CN205312068U - Automatic die -cut packaging production line - Google Patents
Automatic die -cut packaging production line Download PDFInfo
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- CN205312068U CN205312068U CN201521130987.5U CN201521130987U CN205312068U CN 205312068 U CN205312068 U CN 205312068U CN 201521130987 U CN201521130987 U CN 201521130987U CN 205312068 U CN205312068 U CN 205312068U
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Abstract
The utility model provides an automatic die -cut packaging production line which characterized in that: including product feed mechanism (1), die -cut press (2), product ration conveying chain (3) and the packing section of thick bamboo carousel mechanism (4) that sets gradually, the head end lining of product ration conveying chain (3) is connected with between chain (312) of two driving chain mechanisms (31) a plurality of flitchs (32) under locating die -cut lower mould (23) of die -cut press (2), be equipped with on every flitch (32) with die -cut press (2) on the confession that corresponds of the product blanking through -hole of die -cut lower mould (23) recess (321) of placing the product, a packing section of thick bamboo carousel mechanism (4) is including a work carousel (41), and work carousel (41) is gone up to correspond dress product station (43) and add and cover station (44) and set up packing section of thick bamboo constant head tank (411) or the hole that supplies to place packing tin (7), dress product station (43) in work carousel (41) with the tail end of product ration conveying chain (3) is corresponding to be located under the tail end of product ration conveying chain (3).
Description
Technical field
This utility model relates to automatic assembly equipment, is specifically related to a kind of automatic cutting packaging production line.
Background technology
Some need the product of die-cut packaging, such as automobile tire tyre patch, the sheet stock that its semi-finished product material is made up of the arrangement of many flake products, then need through press die-cut, reinstall encapsulation in packing tube or packing box after die-cut. Prior art also rests on and utilizes the die-cut encapsulation of then manually counting of press, and production efficiency is low, and cost of labor is high.
Summary of the invention
This utility model purpose is to provide a kind of automatic cutting packaging production line, to realize automatic cutting and the packaging of product.
For reaching above-mentioned purpose, the technical solution adopted in the utility model is: a kind of automatic cutting packaging production line, it is characterised in that: include the product feed mechanism set gradually, die-cut press, weight per unit length carrier chain and packing tube rotating disk mechanism;
Described die-cut press includes servo press mechanism, die-cut upper mould and die-cut counterdie, and described die-cut counterdie offers product blanking through hole;
Described product feed mechanism includes a mechanical arm, for placing product to be punched on the die-cut counterdie of die-cut press;
The head end lining of described weight per unit length carrier chain is located under the die-cut counterdie of die-cut press, described weight per unit length carrier chain includes two driving chain mechanisms, each driving chain mechanism is made up of sheathed one chain closed on two drive sprockets, and described two driving chain mechanisms are arranged in juxtaposition to be driven by driving mechanism and are synchronized with the movement; Being connected to multiple flitch between the chain of two driving chain mechanisms, each flitch is provided with the groove for placement product corresponding with the product blanking through hole of the die-cut counterdie on die-cut press;
Described packing tube rotating disk mechanism includes a working rotary table and the driving device driving working rotary table to rotate, and described working rotary table is horizontally disposed with card, around being circumferentially with dress product station and Capping stations on it;On working rotary table, corresponding dress product station and Capping stations offer for packing tube locating slot or the hole of placing packing tube; Under the dress product station tail end being located at weight per unit length carrier chain corresponding with the tail end of described weight per unit length carrier chain on described working rotary table, and, the dress product station of working rotary table is provided with a funnel, the upper end of funnel connects with the tail end of described weight per unit length carrier chain, and the packing tube in the corresponding packing tube locating slot on the dress product station of working rotary table of the lower port of funnel.
In such scheme, described flitch is put together by the first half plates and the second half plates, and the two ends of described the first half plates and the second half plates are fixing with the chain of two driving chain mechanisms to be connected.
In such scheme, between the chain of described two driving chain mechanisms, it is also associated with bracing piece.
In such scheme, also including a capping mechanism, the Capping stations of this capping mechanism correspondence working rotary table is arranged; Described cylinder capping mechanism includes a cover organization of supply and a Capping operation arm; Described cover organization of supply includes a pile shape cover and places position, it is a mounting plate that this pile shape cover places the base plate of position, one pile cover is positioned over pile shape cover and places on the mounting plate in position, described mounting plate can move at above-below direction, on this mounting plate, effect has a pop-up driving device, pop-up driving device drive mounting plate to do the motion of above-below direction; Described Capping operation arm is arranged between the Capping stations of working rotary table and pile shape cover placement position, this Capping operation arm includes a pedestal, it is fixedly installed a horizontal gird on the base, the line direction of Capping stations and pile shape cover placement position that this horizontal gird is parallel to working rotary table is arranged, this horizontal gird slidably connects a sliding shoe, on described sliding shoe, effect has horizontal drive apparatus, this horizontal drive apparatus drive sliding shoe to do the motion of horizontal direction; Described sliding shoe is provided with a guide-equipped cylinder, the direction of motion of this guide-equipped cylinder is be perpendicular to being vertically arranged of horizontal direction, the actuating rod lower end of guide-equipped cylinder is provided with one and adds a cover pressure head, this cylinder is added a cover pressure head and is included a fixed platen, the bottom surface circumference of this fixed platen is provided with the gland service portion acting on cover, and at the center of fixed platen to having one for drawing the vacuum cup of cover, this vacuum cup is connected with vacuum equipment by the road; Described cylinder is added a cover pressure head and is moved between the rwo corresponding to the Capping stations of described working rotary table and pile shape cover placement position.
In such scheme, also include packing tube feed mechanism; Being additionally provided with packing tube feeding station on described working rotary table, packing tube feed mechanism correspondence packing tube feeding station is arranged; Described packing tube feed mechanism is made up of storage cylinder rotating disk mechanism and Fen Tong mechanism; Described storage cylinder rotating disk mechanism includes a storage cylinder rotating disk, a fixing base plate and drives the storage cylinder driving device of storage cylinder turntable rotation; Described storage cylinder rotating disk is horizontally disposed with card, and fixing base plate lining is located under storage cylinder rotating disk, and storage cylinder rotating disk is relatively fixed base plate rotational support; Described fixing base plate is provided with a doffing through hole, and is correspondingly provided with multiple storage cylinder through hole or groove in storage cylinder rotating disk circumference; When storage cylinder rotating disk rotates, each storage cylinder through hole of storage cylinder rotating disk or groove are alternately relative up and down with the doffing through hole of fixing base plate to be connected; Further, the top of the just corresponding packing tube feeding station being positioned at working rotary table of described doffing through hole;Described Fen Tong mechanism includes at least three and divides cylinder effect wheel and drive point point cylinder driving device that cylinder effect wheel rotates; Described point of cylinder effect wheel is provided with a point cylinder helicla flute, described point of cylinder effect wheel is evenly arranged between the lower port of doffing through hole and the packing tube feeding station of working rotary table around the central axis of described doffing through hole, forming one point of cylinder action space between each point of cylinder effect wheel, the diameter of this point of cylinder action space is less than the external diameter at the nozzle edge of packing tube; Described point of cylinder driving device drives each point of cylinder effect crop rotation synchronous rotary; When a stacked pile packing tube falls through doffing through hole, the nozzle edge of one packing tube of bottom is placed on each point of cylinder effect wheel, after a point cylinder effect wheel rotates, the nozzle edge of this packing tube moves down along a point cylinder helicla flute, thus the packing tube of the separated packing tube feeding station dropping on working rotary table of this packing tube positions in hole or groove.
In such scheme, described packing tube rotating disk mechanism also includes a holder tube end plate, this holder tube end plate maintains static lining and is located under working rotary table, what offer on described working rotary table is for the packing tube locating slot placing packing tube, this packing tube locating slot has notch in the outer rim of working rotary table, and this width of rebate is more than the diameter of packing tube; And the periphery of corresponding working rotary table is provided with one week rib on described holder tube end plate, this rib upwardly extends the notch blocking packing tube locating slot; Further, the place in the circumference of described rib offers blanking fracture, and the side dilapidated walls of this blanking fracture extend one section of oblique boot segment to the inner side of working rotary table; When working rotary table rotates to oblique boot segment place on holder tube end plate with packing tube, packing tube is stopped by oblique boot segment, and diagonally boot segment moves out, and discharges through blanking fracture.
Due to the application of technique scheme, this utility model has the advantage that
This utility model can be automatically performed that the feeding of die-cut press, product be die-cut and quantitative package, and work efficiency is high, stable and reliable in work.
Accompanying drawing explanation
Fig. 1 is this utility model embodiment schematic perspective view one;
Fig. 2 is this utility model embodiment schematic perspective view two;
Fig. 3 is the schematic perspective view of the weight per unit length carrier chain of this utility model embodiment;
Fig. 4 is the schematic perspective view of the cylinder capping mechanism of this utility model embodiment;
Pressure head complete section schematic diagram added a cover by the cylinder that Fig. 5 is the cylinder capping mechanism of this utility model embodiment;
Fig. 6 is the cross-sectional schematic of the packing tube rotating disk mechanism of this utility model embodiment and packing tube feed mechanism;
Fig. 7 is the schematic perspective view of the packing tube rotating disk mechanism of this utility model embodiment and packing tube feed mechanism, eliminates working rotary table in this figure.
In above figure: 1, product feed mechanism; 2, die-cut press; 21, servo press mechanism; 22, die-cut upper mould; 23, die-cut counterdie; 3, weight per unit length carrier chain; 31, driving chain mechanism; 311, drive sprocket; 312, chain; 32, flitch; 321, groove; 322, the first half plates; 323, the second half plates; 33, driving mechanism; 34, bracing piece; 4, packing tube rotating disk mechanism; 41, working rotary table; 411, packing tube locating slot; 42, driving device; 43, dress product station; 431, funnel; 44, Capping stations; 45, packing tube feeding station; 47, holder tube end plate; 471, rib; 4711, blanking fracture; 47111, oblique boot segment; 5, cylinder capping mechanism;51, cover organization of supply; 511, pile shape cover places position; 512, storage lid rotating disk; 513, driving device; 52, Capping operation arm; 521, pedestal; 522, horizontal gird; 523, sliding shoe; 524, horizontal drive apparatus; 525, guide-equipped cylinder; 526, pressure head added a cover by cylinder; 5261, fixed platen; 52611, gland service portion; 5262, vacuum cup; 6, packing tube feed mechanism; 61, storage cylinder rotating disk mechanism; 611, storage cylinder rotating disk; 6111, storage cylinder through hole; 612, fixing base plate; 6121, doffing through hole; 613, storage cylinder driving device; 62, Fen Tong mechanism; 621, cylinder effect is divided to take turns; 622, cylinder driving device is divided; 7, packing tube; 8, cover; 9, product storing rotating disk mechanism to be punched.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is further described:
Embodiment: shown in Fig. 1-7:
A kind of automatic cutting packaging production line, including the product feed mechanism 1 set gradually, die-cut press 2, weight per unit length carrier chain 3, packing tube rotating disk mechanism 4, cylinder capping mechanism 5 and packing tube feed mechanism 6.
Shown in Fig. 1, Fig. 2, described die-cut press 2 includes servo press mechanism 21, die-cut upper mould 22 and die-cut counterdie 23, and described die-cut counterdie 23 offers product blanking through hole.
Shown in Fig. 1, Fig. 2, described product feed mechanism 1 includes a mechanical arm 11, for placing product to be punched on the die-cut counterdie 23 of die-cut press 2.
Shown in Fig. 1, Fig. 2, refer to Fig. 3, the head end lining of described weight per unit length carrier chain 3 is located under the die-cut counterdie 23 of die-cut press 2, described weight per unit length carrier chain 3 includes two driving chain mechanisms 31, each driving chain mechanism 31 is made up of sheathed one chain 312 closed on two drive sprockets 311, and described two driving chain mechanisms 31 are arranged in juxtaposition to be driven by driving mechanism 33 and are synchronized with the movement. Being connected to multiple flitch 32 between the chain 312 of two driving chain mechanisms 31, each flitch 32 is provided with the groove 321 for placement product corresponding with the product blanking through hole of the die-cut counterdie 23 on die-cut press 2. Specifically, flitch 32 is put together by the first half plates 322 and the second half plates 323, and the two ends of described the first half plates 322 and the second half plates 323 are fixing with the chain 312 of two driving chain mechanisms 31 to be connected. And, it is also associated with bracing piece 34 between the chain 312 of two driving chain mechanisms 31.
Shown in Fig. 1, Fig. 2, in conjunction with Fig. 6 and Fig. 7, described packing tube rotating disk mechanism 4 includes a working rotary table 41 and the driving device 42 driving working rotary table 41 to rotate, and described working rotary table 41 is horizontally disposed with card, around being circumferentially with dress product station 43 and Capping stations 44 on it. On working rotary table 41, corresponding dress product station 43 and Capping stations 44 offer for packing tube locating slot 411 or the hole of placing packing tube 7; Under dress product station 43 tail end being located at weight per unit length carrier chain 3 corresponding with the tail end of described weight per unit length carrier chain 3 on described working rotary table 41, and, the dress product station 43 of working rotary table 41 is provided with a funnel 431, the upper end of this funnel 431 connects with the tail end of described weight per unit length carrier chain 3, and the packing tube 7 in the corresponding packing tube locating slot 411 on the dress product station 43 of working rotary table 41 of the lower port of funnel 431.
Referring to Fig. 1, Fig. 2, Fig. 4, the Capping stations 44 of the corresponding working rotary table 41 of described cylinder capping mechanism 5 is arranged. Described cylinder capping mechanism 5 includes cover organization of supply 51 and a Capping operation arm 52.Described cover organization of supply 51 includes a pile shape cover and places position 511, it is a mounting plate that this pile shape cover places the base plate of position 511, one pile cover is positioned over pile shape cover and places on the mounting plate of position 511, described mounting plate can move at above-below direction, on this mounting plate, effect has a pop-up driving device, pop-up driving device drive mounting plate to do the motion of above-below direction. Concrete such as figure, cover organization of supply 51 also includes a storage lid rotating disk 512 and the driving device 513 driving storage lid rotating disk 512 to rotate, described storage lid rotating disk 512 is provided with and takes lid station, storage lid rotating disk is provided with multiple pile shape cover and places position 511, and these pile shape covers placement positions 511 alternately rotate to be positioned at and take on lid station.
Referring to Fig. 1, Fig. 2, Fig. 4, and in conjunction with Fig. 5, described Capping operation arm 52 is arranged at the Capping stations 44 of working rotary table and places between position 511 at the pile shape cover taking lid station, this Capping operation arm 52 includes a pedestal 521, this pedestal 521 is fixedly installed a horizontal gird 522, this horizontal gird 522 is parallel to the Capping stations 44 of working rotary table and takes the line direction setting piling up shape cover placement position 511 of lid station, this horizontal gird 522 slidably connects a sliding shoe 523, on described sliding shoe 523, effect has horizontal drive apparatus 524, sliding shoe 523 is driven to do the motion of horizontal direction by this horizontal drive apparatus 524. described sliding shoe 523 is provided with a guide-equipped cylinder 525, the direction of motion of this guide-equipped cylinder 525 is be perpendicular to being vertically arranged of horizontal direction, the actuating rod lower end of guide-equipped cylinder 525 is provided with one and adds a cover pressure head 526, this cylinder is added a cover pressure head 526 and is included a fixed platen 5261, the bottom surface circumference of this fixed platen 5261 is provided with the gland service portion 52611 acting on cover 8, and at the center of fixed platen 5261 to having one for drawing the vacuum cup 5262 of cover 8, this vacuum cup 526) it is connected with vacuum equipment by the road, described cylinder is added a cover pressure head 526 and corresponding to the Capping stations 44 of described working rotary table and is taken the pile shape cover of lid station and place position 511 and move between the rwo.
Referring to Fig. 1, Fig. 2, referring to Fig. 6 and Fig. 7, described working rotary table 41 is additionally provided with packing tube feeding station 45, the corresponding packing tube feeding station 45 of packing tube feed mechanism 6 is arranged; Described packing tube feed mechanism 6 is by storage cylinder rotating disk mechanism 61 and 62 groups of Fen Tong mechanism. Described storage cylinder rotating disk mechanism 61 includes a fixing base plate 612 of storage cylinder rotating disk 611, one and the storage cylinder driving device 613 driving storage cylinder rotating disk 611 to rotate; Described storage cylinder rotating disk 611 is horizontally disposed with card, and fixing base plate 612 lining is located under storage cylinder rotating disk 611, and storage cylinder rotating disk 611 is relatively fixed base plate 612 rotational support. Described fixing base plate 612 is provided with a doffing through hole 6121, and is correspondingly provided with multiple storage cylinder through hole 6111 or groove in storage cylinder rotating disk 611 circumference; When storage cylinder rotating disk 611 rotates, each storage cylinder through hole 6111 of storage cylinder rotating disk 611 or groove are alternately relative with the doffing through hole about 6121 of fixing base plate 612 to be connected; Further, the described positive correspondence of doffing through hole 6121 is positioned at the top of the packing tube feeding station 45 of working rotary table 41. Described Fen Tong mechanism 62 includes at least three and divides cylinder effect wheel 621 and drive a point point cylinder driving device 622 for cylinder effect wheel 621 rotation; Described point of cylinder effect wheel 621 is provided with a point cylinder helicla flute, described point of cylinder effect wheel 621 is evenly arranged between the lower port of doffing through hole 6121 and the packing tube feeding station 45 of working rotary table around the central axis of described doffing through hole 6121, forming one point of cylinder action space between each point of cylinder effect wheel 621, the diameter of this point of cylinder action space is less than the external diameter at the nozzle edge of packing tube 7;Described point of cylinder driving device 622 drives each point of cylinder effect wheel 621 to make synchronous rotary; When a stacked pile packing tube 7 falls through doffing through hole 6121, the nozzle edge of one packing tube 7 of bottom is placed on each point of cylinder effect wheel 621, after point cylinder effect wheel 621 rotation, the nozzle edge of this packing tube 7 moves down along a point cylinder helicla flute, thus in the packing tube locating slot 411 of the separated packing tube feeding station 45 dropping on working rotary table of this packing tube 7 or hole.
Referring to shown in Fig. 6 and Fig. 7, described packing tube rotating disk mechanism 4 also includes a holder tube end plate 47, this holder tube end plate 47 maintains static lining and is located under working rotary table 41, what offer on described working rotary table 41 is for the packing tube locating slot 411 placing packing tube, this packing tube locating slot 411 has notch in the outer rim of working rotary table 41, and this width of rebate is more than the diameter of packing tube 7. And the periphery of corresponding working rotary table 41 is provided with one week rib 471 on described holder tube end plate 47, this rib 471 upwardly extends the notch blocking packing tube locating slot 411; Further, the place in the circumference of described rib 471 offers blanking fracture 4711, and the side dilapidated walls of this blanking fracture 4711 extend one section of oblique boot segment 47111 to the inner side of working rotary table. When working rotary table 41 rotates to oblique boot segment 47111 place on holder tube end plate 47 with packing tube 7, packing tube 7 is stopped by oblique boot segment 47111, and diagonally boot segment 47111 moves out, and discharges through blanking fracture 4711.
Referring to shown in Fig. 1 and Fig. 2, the present embodiment also includes a product storing rotating disk mechanism 9 to be punched, this product storing rotating disk mechanism 9 to be punched is provided with multiple product rest area to be punched, in order to place numerous products to be punched, for the pickup of the mechanical arm 11 of product feed mechanism 1.
During the present embodiment work, first on product storing rotating disk mechanism 9 to be punched, place product to be punched, each storage cylinder through hole 6111 internal memory at storage cylinder rotating disk mechanism 61 puts the packing tube 7 of shape in a pile, each pile shape cover at cover organization of supply 51 is placed position 511 internal memory and is put the cover 8 of shape in a pile, then start shooting, product to be punched can be sent on the die-cut counterdie 23 of die-cut press 2 by product feed mechanism 1 automatically, die-cut by the action of die-cut press 2, product under die-cut falls within the flitch 32 of the head end of weight per unit length carrier chain 3 under the product blanking through hole of die-cut counterdie 23, then, the flitch 32 of weight per unit length carrier chain 3 shifts to tail end with the product under die-cut, opposite side simultaneously, packing tube feed mechanism 6 feeds individual packaging cylinder in working rotary table 41 packing tube locating slot 411, and working rotary table 41 rotates to an angle, and makes packing tube 41 move on dress product station 43, when the flitch 32 of weight per unit length carrier chain 3 arrives the tail end of weight per unit length carrier chain 3 with the product under die-cut, flitch turns over for 32 times, product fills for 431 times to the packing tube 7 filled on product station 43 through funnel automatically because of gravity, then, working rotary table 41 rotates again, the packing tube 7 installing product is made to move on Capping stations 44, now, the Capping operation arm 52 of cylinder capping mechanism 5 works, place from the pile shape cover taking lid station and position 511 is drawn a cover 8 and moves to packing tube 7, apply pressure again to be covered, finally, working rotary table 41 rotates to an angle again, the packing tube 7 added a cover is made to be stopped by oblique boot segment 47111, so as to diagonally boot segment 47111 moves out, discharge through blanking fracture 4711.
The present embodiment has been automatically finished that product feeding, product be die-cut and quantitative package, and work efficiency is high, stable and reliable in work.
Above-described embodiment only for technology of the present utility model design and feature are described, its object is to allow person skilled in the art will appreciate that content of the present utility model and to implement according to this, can not limit protection domain of the present utility model with this. All equivalences made according to this utility model spirit change or modify, and all should be encompassed within protection domain of the present utility model.
Claims (6)
1. an automatic cutting packaging production line, it is characterised in that: include the product feed mechanism (1) set gradually, die-cut press (2), weight per unit length carrier chain (3) and packing tube rotating disk mechanism (4);
Described die-cut press (2) includes servo press mechanism (21), die-cut upper mould (22) and die-cut counterdie (23), and described die-cut counterdie (23) offers product blanking through hole;
Described product feed mechanism (1) includes a mechanical arm (11), for placing product to be punched to the die-cut counterdie (23) of die-cut press (2) is upper;
The head end lining of described weight per unit length carrier chain (3) is located under the die-cut counterdie (23) of die-cut press (2), described weight per unit length carrier chain (3) includes two driving chain mechanisms (31), each driving chain mechanism (31) is made up of upper sheathed one chain (312) closed of two drive sprockets (311), and described two driving chain mechanisms (31) are arranged in juxtaposition to be driven by driving mechanism (33) and are synchronized with the movement; Being connected to multiple flitch (32) between the chain (312) of two driving chain mechanisms (31), each flitch (32) is provided with the groove (321) for placement product corresponding with the product blanking through hole of the die-cut counterdie (23) on die-cut press (2);
Described packing tube rotating disk mechanism (4) includes a working rotary table (41) and the driving device (42) driving working rotary table (41) to rotate, described working rotary table (41) is horizontally disposed with card, around being circumferentially with dress product station (43) and Capping stations (44) on it; Upper correspondence dress product station (43) of working rotary table (41) and Capping stations (44) offer for packing tube locating slot (411) or the hole of placing packing tube (7); Under dress product station (43) on described working rotary table (41) tail end being located at weight per unit length carrier chain (3) corresponding with the tail end of described weight per unit length carrier chain (3), and, dress product station (43) of working rotary table (41) is provided with a funnel (431), the upper end of this funnel (431) connects with the tail end of described weight per unit length carrier chain (3), and the lower port of funnel (431) is corresponding to the packing tube (7) in the packing tube locating slot (411) on dress product station (43) of working rotary table (41).
2. automatic cutting packaging production line according to claim 1, it is characterized in that: described flitch (32) is put together by the first half plates (322) and the second half plates (323), the two ends of described the first half plates (322) and the second half plates (323) are fixing with the chain (312) of two driving chain mechanisms (31) to be connected.
3. automatic cutting packaging production line according to claim 1, it is characterised in that: it is also associated with bracing piece (34) between the chain (312) of described two driving chain mechanisms (31).
4. automatic cutting packaging production line according to claim 1, it is characterised in that: also including a capping mechanism (5), the Capping stations (44) of the corresponding working rotary table (41) of this capping mechanism (5) is arranged;Described cylinder capping mechanism (5) includes a cover organization of supply (51) and a Capping operation arm (52), described cover organization of supply (51) includes a pile shape cover and places position (511), it is a mounting plate that this pile shape cover places the base plate of position (511), one pile cover is positioned over pile shape cover and places on the mounting plate in position (511), described mounting plate can move at above-below direction, on this mounting plate, effect has a pop-up driving device, pop-up driving device drive mounting plate to do the motion of above-below direction, described Capping operation arm (52) is arranged between the Capping stations (44) of working rotary table and pile shape cover placement position (511), this Capping operation arm (52) includes a pedestal (521), this pedestal (521) is fixedly installed a horizontal gird (522), the line direction of Capping stations (44) and pile shape cover placement position (511) that this horizontal gird (522) is parallel to working rotary table is arranged, this horizontal gird (522) slidably connects a sliding shoe (523), the upper effect of described sliding shoe (523) has horizontal drive apparatus (524), sliding shoe (523) is driven to do the motion of horizontal direction by this horizontal drive apparatus (524), described sliding shoe (523) is provided with a guide-equipped cylinder (525), the direction of motion of this guide-equipped cylinder (525) is be perpendicular to being vertically arranged of horizontal direction, the actuating rod lower end of guide-equipped cylinder (525) is provided with one and adds a cover pressure head (526), this cylinder is added a cover pressure head (526) and is included a fixed platen (5261), the bottom surface circumference of this fixed platen (5261) is provided with the gland service portion (52611) acting on cover (8), and at the center of fixed platen (5261) to having one for drawing the vacuum cup (5262) of cover (8), this vacuum cup (5262) is connected with vacuum equipment by the road, described cylinder is added a cover pressure head (526) and is moved between the rwo corresponding to the Capping stations (44) of described working rotary table and pile shape cover placement position (511).
5. automatic cutting packaging production line according to claim 1, it is characterised in that: also include packing tube feed mechanism (6); Being additionally provided with packing tube feeding station (45) on described working rotary table (41), the corresponding packing tube feeding station (45) of packing tube feed mechanism (6) is arranged; Described packing tube feed mechanism (6) is made up of storage cylinder rotating disk mechanism (61) and Fen Tong mechanism (62); Described storage cylinder rotating disk mechanism (61) includes a storage cylinder rotating disk (611), a fixing base plate (612) and the storage cylinder driving device (613) driving storage cylinder rotating disk (611) to rotate; Described storage cylinder rotating disk (611) is horizontally disposed with card, and fixing base plate (612) lining is located under storage cylinder rotating disk (611), and storage cylinder rotating disk (611) is relatively fixed base plate (612) rotational support; Described fixing base plate (612) is provided with a doffing through hole (6121), and is correspondingly provided with multiple storage cylinder through hole (6111) or groove in storage cylinder rotating disk (611) circumference; When storage cylinder rotating disk (611) rotates, each storage cylinder through hole (6111) of storage cylinder rotating disk (611) or groove are alternately relative up and down with the doffing through hole (6121) of fixing base plate (612) to be connected; Further, the positive correspondence of described doffing through hole (6121) is positioned at the top of the packing tube feeding station (45) of working rotary table (41); Described Fen Tong mechanism (62) includes at least three and divides cylinder effect wheel (621) and point cylinder driving device (622) driving point cylinder effect wheel (621) to rotate;Described point of cylinder effect wheel (621) is provided with a point cylinder helicla flute, described point of cylinder effect wheel (621) is evenly arranged between the lower port of doffing through hole (6121) and the packing tube feeding station (45) of working rotary table around the central axis of described doffing through hole (6121), forming one point of cylinder action space between each point of cylinder effect wheel (621), the diameter of this point of cylinder action space is less than the external diameter at the nozzle edge of packing tube (7); Described point of cylinder driving device (622) drives each point of cylinder effect wheel (621) to make synchronous rotary; When stacked pile packing tube (7) falls through doffing through hole (6121), the nozzle edge of one packing tube (7) of bottom is placed on each point of cylinder effect wheel (621), after point cylinder effect wheel (621) rotates, the nozzle edge of this packing tube (7) moves down along a point cylinder helicla flute, thus in the packing tube locating slot (411) of the separated packing tube feeding station (45) dropping on working rotary table of this packing tube (7) or hole.
6. automatic cutting packaging production line according to claim 1, it is characterized in that: described packing tube rotating disk mechanism (4) also includes a holder tube end plate (47), this holder tube end plate (47) maintains static lining and is located under working rotary table (41), what offer on described working rotary table (41) is for the packing tube locating slot (411) placing packing tube, this packing tube locating slot (411) has notch in the outer rim of working rotary table (41), and this width of rebate is more than the diameter of packing tube (7); And the periphery of the upper corresponding working rotary table (41) of described holder tube end plate (47) is provided with one week rib (471), this rib (471) upwardly extends the notch blocking packing tube locating slot (411); Further, the place in the circumference of described rib (471) offers blanking fracture (4711), and the side dilapidated walls of this blanking fracture (4711) extend one section of oblique boot segment (47111) to the inner side of working rotary table; When working rotary table (41) with packing tube (7) at the upper rotation of holder tube end plate (47) extremely oblique boot segment (47111) place, packing tube (7) is stopped by oblique boot segment (47111), diagonally boot segment (47111) moves out, and discharges through blanking fracture (4711).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521130987.5U CN205312068U (en) | 2015-12-30 | 2015-12-30 | Automatic die -cut packaging production line |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521130987.5U CN205312068U (en) | 2015-12-30 | 2015-12-30 | Automatic die -cut packaging production line |
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| CN205312068U true CN205312068U (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201521130987.5U Withdrawn - After Issue CN205312068U (en) | 2015-12-30 | 2015-12-30 | Automatic die -cut packaging production line |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105460311A (en) * | 2015-12-30 | 2016-04-06 | 苏州通锦精密工业有限公司 | Automatic punching and packaging production line |
| CN106426762A (en) * | 2016-11-29 | 2017-02-22 | 延康汽车零部件如皋有限公司 | Packaging system for automobile word plate post-processing |
-
2015
- 2015-12-30 CN CN201521130987.5U patent/CN205312068U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105460311A (en) * | 2015-12-30 | 2016-04-06 | 苏州通锦精密工业有限公司 | Automatic punching and packaging production line |
| CN105460311B (en) * | 2015-12-30 | 2018-02-09 | 苏州通锦精密工业股份有限公司 | Automatic cutting packaging production line |
| CN106426762A (en) * | 2016-11-29 | 2017-02-22 | 延康汽车零部件如皋有限公司 | Packaging system for automobile word plate post-processing |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: High tech Zone in Suzhou city of Jiangsu Province Jin Yan Road 215129 No. 8 Patentee after: Suzhou Tongjin precision industry Limited by Share Ltd Address before: 1 workshop No. 215129, Shishan industrial corridor, 89 Songshan Road, hi tech Zone, Jiangsu, Suzhou Patentee before: Suzhou Tongjin Precision Industry Co., Ltd. |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160615 Effective date of abandoning: 20180209 |