inwall is fixed with multiple shell fragments, the spacing of each shell fragment under state of nature is less than the diameter of latch, the first stage clip elastic force is less than the second stage clip elastic force, like this, in the time of lid pressurized, the little meeting of the first stage clip elastic force is first shunk, thereby being declined, whole pipe outer wall make pipe outer wall lower end shell fragment insert paper web upper shed, the second stage clip is compressed more subsequently, and slide block also can decline and drive and inserts between multiple shell fragments with the latch of the conical surface, shell fragment is outwards strutted, to clamp paper web, and after pressure disappearance, under two stage clip effects, slide block drives latch to rise, each shell fragment again tightens reset under self elastic force effect, paper web drops, and, between the inner washer of fixation spring tab and outer tube wall, be provided with bearing, this has just ensured to clamp the shell fragment rotation of paper web and outer tube wall does not rotate, this is simple in structure, design exquisite, having realized stay tube mechanism pressurized inner support structure automatically opens and ensures that inner support structure rotates freely.
As further improving again, sliding wheel is rotatably installed on lid, the roller bearing of sliding wheel be level to, like this, in the time that stay tube mechanism is pushed down by fan ring-shaped pressuring plate by Switch of working position driven by rotary disc simultaneously, sliding wheel can reduce stay tube mechanism top and the friction force of fan between ring-shaped pressuring plate, make to move smooth-going, noise is little.
As further improving again, on discharging opening, be fixed with a discharging guide cylinder, like this, stay tube mechanism unclamps after aluminium foil volume, precisely blanking.
As preferably, push pipe mechanism comprises driving cylinder, micro-motor and for holding out against the top of paper web lower end, cylinder body and the frame of driving cylinder are fixed, piston rod and the shell of micro motor of driving cylinder are fixed, the output shaft of micro-motor is fixing with top, like this, the piston rod that driving is positioned at the driving cylinder of the push pipe mechanism of package station rises, make the top of push pipe mechanism withstand paper web, now, this paper web upper end by stay tube mechanism from propping up in opening and lower end is held out against by push pipe mechanism, drive the micro-motor rotation of push pipe mechanism, make top, together with the inner support structure of paper web and stay tube mechanism, rotate, this is simple in structure, and function-stable is reliable.
As further improving again again, on belt conveyor, be fixed with the square card frame for blocking packing box, belt conveyor both sides are provided with sidewall, sidewall is provided with to the horizontal baffle of belt conveyor direction projection, horizontal baffle is provided with along with packing box is gone forward and then lid angle is folded to the inclined-plane in 90 degree at belt conveyor, first, block for ensureing can fall into smoothly after aluminium foil volume blanking in packing box the not lid of packaged box, lid angle is that the angle of lid and horizontal surface must be greater than 90 degree, but the too large follow-up fold mechanism of lid angle is difficult to disposable lid completely folding, therefore designed horizontal baffle, effect is to snap in the process of advancing along with belt conveyor in square card frame when packing box, constantly inwardly compression is folding by inclined-plane can to touch inclined-plane, make lid angle be less than 90 degree, being convenient to follow-up fold mechanism folds.
As preferably, mechanism for folding lid also comprises through second cam-actuated the first drive link, the second drive link and the 3rd drive link, one end of the first drive link is hinged on sidewall, one end of the stage casing of the first drive link and the second drive link is hinged, one end of the other end of the second drive link and the 3rd drive link is hinged, the other end and the frame of the 3rd drive link are hinged, the 3rd drive link with fix for the flap of folding lid, this mechanism action principle is, the first drive link hinge-point around this drive link and sidewall under the second actuated by cams swings, this swing is delivered to the 3rd drive link through the second drive link, the 3rd drive link is swung around the hinge-point of this drive link and frame, the final swing that drives flap to do 90 degree left and right, completely folding with interior lid by being folded to 90 degree through horizontal baffle.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model Multi-functional aluminum Foilpac machine.
Fig. 2 is the structural representation after top board that removes of the utility model Multi-functional aluminum Foilpac machine.
Fig. 3 is the structural representation of the package mechanism of the utility model Multi-functional aluminum Foilpac machine.
Fig. 4 is the plan structure schematic diagram of the package mechanism of the utility model Multi-functional aluminum Foilpac machine.
Fig. 5 is that the aluminium foil volume package of the package mechanism of the utility model Multi-functional aluminum Foilpac machine completes the plan structure schematic diagram before moving and cut off by cutter to next station.
Fig. 6 is the structure for amplifying schematic diagram of the hold-down devices of the utility model Multi-functional aluminum Foilpac machine.
Fig. 7 is the structure for amplifying schematic diagram of the stay tube mechanism of the utility model Multi-functional aluminum Foilpac machine.
Fig. 8 be the utility model Multi-functional aluminum Foilpac machine stay tube mechanism not when pressurized amplification sectional structure schematic diagram.
Fig. 9 is the amplification sectional structure schematic diagram of the stay tube mechanism pressurized of the utility model Multi-functional aluminum Foilpac machine while propping up paper web.
Figure 10 is the structure for amplifying schematic diagram of the push pipe mechanism of the utility model Multi-functional aluminum Foilpac machine.
Figure 11 is the structure for amplifying schematic diagram of the labeling station of the utility model Multi-functional aluminum Foilpac machine.(omitted for giving top priority to what is the most important and be positioned at the push pipe mechanism of package station and be wound around the parts such as axle)
Figure 12 is the plan structure schematic diagram of the belt conveyor of the utility model Multi-functional aluminum Foilpac machine.
Figure 13 is the partial schematic sectional view along A-A direction in Figure 12.
Figure 14 is the structural representation of the mechanism for folding lid of the utility model Multi-functional aluminum Foilpac machine.
Shown in figure 1, frame, 2, aluminium foil parent roll axle, 3, tension wheel, 4, help rolling wheel, 5, paper web, 6, feeding-passage, 7, charging rotating disk, 8, long nick, 9, clamping station, 10, Switch of working position rotating disk, 11, stay tube mechanism, 12, push pipe mechanism, 13, driving cylinder, 14, micro-motor, 15, top, 16, pinch rollers, 17, aluminium foil strip, 18, cutter, 19, driven shaft, 20, linkage board, 21, imput shaft, 22, belt, 23, extension spring, 24, pressure head, 25, fan ring-shaped pressuring plate, 26, blanking station, 27, the first cam, 28, triangle rocker, 29, connecting rod, 30, swing arm, 31, arm shaft, 32, axle bed, 33, coupling rod, 34, outer tube wall, 35, slide block, 36, inner washer, 37, radial convex loop, 38, the first stage clip, 39, lid, 40, latch, 41, the second stage clip, 42, bearing, 43, shell fragment, 44, sliding wheel, 45, discharging guide cylinder, 46, side plate, 47, top board, 48, upper backup pad, 49, middle stay bearing plate, 50, lower supporting plate, 51, turntable shaft, 52, sprocket wheel, 53, horizontal pin, 54, vertically pin, 55, step surface, 56, labeling station, 57, label parent roll axle, 58, labeling roller, 59, labeling electrical motor, 60, label band, 61, riser is installed, 62, labeling stay bearing plate, 63, lid, 64, packing box, 65, belt conveyor, 66, slide head, 67, square card frame, 68, sidewall, 69, the second cam, 70, the first drive link, 71, the second drive link, 72, the 3rd drive link, 73, flap, 74, eccentric arc chute, 75, package station, 76, horizontal baffle, 77, inclined-plane.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, the utility model Multi-functional aluminum Foilpac machine, it comprises frame 1, frame comprises stay bearing plate 49 and a lower supporting plate 50 in biside plate 46, a top board 47, a upper backup pad 48,, and the two ends of top board 47 and three stay bearing plates are fixing with two side plates 46 respectively.
This Multi-functional aluminum Foilpac machine also comprise on a side plate 46 that is fixed on frame 1 for shelving on the feeding-passage 6 of many paper webs 5 side by side, a side plate 46 that is rotatably engaged in frame 1 and by electric motor driven charging rotating disk 7.Feeding-passage 6 is skewed, is convenient to paper web 5 and is rolled under Action of Gravity Field the end of feeding-passage 6 downwards.Charging rotating disk 7 is provided with four roads for blocking the radially long nick 8 of single paper web 5, and the end of feeding-passage 6 is communicated with to long nick 8 with a level on charging rotating disk 7.Vertically being communicated with clamping station 9 to long nick 8 of the top of charging rotating disk 7, specifically, frame 1 side plate 46 is provided with slotted hole, and the vertical of the top is communicated with the clamping station 9 in frame 1 through the slotted hole that runs through side plate 46 to long nick 8.In frame 1, be also provided with for paper web 5 is vertically sent into the device that clamps station 9 to long nick 8 from this; As frame 1 side plate 46 is provided with just nozzle or the cylinder to side plate 46 slotted holes.
Horizontal direction Switch of working position rotating disk 10 is also rotatably installed in frame 1, specifically, a turntable shaft 51 is rotatably installed on the top board 47 of frame 1, Switch of working position rotating disk 10 is fixed with turntable shaft 51 lower ends, turntable shaft 51 upper ends are fixed with sprocket wheel 52, on sprocket wheel 52, are sheathed with through motor-operated chain.
On Switch of working position rotating disk 10, be provided with Switch of working position rotating disk 10 and rotate and be positioned at the stay tube mechanism 11 above different station, stay tube mechanism 11 lower ends are rotatably provided with in the opening that can stretch into paper web 5 upper ends and the inner support structure of tensioning paper web 5.Inner support structure is the inner support structure that moves down and automatically strut in the time of stay tube mechanism 11 pressurized.Specifically, Switch of working position rotating disk 10 is provided with mounting hole, and stay tube mechanism 11 comprises outer tube wall 34, slide block 35 and inner washer 36.The outer circumference surface of outer tube wall 34 is provided with radial convex loop 37, outer tube wall 34 inserts between mounting hole and radial convex loop 37 and Switch of working position rotating disk 10 and is provided with the first stage clip 38, and the first stage clip 38 is linked in outer tube wall 34 and the first stage clip 38 two ends push against with radial convex loop 37 and Switch of working position rotating disk 10 respectively.Slide block 35 sliding fits in outer tube wall 34 and slide block 35 tops be fixed with lid 39, sliding wheel 44 is rotatably installed on lid 39, the roller bearing of sliding wheel 44 be level to.Slide block 35 bottoms are fixed with a latch 40 with the conical surface.Between lid 39 and radial convex loop 37, be provided with the second stage clip 41, the second stage clip 41 is also linked on outer tube wall 34 and the two ends of the second stage clip 41 push against with lid 39 and radial convex loop 37 respectively.Inner washer 36 is positioned at outer tube wall 34 lower openings and connects through bearing 42 between the two, inner washer 36 inwalls are fixed with multiple shell fragments 43, the spacing of each shell fragment 43 under state of nature is less than the diameter of latch 40, and latch 40 inserts between shell fragment 43 and can strut each shell fragment 43 like this.The first stage clip 38 elastic force are less than the second stage clip 41 elastic force.
Frame 1 upper backup pad 48 is provided with a hold-down devices, hold-down devices comprises that one for pressing down the pressure head 24 of the stay tube mechanism 11 that is positioned at clamping station 9, hold-down devices also comprises the first cam 27, triangle rocker 28, connecting rod 29, swing arm 30, torsion spring, arm shaft 31, axle bed 32 and coupling rod 33, the first cam 27 and the equal level of triangle rocker 28 are to being rotatably arranged on the upper backup pad 48 of frame 1, triangle rocker 28 one end push against with the first cam 27 under torsion spring effect, axle bed 32 is fixed on the upper backup pad 48 of frame 1, arm shaft 31 levels are to being rotatably engaged in axle bed 32, pressure head 24 is fixed on one end of swing arm 30, one end of the other end of swing arm 30 and arm shaft 31 is fixed, one end of arm shaft 31 other ends and coupling rod 33 is fixed, one end one horizontal pin 53 of the other end of coupling rod 33 and connecting rod 29 is hinged, the other end of connecting rod 29 and triangle rocker 28 are hinged away from the vertical pin 54 in one end one of the first cam 27.
In frame 1, be fixed with the fan ring-shaped pressuring plate 25 of a level, the bottom surface of fan ring-shaped pressuring plate 25 is concordant with the bottom surface of pressure head 24 that is positioned at lower position.Fan ring-shaped pressuring plate 25 extends to blanking station 26 fronts from clamping station 9 rears always.In other words, the head end of fan ring-shaped pressuring plate 25 is drawn close with the pressure head 24 that is positioned at lower position, and move to fan ring-shaped pressuring plate 25 head ends from pressure head 24 upper end of being convenient to the stay tube mechanism 11 being pressed down by pressure head 24; And the end of fan ring-shaped pressuring plate 25 extends to blanking station 26 fronts, like this, once stay tube mechanism 25 departs from and enters blanking station 26 from fan ring-shaped pressuring plate 25 ends, the compacting that just is no longer subject to fanning ring-shaped pressuring plate 25, starts to rise.
Frame 1 is provided with package mechanism.Package mechanism comprises that an aluminium foil parent roll axle 2, two tension wheels 3, pinch rollers 16 and one help rolling wheel 4, helping rolling wheel 4 is exactly the winding wheel of prior art, but helps rolling wheel 4 can initiatively not provide power but by paper web 5 driven rotary on package station 75.The wheel shaft of aluminium foil parent roll axle 2, tension wheel 3, the wheel shaft of pinch rollers 16 and help rolling wheel 4 all vertically to setting, the wheel shaft of above-mentioned aluminium foil parent roll axle 2, the wheel shaft of tension wheel 3, pinch rollers 16 and help the wheel shaft of rolling wheel 4 to be installed on the middle stay bearing plate 49 of frame 1.Pinch rollers 16 coordinates aluminium foil strip 17 compactings with helping rolling wheel 4, and from general knowledge, pinch rollers 16 equals the thickness of aluminium foil strip 17 with helping the spacing of rolling wheel 4, is positioned at the paper web 5 of package station 75 and helps the spacing of rolling wheel 4 to be less than the thickness of aluminium foil strip 17.In frame 1, be also provided with a cutter 18 for aluminium foil volume is separated with aluminium foil parent roll, this cutter 18 is through air cylinder driven, and this cylinder is fixed on the middle stay bearing plate 49 of frame 1.
Package mechanism also comprises that a driven shaft 19, linkage board 20 and one are arranged on the imput shaft 21 on stay bearing plate 49 in frame 1, imput shaft 21 is rotatably linked in linkage board 20 middle parts, driven shaft 19 is rotatably linked in linkage board 20 one end, on imput shaft 21 and driven shaft 19, be combined with belt 22, between linkage board 20 other ends and frame 1, be provided with extension spring 23, belt 22 props up the aluminium foil parent roll being linked on aluminium foil parent roll axle 2 under extension spring 23 effects.
On the package station 75 of frame 1, be provided with one and be positioned at paper web 5 lower ends of package station 75 and the push pipe mechanism 12 that drives this paper web 5 to rotate for holding out against.Push pipe mechanism 12 comprises that driving cylinder 13 is as cylinder, micro-motor 14 with for holding out against the top with step surface 55 15 of paper web 5 lower ends, the lower supporting plate 50 of the cylinder body of driving cylinder 13 and frame 1 is fixing, the piston rod of driving cylinder 13 and micro-motor 14 shells are fixed, the output shaft of micro-motor 14 is fixing with top 15, and the step surface 55 of top 15 pushes against the opening of the lower end of paper web 5.
On the labeling station 56 of frame 1, be provided with too one and be positioned at paper web 5 lower ends of labeling station 56 and the push pipe mechanism 12 that drives this paper web 5 to rotate for holding out against, the cylinder body of the driving cylinder 13 of this push pipe mechanism 12 and the lower supporting plate of frame 1 50 are fixing.A label parent roll axle 57, labeling roller 58 and a labeling electrical motor 59 are installed in frame 1, specifically, on the middle stay bearing plate 49 of frame 1, be fixed with one riser 61 is installed, riser 61 tops are installed and fix a labeling stay bearing plate 62, the axle of label parent roll axle 57 and labeling roller 58 is all fixed on labeling stay bearing plate 62, and labeling stay bearing plate 62 is provided with a through hole, labeling electrical motor 59 shells be fixed on lower supporting plate 50 and the output shaft of labeling electrical motor 59 through the through hole epirelief of labeling stay bearing plate 62 in labeling stay bearing plate 62.The output shaft of labeling electrical motor 59 is for the useless volume of Winding tag, and the axle of label parent roll axle 57, labeling roller 58 and the output shaft of labeling electrical motor 59 are all vertically to setting.From general knowledge, labeling roller 58 and the gap of aluminium foil volume that is positioned at labeling station 56 are less than the thickness of label band 60.
The blanking station 26 of frame 1 is provided with a discharging opening.On discharging opening, be fixed with a discharging guide cylinder 45, this discharging guide cylinder 45 is fixed on lower supporting plate 50.
Discharging opening below is provided with the belt conveyor 65 of a packing box 64 of opening for delivery of opening upwards and lid 63, and this belt conveyor 65 can be fixed on also can directly shelve ground in frame 1.On belt conveyor 65, be also provided with the mechanism for folding lid 63.
On belt conveyor 65, be fixed with the square card frame 67 for blocking packing box 64, belt conveyor 65 both sides are provided with sidewall 68, and sidewall 68 can be shelved on the ground also can be fixing with frame 1.Mechanism for folding lid 63 comprises that horizontal baffle 76 is fixed on sidewall 68 to the horizontal baffle 76 of belt conveyor 65 direction projections.Horizontal baffle 76 is provided with along with packing box 64 is gone forward and then lid 63 angles are folded to the inclined-plane 77 in 90 degree at belt conveyor 65, in other words, horizontal baffle 76 is provided with inclined-plane 77, the effect on this inclined-plane 77 is can progressively be folded by this inclined-plane 77 in the time that packing box 64 advances on belt conveyor 65.Lid 63 angles refer to the angle of lid 63 and horizontal surface.
Mechanism for folding lid 63 also comprises the first drive link 70, the second drive link 71 and the 3rd drive link 72.The first drive link 70 drives through the second cam 69, specifically, one end of the first drive link 70 is hinged on sidewall 68, and the other end of the first drive link 70 is provided with a slide head 66, the second cam 69 drives and active rotation through stepper motor, stepper motor is arranged in frame 1, is provided with an eccentric arc chute 74 in the second cam 69, and slide head 66 sliding fits are in eccentric arc chute 74.Like this, the second cam 69 rotations just can drive the first drive link 70 to swing by the slide head 66 in eccentric arc chute 74.One end of the stage casing of the first drive link 70 and the second drive link 71 is hinged, one end of the other end of the second drive link 71 and the 3rd drive link 72 is hinged, the other end of the 3rd drive link 72 and frame 1 are hinged, and the 3rd drive link 72 is fixing with the flap 73 for folding lid 63.
Claims (10)
1. a Multi-functional aluminum Foilpac machine, it comprises frame (1), frame (1) is provided with package mechanism, package mechanism comprises the aluminium foil parent roll axle (2) being arranged in frame (1), at least two tension wheels (3) and one help rolling wheel (4), it is characterized in that: this Multi-functional aluminum Foilpac machine also comprises a feeding-passage (6) of shelving many paper webs (5) being side by side fixed in frame (1), one is rotatably engaged in frame (1) and by electric motor driven charging rotating disk (7), charging rotating disk (7) is provided with multiple tracks for blocking the radially long nick (8) of single paper web (5), the end of feeding-passage (6) is communicated with to long nick (8) with a level on charging rotating disk (7), vertically being communicated with clamping station (9) to long nick (8) of the top of charging rotating disk (7), in frame (1), be also provided with for paper web (5) is vertically sent into the device that clamps station (9) to long nick (8) from this, horizontal direction Switch of working position rotating disk (10) is also rotatably installed in frame (1), the stay tube mechanism (11) that is positioned at different station top with this dial rotation is installed on Switch of working position rotating disk (10), and stay tube mechanism (11) lower end is rotatably provided with in the opening that can stretch into paper web (5) upper end and the inner support structure of tensioning paper web (5), a push pipe mechanism (12) that is positioned at paper web (5) lower end of this station for holding out against and drives this paper web (5) rotation is installed on the package station (75) of frame (1), aluminium foil parent roll axle (2), tension wheel (3) and help rolling wheel (4) all vertically to setting, also vertically coordinate the pinch rollers (16) of aluminium foil strip (17) compacting with helping rolling wheel (4) to being provided with one in frame (1), in frame (1), be also provided with a cutter (18) for aluminium foil volume is separated with aluminium foil parent roll, the blanking station (26) of frame (1) is provided with a discharging opening, a push pipe mechanism (12) that is positioned at paper web (5) lower end of this station for holding out against and drives this paper web (5) rotation is also installed on the labeling station (56) of frame (1), a label parent roll axle (57), a labeling roller (58) and a labeling electrical motor (59) are installed in frame (1), labeling electrical motor (59) comprises that the output shaft of label parent roll axle (57), labeling roller (58) and labeling electrical motor (59) is all vertically to setting for the output shaft of the useless volume of Winding tag, discharging opening below is provided with the belt conveyor (65) of a packing box (64) of opening for delivery of opening upwards and lid (63), is also provided with the mechanism for folding lid (63) on belt conveyor (65).
2. Multi-functional aluminum Foilpac machine according to claim 1, it is characterized in that: package mechanism also comprises a driven shaft (19), a linkage board (20) and an imput shaft (21) being arranged in frame (1), imput shaft (21) is rotatably linked in linkage board (20) middle part, driven shaft (19) is rotatably linked in linkage board (20) one end, on imput shaft (21) and driven shaft (19), be combined with belt (22), between linkage board (20) other end and frame (1), be provided with extension spring (23), belt (22) props up the aluminium foil parent roll being linked on aluminium foil parent roll axle (2) under extension spring (23) effect.
3. Multi-functional aluminum Foilpac machine according to claim 1, it is characterized in that: the inner support structure of inner support structure for moving down and automatically strut in the time of stay tube mechanism (11) pressurized, frame (1) is provided with a hold-down devices, hold-down devices comprises that one for pressing down the pressure head (24) of the stay tube mechanism (11) that is positioned at clamping station (9), in frame (1), be fixed with the fan ring-shaped pressuring plate (25) of a level, the bottom surface of fan ring-shaped pressuring plate (25) is concordant with the bottom surface of pressure head (24) that is positioned at lower position, fan ring-shaped pressuring plate (25) extends to blanking station (26) front from clamping station (9) rear always.
4. Multi-functional aluminum Foilpac machine according to claim 3, it is characterized in that: hold-down devices also comprises the first cam (27), triangle rocker (28), connecting rod (29), swing arm (30), torsion spring, arm shaft (31), axle bed (32) and coupling rod (33), the equal level of the first cam (27) and triangle rocker (28) is to being rotatably arranged in frame (1), triangle rocker (28) one end pushes against with the first cam (27) under torsion spring effect, axle bed (32) is fixed in frame (1), arm shaft (31) level is to being rotatably engaged in axle bed (32), pressure head (24) is fixed on one end of swing arm (30), one end of the other end of swing arm (30) and arm shaft (31) is fixed, one end of arm shaft (31) other end and coupling rod (33) is fixed, one end of the other end of coupling rod (33) and connecting rod (29) is hinged, the other end of connecting rod (29) and triangle rocker (28) are hinged away from one end of the first cam (27).
5. Multi-functional aluminum Foilpac machine according to claim 3, it is characterized in that: Switch of working position rotating disk (10) is provided with mounting hole, stay tube mechanism (11) comprises outer tube wall (34), slide block (35) and inner washer (36), the outer circumference surface of outer tube wall (34) is provided with radial convex loop (37), outer tube wall (34) inserts between mounting hole and radial convex loop (37) and Switch of working position rotating disk (10) and is provided with the first stage clip (38), slide block (35) sliding fit in outer tube wall (34) and slide block (35) top be fixed with lid (39), slide block (35) bottom is fixed with a latch (40) with the conical surface, between lid (39) and radial convex loop (37), be provided with the second stage clip (41), inner washer (36) is positioned at outer tube wall (34) lower opening and connects through bearing (42) between the two, inner washer (36) inwall is fixed with multiple shell fragments (43), the spacing of each shell fragment (43) under state of nature is less than the diameter of latch (40), the first stage clip (38) elastic force is less than the second stage clip (41) elastic force.
6. Multi-functional aluminum Foilpac machine according to claim 5, is characterized in that: sliding wheel (44) is rotatably installed on lid (39), the roller bearing of sliding wheel (44) be level to.
7. Multi-functional aluminum Foilpac machine according to claim 1, is characterized in that: on discharging opening, be fixed with a discharging guide cylinder (45).
8. Multi-functional aluminum Foilpac machine according to claim 1, it is characterized in that: push pipe mechanism (12) comprises driving cylinder (13), micro-motor (14) and for holding out against the top (15) of paper web (5) lower end, the cylinder body of driving cylinder (13) and frame (1) are fixing, the piston rod of driving cylinder (13) and micro-motor (14) shell are fixed, and the output shaft of micro-motor (14) and top (15) are fixing.
9. Multi-functional aluminum Foilpac machine according to claim 1, it is characterized in that: on belt conveyor (65), be fixed with the square card frame (67) for blocking packing box (64), belt conveyor (65) both sides are provided with sidewall (68), mechanism for folding lid (63) comprises to the horizontal baffle (76) of belt conveyor (65) direction projection, it is upper that horizontal baffle (76) is fixed on sidewall (68), and horizontal baffle (76) is provided with along with packing box (64) is gone forward and then lid (63) angle is folded to the inclined-plane (77) in 90 degree at belt conveyor (65).
10. Multi-functional aluminum Foilpac machine according to claim 9, it is characterized in that: also comprise the first drive link (70) driving through the second cam (69) for the mechanism of folding lid (63), the second drive link (71) and the 3rd drive link (72), one end of the first drive link (70) is hinged on sidewall (68), one end of the stage casing of the first drive link (70) and the second drive link (71) is hinged, one end of the other end of the second drive link (71) and the 3rd drive link (72) is hinged, the other end of the 3rd drive link (72) and frame (1) are hinged, the 3rd drive link (72) is fixing with the flap (73) for folding lid (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420161931.5U CN203740690U (en) | 2014-04-03 | 2014-04-03 | Multifunctional aluminum foil packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420161931.5U CN203740690U (en) | 2014-04-03 | 2014-04-03 | Multifunctional aluminum foil packaging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203740690U true CN203740690U (en) | 2014-07-30 |
Family
ID=51340519
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420161931.5U Withdrawn - After Issue CN203740690U (en) | 2014-04-03 | 2014-04-03 | Multifunctional aluminum foil packaging machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203740690U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103935798A (en) * | 2014-04-03 | 2014-07-23 | 宁波时代铝箔科技有限公司 | Multifunctional aluminum foil packaging machine |
| CN106166837A (en) * | 2016-08-22 | 2016-11-30 | 张家港协欣机械有限公司 | A kind of glass fibre belt wrapping machine |
| CN112937095A (en) * | 2021-01-30 | 2021-06-11 | 江西仔衣库服饰有限公司 | Jeans colorful decorative pattern impression device |
-
2014
- 2014-04-03 CN CN201420161931.5U patent/CN203740690U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103935798A (en) * | 2014-04-03 | 2014-07-23 | 宁波时代铝箔科技有限公司 | Multifunctional aluminum foil packaging machine |
| CN103935798B (en) * | 2014-04-03 | 2016-08-17 | 宁波时代铝箔科技有限公司 | Multi-functional aluminum Foilpac machine |
| CN106166837A (en) * | 2016-08-22 | 2016-11-30 | 张家港协欣机械有限公司 | A kind of glass fibre belt wrapping machine |
| CN112937095A (en) * | 2021-01-30 | 2021-06-11 | 江西仔衣库服饰有限公司 | Jeans colorful decorative pattern impression device |
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