CN204036947U - Gift box high-energy-rate forming machine - Google Patents
Gift box high-energy-rate forming machine Download PDFInfo
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- CN204036947U CN204036947U CN201420528488.0U CN201420528488U CN204036947U CN 204036947 U CN204036947 U CN 204036947U CN 201420528488 U CN201420528488 U CN 201420528488U CN 204036947 U CN204036947 U CN 204036947U
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Abstract
The utility model discloses a kind of gift box high-energy-rate forming machine, comprise frame, storing group system, barrier system, suction box system, guide box induction system and pressure case system, described barrier system is arranged on by the delivery outlet of described storing group system, one interior plate of the container board being delivered to described delivery outlet is stopped, described suction box systemic effect, on the outer panel of the container board of described delivery outlet, makes described container board strut formation box body.Suction box systems stay continues to pull to outer panel, and described interior plate throws off described barrier system, and described box body is pulled in described guide box induction system by described suction box system, carries out compacting smooth by described pressure case system to the inner bottom surface of box body.The utility model compact overall structure is reliable, and floor space is less, and action links up, can carry out conveying fast to container board struts shaping, effectively can improve the shaping speed of the gift box of bottom self-locked folding carton class, meet significant market demand, decrease the amount of labour of staff.
Description
Technical field
The utility model relates to the technical field of package packing machine, particularly relates to a kind of gift box high-energy-rate forming machine.
Background technology
At present, the application prospect of gift box packaging is very optimistic, and the market shares such as cigarette, drinks, food, medicine, small household appliances, cosmetics are increasing, all need exquisite gift box to pack.Generally as the gift box of gift wrap, especially carton, can be divided into two classes, and a class is adhesive type gift box, and another kind of is folding gift box.Described adhesive type gift box needs to bond at prefabricated cardboard four limit and/or underrun glue or adhesive tape or other modes, and carton just can be made fixed-type.Described folding gift box, then without the need to bonding, can form a box body by means of only the folding of cardboard.Be mostly at present first by cardboard after artificial folding and/or bonding, and form the carton of a solid gradually, forming process extremely wastes time and energy, and cannot meet the demand of enterprise to production capacity.Existing Some Enterprises develops automatic moulding machine for adhesive type gift box, its operation principle and general automatically opening cardboard box machine similar.And the folding gift box be directed to without the need to bonding, mostly or still adopt and manually carry out folding forming making, commercially and find no the gift box high-energy-rate forming machine being applicable to described folding gift box.
And in production application process, those skilled in the art, for the gift box of bottom self-locked folding carton class, is prefabricated container board according to actual needs mostly, this prefabricated container board tabular can fold pile and carries out transporting and storing before the forming.Normally artificial being strutted by prefabricated container board at present, after then carrying out folding at the bottom of box and surrounding side, and forms the gift box of a solid gradually.The applicant finds, at the gift box for bottom self-locked folding carton class in shaping process, because last forming process also needs to rely on artificial folding, have impact on the shaping efficiency of gift box greatly, therefore, the applicant is devoted to develop a kind of gift box high-energy-rate forming machine, effectively improves the shaping speed of the gift box of bottom self-locked folding carton class.
Utility model content
The purpose of this utility model, proposes a kind of gift box high-energy-rate forming machine exactly, effectively improves the shaping speed of the gift box of bottom self-locked folding carton class.
The utility model is for solving the problems of the technologies described above, provide a kind of gift box high-energy-rate forming machine, comprise: frame, for the storing group system of storage box cardboard, for stopping the barrier system that described container board exports, for described container board sucking-off is strutted and forms the suction box system of box body, for carrying described box body to the guide box induction system on different station, and the pressure case system that the inner bottom surface for suppressing described box body makes its automatic locking lock.
Described storing group system, described barrier system, described suction box system, described guide box induction system and described pressure case system are all arranged in described frame.
Described barrier system is arranged on by the delivery outlet of described storing group system, one interior plate of the container board being delivered to described delivery outlet is stopped, described suction box systemic effect is on the outer panel of the container board of described delivery outlet, described interior plate and described outer panel be described container board shaping time two-phase counter plate, described suction box system applies outside pulling force to described outer panel, and described barrier system stops that described interior plate moves, described container board is then made to strut formation box body.
Begin to take shape in box body process at described container board, suction box systems stay continues to pull to outer panel, described interior plate throws off described barrier system, described box body is pulled in described guide box induction system by described suction box system, be sent on compacting station by described guide box induction system, carry out compacting by the inner bottom surface of described pressure case system to the box body be on compacting station smooth.
Preferably, described guide box induction system comprises guide box group, pushes away case group and delivery groups, described guide box group is docked on the delivery outlet of described storing group system, accept and pull out shaping box body by described delivery outlet, described guide box group pushes away case group and connects described delivery groups described in passing through, and described box body is pushed in described delivery groups by the described case group that pushes away.
By above-mentioned further optimization, described guide box induction system adopts guide box group, pushes away the combination of case group and delivery groups, effectively achieves transferring fast of box body.
Preferably, described guide box group comprises installing rack, the first driving mechanism and push pedal, described installing rack is preset with a whereabouts mouth fallen for described box body, the described case group that pushes away is arranged on below the mouth of described whereabouts, described first driving mechanism drive connect described push pedal, described push pedal reciprocally translation promote the side being arranged on described whereabouts mouth, described box body is pushed into mouth place, described whereabouts, make its drop to described in push away in case group, pushed in described delivery groups by the described case group that pushes away.
By above-mentioned further optimization, described guide box group not only achieves to accept and pulls out outside the function of shaping box body by described delivery outlet, can also further by the restriction of push pedal and whereabouts mouth, the further formation structure regulating rectification box body, and guide box group with push away case group, delivery groups forms levels structure, can save and take up an area space, it is shaping that drop process is also conducive to box body.
Preferably, described pressure case system comprises the second driving mechanism and pressing plate, described second driving mechanism and described pressing plate are arranged on the top of described delivery groups, described second driving mechanism drives and connects described pressing plate, described pressing plate back and forth can move up and down towards described delivery groups, carries out compacting smooth to the inner bottom surface of the box body pushed on the described compacting station of described delivery groups.Described pressure case system architecture is simple and reliable, and action is quick, and pressing result is good.
Preferably, the described compacting station of described delivery groups being provided with for stopping that box body continues the blocking mechanism moved ahead, improving the reliability of course of action further, guaranteeing that box body rests on described compacting station.
Preferably, described blocking mechanism comprise re-pack, driver and inductive switch, described inductive switch connects described driver, described driver re-packs described in connecting, described inductive switch is responded to described box body and whether is arrived assigned address, if arrival and trig driver drive to re-pack stop that box body continues to move ahead, until described pressure case system the inner bottom surface of described box body carried out compacting smooth after again by the reset that re-packs described in described driver drives, remove the stop to described box body.
Preferably, described suction box system comprises the first connecting gear, the 3rd driving mechanism and the first sucker group, described first connecting gear is fixed in described frame, described 3rd driving mechanism is arranged on described first connecting gear, described first connecting gear drives described 3rd driving mechanism to move back and forth, described first sucker group is arranged on described 3rd driving mechanism, and described 3rd driving mechanism drives and connects described first sucker group, drives described first sucker group to swing up and down.
Described first sucker group, under the effect of described first connecting gear and described 3rd driving mechanism, can move back and forth in the face of the delivery outlet of described storing group system, capture the outer panel of the container board of described delivery outlet.
By above-mentioned further optimization, the action of described suction box system suction box swings up and down with movable all in order coherent, effectively can realize the crawl to container board.
Preferably, described suction box system also comprises the second connecting gear, four-wheel drive mechanism and the second sucker group, described second connecting gear to be fixed in described frame and to be placed in the below of described first connecting gear, be arranged side by side with the first connecting gear, described four-wheel drive organization establishes is on described second connecting gear, described second connecting gear drives described four-wheel drive mechanism to move back and forth, described second sucker group is arranged in described four-wheel drive mechanism, described four-wheel drive mechanism drives and connects described second sucker group, described second sucker group is driven to swing up and down.
Described second sucker group is under the effect of described second connecting gear and described four-wheel drive mechanism, can move back and forth in the face of the delivery outlet of described storing group system, described first sucker group and described second sucker group alternately capture the outer panel of the container board of described delivery outlet.
By above-mentioned further optimization, can further improve the operating efficiency of described suction box system.
Preferably, described barrier system comprises screw mandrel and circular cone, and the liftable delivery outlet top being arranged on described storing group system, the upper end of described screw mandrel, described circular cone is arranged on the lower end of described screw mandrel, and the tip of described circular cone down.
By above-mentioned further optimization, described barrier system can realize the suitable stop to container board by simple structure, and can carry out height and position adjustments according to the container board of different model size.
Preferably, described gift box high-energy-rate forming machine also comprises the control device for controlling forming machine action, described in described control device control connection, storing group system, described barrier system, described suction box system, described guide box induction system and/or described pressure case system, can further increase the automaticity of gift box high-speed molding.
In sum, gift box high-energy-rate forming machine compact overall structure of the present utility model is reliable, floor space is less, action links up, can carry out conveying fast to container board struts shaping, and than artificial folding or other prior aries, the utility model effectively can improve the shaping speed of the gift box of bottom self-locked folding carton class, meet significant market demand, decrease the amount of labour of staff.
Accompanying drawing explanation
Fig. 1 is the structural upright schematic diagram of gift box high-energy-rate forming machine.
Fig. 2 is the front view of gift box high-energy-rate forming machine.
Fig. 3 is the left view of gift box high-energy-rate forming machine.
Fig. 4 is the top view of gift box high-energy-rate forming machine.
Fig. 5 is the shaping schematic flow sheet of gift box.
Fig. 6 is container board deployed configuration schematic diagram.
Fig. 7 is the structural upright schematic diagram of guide box group.
Fig. 8 is the top view of guide box group.
Fig. 9 is the structural upright schematic diagram pushing away case group.
Figure 10 is the structural upright schematic diagram of delivery groups.
Figure 11 is the structural upright schematic diagram of suction box system.
Figure 12 is the front view of suction box system.
Figure 13 is the top view of suction box system.
Figure 14 is the structural upright schematic diagram of pressure case system.
Figure 15 is the structural upright schematic diagram of barrier system.
Figure 16 is the structural upright schematic diagram of storing group system.
Number in the figure illustrates:
Frame 100, storing group system 200, delivery outlet 210, barrier system 300, screw mandrel 310, circular cone 320, vertical displacement governor motion 330, fixed bar 340, gear case block 350, suction box system 400, first connecting gear 410, 3rd driving mechanism 420, first sucker group 430, second connecting gear 440, four-wheel drive mechanism 450, second sucker group 460, guide box induction system 500, guide box group 510, installing rack 511, first driving mechanism 512, push pedal 513, whereabouts mouth 514, horizontal displacement governor motion 515, guide rod 516, push away case group 520, push away case cylinder 521, guide plate 522, delivery groups 530, annular flat belt 531, guardrail 532, blocking mechanism 540, re-pack 541, driver 542, inductive switch 543, pressure case system 600, second driving mechanism 610, pressing plate 620, interior plate 700, outer panel 800, control device 900.
Detailed description of the invention
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The present embodiment proposes a kind of gift box high-energy-rate forming machine, it comprises: frame 100, for the storing group system 200 of storage box cardboard, for stopping the barrier system 300 that described container board exports, for described container board sucking-off is strutted and forms the suction box system 400 of box body, for carrying described box body to the guide box induction system 500 on different station, and the pressure case system 600 that the inner bottom surface for suppressing described box body makes its automatic locking lock.
As shown in Figures 1 to 4, the storing group system 200 of the present embodiment, barrier system 300, suction box system 400, guide box induction system 500 and pressure case system 600 are all arranged in frame 100.
As shown in Figure 3, the barrier system 300 of the present embodiment is arranged on delivery outlet 210 side of storing group system 200, shown in composition graphs 5, the interior plate 700 of barrier system 300 to the container board being delivered to delivery outlet 210 of the present embodiment stops, suction box system 400 acts on the outer panel 800 of the container board of delivery outlet 210, interior plate 700 and outer panel 800 be described container board shaping time two-phase counter plate (shown in Figure 5), suction box system 400 pairs of outer panels 800 apply outside pulling force, and barrier system 300 stops that interior plate 700 moves, then (it is smooth that box body now does not carry out inner bottom surface compacting to make described container board strut formation box body, not yet completely shaping).
Begin to take shape in box body process at described container board, suction box system 400 continues to continue to pull to outer panel 800, interior plate 700 throws off barrier system 300, described box body is pulled in guide box induction system 500 by suction box system 400, be sent on compacting station by guide box induction system 500, carry out compacting by pressure case system 600 to the inner bottom surface of the box body be on compacting station smooth, so far namely container board completes the shaping of box body.
Concrete, the guide box induction system 500 of the present embodiment comprises guide box group 510 (shown in Fig. 7 and Fig. 8), pushes away case group 520 (shown in Figure 9) and delivery groups 530 (shown in Figure 10).As shown in Figure 4, guide box group 510 is docked on the delivery outlet 210 of storing group system 200, accepts and pulls out shaping box body by delivery outlet 210, and guide box group 510 connects delivery groups 530 by pushing away case group 520, and described box body is pushed in delivery groups 530 by pushing away case group 520.
Exemplary, as shown in Figure 7 and Figure 8, the guide box group 510 of the present embodiment comprises installing rack 511, first driving mechanism 512 and push pedal 513, installing rack 511 is preset with a whereabouts mouth 514 fallen for described box body, as shown in Figure 2, pushing away case group 520 is arranged on below whereabouts mouth 514, first driving mechanism 512 drives and connects push pedal 513, push pedal 513 reciprocally translation promote the side being arranged on whereabouts mouth 514, described box body is pushed into whereabouts mouth 514 place, making it drop to and push away in case group 520, pushing in delivery groups 530 by pushing away case group 520.
Wherein, as shown in Figure 7 and Figure 8, the guide box group 510 of the present embodiment also can include horizontal displacement governor motion 515 and guide rod 516, what installing rack 511 was slidably regulated by horizontal displacement governor motion 515 is arranged in frame 100, horizontal displacement governor motion 515 can adopt handwheel, screw mandrel, feed screw nut, slide-bar, linear bearing and fixed head carry out with the use of, feed screw nut, fixed block and installing rack three are consolidated, screw mandrel is driven to rotate by rotation hand wheel, then feed screw nut's horizontal displacement is driven, thus the horizontal level realizing installing rack regulates, to adapt to the shaping needs of different gift box.
And the first driving mechanism 512 be fixed on installing rack 511 can utilize cylinder to coordinate the common components such as slide-bar and fixed head generally to combinationally use as shown in Figure 8, and be fixed on the relevant position on installing rack by screw installation, after driving push pedal 513 translation promotion box body to make its shaping that misplaces further by cylinder take-off lever, fallen by whereabouts mouth 514, whereabouts mouth 514 can be set to the adjustable form of length and width also can be set to fixed form.Described box body drops to and pushes away in case group 520, and the case group 520 that pushes away as shown in Figure 9 starts and pushes away case cylinder 521 and drive guide plate 522, is directly pushed box body by guide plate 522.
As shown in figure 14, the pressure case system 600 of the present embodiment comprises the second driving mechanism 610 and pressing plate 620, second driving mechanism 610 and pressing plate 620 are arranged on the top of delivery groups 530, second driving mechanism 610 drives and connects pressing plate 620, pressing plate 620 back and forth can move up and down towards delivery groups 530, carries out compacting smooth to the inner bottom surface of the box body pushed on the described compacting station of delivery groups 530.
Wherein, second driving mechanism of the present embodiment can utilize cylinder to coordinate the common components such as slide-bar, spacer and fixed head generally to combinationally use as shown in figure 14, and be fixed on the relevant position in frame by screw installation, back and forth moved up and down by cylinder take-off lever band dynamic pressure plate.
As shown in Figure 10, the present embodiment is provided with for stopping the blocking mechanism 540 that box body continues to move ahead on the described compacting station of delivery groups 530.Wherein, the blocking mechanism 540 of the present embodiment comprise re-pack 541, driver 542 and inductive switch 543, inductive switch 543 connects driver 542, driver 542 connection re-packs 541, inductive switch 543 is responded to described box body and whether is arrived assigned address, if arrival and trig driver 542 drive the 541 stop box bodys that re-pack to continue to move ahead, until pressure case system 600 inner bottom surface of described box body carried out compacting smooth after, drive by driver 542 541 resets that re-pack again, remove the stop to described box body.Exemplary, the delivery groups 530 of the present embodiment adopts two parallel annular flat belts 531 to carry out box body conveying, and a guardrail 532 is respectively set outside two of annular flat belt 531, blocking mechanism 540 is then arranged on the centre of two annular flat belts 531, drives 541 projections that re-pack to stop the box body by process by driver 542.
Do not arrange in the specific embodiment of blocking mechanism at other, directly can carry out corresponding intermittent duty by controlling delivery groups yet, box body is transported on assigned address.
As shown in Figure 11 to Figure 13, the present embodiment suction box system 400 comprises the first connecting gear 410, the 3rd driving mechanism 420, first sucker group 430, second connecting gear 440, four-wheel drive mechanism 450 and the second sucker group 460, and what each parts were direct or indirect is arranged in frame 100.
First connecting gear 410 of the present embodiment is fixed in frame 100,3rd driving mechanism 420 is arranged on the first connecting gear 410, first connecting gear 410 drives the 3rd driving mechanism 420 to move back and forth, first sucker group 430 is arranged on the 3rd driving mechanism 420,3rd driving mechanism 420 drives connection first sucker group 430, drives the first sucker group 430 to swing up and down.
First sucker group 430, under the effect of the first connecting gear 410 and the 3rd driving mechanism 420, can move back and forth in the face of the delivery outlet 210 of storing group system 200, capture the outer panel 800 of the container board of delivery outlet 210.
Second connecting gear 440 of the present embodiment to be fixed in frame 100 and to be placed in the below of the first connecting gear 410, be arranged side by side with the first connecting gear 410, four-wheel drive mechanism 450 is arranged on the second connecting gear 440, second connecting gear 440 drives four-wheel drive mechanism 450 to move back and forth, second sucker group 460 is arranged in four-wheel drive mechanism 450, four-wheel drive mechanism 450 drives connection second sucker group 460, drives the second sucker group 460 to swing up and down.
Second sucker group 460 is under the effect of the second connecting gear 440 and four-wheel drive mechanism 450, can move back and forth in the face of the delivery outlet of storing group system 200, the first sucker group 430 and the second sucker group 460 alternately capture the outer panel 800 of the container board of delivery outlet 210.
Exemplary, what the first connecting gear 410 and the second connecting gear 440 adopted is that servomotor coordinates Timing Belt to carry out transmission, electrical pipeline carries out connection conveying by holder chain, 3rd driving mechanism 420 and four-wheel drive mechanism 450 drive for cylinder coordination hinge seat, first sucker group 430 and the second sucker group 460 are respectively that four suckers and vacuum generator combine, as illustrated in figures 11 and 13, first sucker group 430 and the second sucker group 460 correspondence are hinged on the hinged seat of the 3rd driving mechanism 420 and four-wheel drive mechanism 450, respectively control it by its cylinder to swing, hinged seat then correspondence is arranged on mount pad, driven by Timing Belt by servomotor.
As shown in figure 15, the barrier system 300 of the present embodiment comprises screw mandrel 310 and circular cone 320, liftable delivery outlet 210 top being arranged on storing group system 200, the upper end of screw mandrel 310, circular cone 320 is arranged on the lower end of screw mandrel 310, the tip of circular cone 320 down, in application process, according to the altitudes of container board, the tip location of adjustment circular cone 320, it is made just to be blocked in the upper edge of container board interior plate 700, meet and stop needs, also can remove the stop after container board is strutted in time.
Exemplary, the barrier system 300 of the present embodiment can also comprise vertical displacement governor motion 330, fixed bar 340 and gear case block 350 etc., fixed bar 340 by vertical displacement governor motion 330 can oscilaltion be arranged in frame 100, and above the delivery outlet 210 being in storing group system 200, and the upper end of screw mandrel 310 and gear case block 350 i.e. liftable horizontally slipping regulates arranges on fixed bar 340, realize appropriately stopping the container board of delivery outlet 210.
In order to further increase the automaticity of gift box high-speed molding, the gift box high-energy-rate forming machine of the present embodiment has also added control device 900 further, control device 900 control connection storing group system 200, barrier system 300, suction box system 400, guide box induction system 500 and pressure case system 600.Exemplary, the control device 900 of the present embodiment comprises the PLC device for programming and the touch-screen for entering the operating instructions, user-friendly, can realize carrying out instruction read-write and failture evacuation on the touchscreen.
The frame 100 of the present embodiment adopts welding for steel structure to form, and doorframe and protection face board can be added according to actual needs, and correspondence installs microswitch, microswitch is connected with other system by control device, can realize opening the door and namely stop, can safety protection function be played.In addition, also can add other sensors, container board or box body are responded to, then control different parts and carry out corresponding actions.
Of course, in other specific embodiments, described storing group system involved by the utility model, described barrier system, described suction box system, described guide box induction system and described pressure case system and parts thereof, other conventional outsourcing pieces on market can be adopted according to actual conditions, repeat no more herein.
Exemplary, the applicant utilizes the milk external packing gift box of the gift box high-energy-rate forming machine of the present embodiment to certain reputable brand to carry out shaping making, the expanded view of this gift box is bottom self-locked folding carton as shown in Figure 6, as shown in the b figure in Fig. 5, dual-side is linked together at container board prefabrication phase, and corresponding overlap joint is carried out to strut formation automatic bottom-locking to box bottom part, shaping front container board is for subsequent use in tabular pile as shown in a figure in Fig. 5.As shown in Figure 5, the main working process of the present embodiment is as follows:
By the container board that pile is good being put into shown in a figure in such as Fig. 5 the storing group system 200 of the present embodiment, then start the gift box high-energy-rate forming machine of the present embodiment.First, first sucker group 430 of suction box system 400 moves to delivery outlet 210 place of storing group system 200, and hold the outer panel 800 of container board, then outer panel 800 is pulled out, meanwhile, circular cone 320 tip of barrier system 300 is blocked on the interior plate 700 of container board, therefore initial period outer panel 800 outwards movement, interior plate 700 keeps motionless, container board is softened, and thereupon the first sucker group 430 pairs of outer panels 800 continue pull, interior plate 700 has finally thrown off the stop at circular cone 320 tip, container board begins to take shape box body, and departed from storing group system 200, drawn by the first sucker group 430 and enter guide box group 510, under the guiding and propelling movement effect of guide box group 510, further rectification cassette shapes, box body is drawn to directly over whereabouts mouth 514, first sucker group 430 removes the suction to box body, box body is dropped to by the whereabouts mouth 514 of guide box group 510 and pushes away in case group 520, be pushed in delivery groups 530 by pushing away case group 520, box body is delivered on compacting station by delivery groups 530, pressure case system 600 starts action, smooth its automatic locking that makes of compacting is carried out to the inner bottom surface of box body and locks the gift box of shaping formation as shown in the c figure in Fig. 5, in the present embodiment, first sucker group and the second sucker group cycle alternation capture container board, the operations for forming of gift box is completed fast in conjunction with other system parts.
By constantly improving and testing, the gift box high-energy-rate forming machine of the present embodiment can reach the shaping efficiency of 30-40 case/more than min, improves production efficiency greatly, meets significant market demand.
With above-mentioned be only preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (10)
1. a gift box high-energy-rate forming machine, is characterized in that: comprise
Frame,
For the storing group system of storage box cardboard,
For stopping the barrier system that described container board exports,
For described container board sucking-off is strutted and forms the suction box system of box body,
For carrying described box body to the guide box induction system on different station, and
The pressure case system that inner bottom surface for suppressing described box body makes its automatic locking lock;
Described storing group system, described barrier system, described suction box system, described guide box induction system and described pressure case system are all arranged in described frame;
Described barrier system is arranged on by the delivery outlet of described storing group system, one interior plate of the container board being delivered to described delivery outlet is stopped, described suction box systemic effect is on the outer panel of the container board of described delivery outlet, described interior plate and described outer panel be described container board shaping time two-phase counter plate, described suction box system applies outside pulling force to described outer panel, and described barrier system stops that described interior plate moves, described container board is then made to strut formation box body;
Begin to take shape in box body process at described container board, suction box systems stay continues to pull to outer panel, described interior plate throws off described barrier system, described box body is pulled in described guide box induction system by described suction box system, be sent on compacting station by described guide box induction system, carry out compacting by the inner bottom surface of described pressure case system to the box body be on compacting station smooth.
2. gift box high-energy-rate forming machine as claimed in claim 1, it is characterized in that: described guide box induction system comprises guide box group, pushes away case group and delivery groups, described guide box group is docked on the delivery outlet of described storing group system, accept and pull out shaping box body by described delivery outlet, described guide box group pushes away case group and connects described delivery groups described in passing through, and described box body is pushed in described delivery groups by the described case group that pushes away.
3. gift box high-energy-rate forming machine as claimed in claim 2, it is characterized in that: described guide box group comprises installing rack, the first driving mechanism and push pedal, described installing rack is preset with a whereabouts mouth fallen for described box body, the described case group that pushes away is arranged on below the mouth of described whereabouts, described first driving mechanism drives and connects described push pedal, described push pedal reciprocally translation promote the side being arranged on described whereabouts mouth, described box body is pushed into mouth place, described whereabouts, make its drop to described in push away in case group, pushed in described delivery groups by the described case group that pushes away.
4. gift box high-energy-rate forming machine as claimed in claim 2 or claim 3, it is characterized in that: described pressure case system comprises the second driving mechanism and pressing plate, described second driving mechanism and described pressing plate are arranged on the top of described delivery groups, described second driving mechanism drives and connects described pressing plate, described pressing plate back and forth can move up and down towards described delivery groups, carries out compacting smooth to the inner bottom surface of the box body pushed on the described compacting station of described delivery groups.
5. gift box high-energy-rate forming machine as claimed in claim 4, is characterized in that: be provided with for stopping that box body continues the blocking mechanism moved ahead on the described compacting station of described delivery groups.
6. gift box high-energy-rate forming machine as claimed in claim 5, it is characterized in that: described blocking mechanism comprise re-pack, driver and inductive switch, described inductive switch connects described driver, described driver re-packs described in connecting, described inductive switch is responded to described box body and whether is arrived assigned address, if arrival and trig driver drive to re-pack stop that box body continues to move ahead, until described pressure case system the inner bottom surface of described box body carried out compacting smooth after again by the reset that re-packs described in described driver drives, remove the stop to described box body.
7. gift box high-energy-rate forming machine as claimed in claim 1, it is characterized in that: described suction box system comprises the first connecting gear, the 3rd driving mechanism and the first sucker group, described first connecting gear is fixed in described frame, described 3rd driving mechanism is arranged on described first connecting gear, described first connecting gear drives described 3rd driving mechanism to move back and forth, described first sucker group is arranged on described 3rd driving mechanism, described 3rd driving mechanism drives and connects described first sucker group, drives described first sucker group to swing up and down;
Described first sucker group, under the effect of described first connecting gear and described 3rd driving mechanism, can move back and forth in the face of the delivery outlet of described storing group system, capture the outer panel of the container board of described delivery outlet.
8. gift box high-energy-rate forming machine as claimed in claim 7, it is characterized in that: described suction box system also comprises the second connecting gear, four-wheel drive mechanism and the second sucker group, described second connecting gear to be fixed in described frame and to be placed in the below of described first connecting gear, be arranged side by side with the first connecting gear, described four-wheel drive organization establishes is on described second connecting gear, described second connecting gear drives described four-wheel drive mechanism to move back and forth, described second sucker group is arranged in described four-wheel drive mechanism, described four-wheel drive mechanism drives and connects described second sucker group, described second sucker group is driven to swing up and down,
Described second sucker group is under the effect of described second connecting gear and described four-wheel drive mechanism, can move back and forth in the face of the delivery outlet of described storing group system, described first sucker group and described second sucker group alternately capture the outer panel of the container board of described delivery outlet.
9. gift box high-energy-rate forming machine as claimed in claim 1, it is characterized in that: described barrier system comprises screw mandrel and circular cone, the liftable delivery outlet top being arranged on described storing group system, the upper end of described screw mandrel, described circular cone is arranged on the lower end of described screw mandrel, and the tip of described circular cone down.
10. gift box high-energy-rate forming machine as claimed in claim 1, it is characterized in that: described gift box high-energy-rate forming machine also comprises the control device for controlling forming machine action, storing group system, described barrier system, described suction box system, described guide box induction system and/or described pressure case system described in described control device control connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420528488.0U CN204036947U (en) | 2014-09-15 | 2014-09-15 | Gift box high-energy-rate forming machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420528488.0U CN204036947U (en) | 2014-09-15 | 2014-09-15 | Gift box high-energy-rate forming machine |
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| CN204036947U true CN204036947U (en) | 2014-12-24 |
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| CN201420528488.0U Expired - Fee Related CN204036947U (en) | 2014-09-15 | 2014-09-15 | Gift box high-energy-rate forming machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104191661A (en) * | 2014-09-15 | 2014-12-10 | 上海宗义自动化设备制造有限公司 | High-speed forming machine for gift boxes |
| CN108656333A (en) * | 2018-05-18 | 2018-10-16 | 佛山市远方通用机械科技有限公司 | A kind of full-automatic distributing method for producing foamed ceramic |
| CN109094102A (en) * | 2018-09-30 | 2018-12-28 | 许昌裕同印刷包装有限公司 | A kind of box embryo point mucilage binding side plate machine |
-
2014
- 2014-09-15 CN CN201420528488.0U patent/CN204036947U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104191661A (en) * | 2014-09-15 | 2014-12-10 | 上海宗义自动化设备制造有限公司 | High-speed forming machine for gift boxes |
| CN104191661B (en) * | 2014-09-15 | 2017-03-22 | 上海宗义自动化设备制造有限公司 | High-speed forming machine for gift boxes |
| CN108656333A (en) * | 2018-05-18 | 2018-10-16 | 佛山市远方通用机械科技有限公司 | A kind of full-automatic distributing method for producing foamed ceramic |
| CN108656333B (en) * | 2018-05-18 | 2020-06-05 | 广东远方通用科技有限公司 | Full-automatic material distribution method for producing foamed ceramics |
| CN109094102A (en) * | 2018-09-30 | 2018-12-28 | 许昌裕同印刷包装有限公司 | A kind of box embryo point mucilage binding side plate machine |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141224 Termination date: 20200915 |
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| CF01 | Termination of patent right due to non-payment of annual fee |