CN204712362U - Intelligence production line - Google Patents
Intelligence production line Download PDFInfo
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- CN204712362U CN204712362U CN201520366998.7U CN201520366998U CN204712362U CN 204712362 U CN204712362 U CN 204712362U CN 201520366998 U CN201520366998 U CN 201520366998U CN 204712362 U CN204712362 U CN 204712362U
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Abstract
A kind of intelligent production line, it comprises injection moulding production area and stockpiling area, also comprise the intelligent carriage of transport, described stockpiling area is positioned at side, injection moulding production area, and be provided with channel connection between injection moulding production area and stockpiling area, each injection molding machine is all furnished with automatic withdrawing mechanism, and stockpiling area is also provided with handling arm, and described passage is provided with graticule; The bottom of described intelligent carriage is provided with the graticule identification mechanism for graticule identification, and the height of intelligent carriage equals the height of automatic withdrawing mechanism discharging opening; Described automatic withdrawing mechanism is provided with signal transmitter structure, and intelligent carriage is provided with the signal acceptance agencies corresponding with signal transmitter structure; Compared with prior art, the utility model has the advantages that automaticity is higher, production efficiency is higher, production cost is lower, recruitment is fewer in number and labor strength is lower.
Description
Technical field
The utility model belongs to intelligent plant technology field, particularly relates to a kind of intelligent production line.
Background technology
At present, the automation injection moulding production line of prior art brings connection by a long transmission, injection machine divides the both sides being listed in conveyer belt, each injection machine is joined a mechanical arm and to be taken product, but the difference of the operating efficiency due to each injection machine, make conveyer belt cannot be put material placing casing or collecting box to collect finished product, then product is directly placed on a moving belt after being taken by mechanical arm, need workman in the end rewinding of conveyer belt, be dispensed in collecting box or material frame, the labour intensity of workman is higher, cannot accomplish that real intellectuality is produced, also need to coordinate the relation between the blowing action of each mechanical arm and conveyer belt action simultaneously, production efficiency can be dragged down by the injection machine that efficiency is minimum, otherwise easily cause product collision or the situation of colliding with conveyer belt mutually on a moving belt, and then cause the damage of product, and the impact of the quantity of rewinding workman on injection molding machine quantity is larger, otherwise when injection molding machine is more, workman cannot rewinding in time, and cause product to gather, and then cause production efficiency lower.Therefore to there is automaticity lower for the automation injection moulding production line of prior art, and production efficiency is lower, the problem that recruitment number is relatively many and labor strength is larger.
Utility model content
The utility model provides for above problem the intelligent production line that a kind of automaticity is higher, production efficiency is higher, recruitment is fewer in number and labor strength is lower.
The utility model overcomes the above problems technical scheme used: provide a kind of intelligent production line with following structure, it comprises injection moulding production area and stockpiling area, also comprise the intelligent carriage of transport, described stockpiling area is positioned at side, injection moulding production area, and be provided with channel connection between injection moulding production area and stockpiling area, described injection moulding production area comprises injection molding machine and pickup arm, injection molding machine is corresponding with pickup arm, described each injection molding machine is all furnished with automatic withdrawing mechanism, described stockpiling area comprises empty van district and FCL district, and stockpiling area is also provided with handling arm, described passage is provided with graticule, described graticule is divided into the winding line of square structure and the guide line of some vertical bar shapeds, the one end in described winding line length direction is positioned at injection moulding production area, the other end in winding line length direction is positioned at stockpiling area, described guide line is at injection moulding production area and automatic withdrawing mechanism one_to_one corresponding, and one end of the guide line of injection moulding production area is positioned at automatic withdrawing mechanism place, and the other end of guide line is all communicated with winding line, described guide line is at least one in the quantity of stockpiling area, and one end of the guide line of stockpiling area is positioned at the handling effective workspace of arm, and the other end of guide line is all communicated with winding line, the bottom of described intelligent carriage is provided with the graticule identification mechanism for graticule identification, and the height of intelligent carriage equals the height of automatic withdrawing mechanism discharging opening, described automatic withdrawing mechanism is provided with signal transmitter structure, and intelligent carriage is provided with the signal acceptance agencies corresponding with signal transmitter structure.
After adopting above structure, compared with prior art, the utility model is owing to being provided with pickup arm, automatic withdrawing mechanism, handling arm and intelligent carriage, then when producing, empty van is moved to the effective work area of pickup arm by automatic withdrawing mechanism, after empty van overabundance of amniotic fluid case, signal transmitter structure on automatic withdrawing mechanism launches trunkful signal, the signal acceptance agencies of intelligent carriage and Received signal strength, intelligent carriage moves at stockpiling area or injection moulding production area the automatic withdrawing mechanism place launching trunkful signal along graticule, then automatic withdrawing mechanism is again by dynamic for the transfer of the chest of trunkful intelligent carriage, this intelligent carriage removes stockpiling area with trunkful subsequently, and other intelligent carriage mends chest with empty van to automatic withdrawing mechanism, after coming stockpiling area with the intelligent carriage of trunkful, the chest filling product takes off and is stackingly placed on pallet by the handling arm of stockpiling area, the workman of follow-up assembly shop only need open fork truck and walk piling the product fork folding a pallet, therefore in whole production process, do not need workman to participate in, workman only needs, by machinery, stacking product is transported to composing room, labour intensity is less, and every platform injection molding machine is all relatively independent, unaffected each other, and injection molding machine quantity is not by the impact of rewinding workman number, make production efficiency higher, production cost significantly reduces.Therefore the utility model has the advantages that automaticity is higher, production efficiency is higher, production cost is lower, recruitment is fewer in number and labor strength is lower.
As improvement, the other end of described guide line is all communicated with two parallel lines in winding line length direction; After then arranging like this, intelligent carriage can select nearest route to arrive destination according to position, also can avoid other intelligent carriage run in the channel fast simultaneously, shorten the time that intelligent carriage transports, and then improve production efficiency of the present utility model.
As further improvement, described automatic withdrawing mechanism comprises frame, the two ends of described frame are respectively equipped with the first hoistable platform and the second hoistable platform, frame between the first described hoistable platform and the second hoistable platform is provided with the first conveying mechanism and second conveyor structure, first conveying mechanism and second conveyor structure distribute up and down in frame, and the first conveying mechanism is parallel with second conveyor structure, the first described hoistable platform, second hoistable platform and intelligent carriage are equipped with feed mechanism, on described intelligent carriage, the height of feed mechanism equals the height of feed mechanism on the first hoistable platform when the first hoistable platform is positioned at lowest part, then such automatic withdrawing mechanism structure is relatively simple, cost is lower, also be convenient to assembling and safeguard, the empty van of a part can be placed again on the first conveying mechanism simultaneously, then when producing, intelligent carriage moves to empty van the automatic withdrawing mechanism place launching trunkful signal, now the first hoistable platform and intelligent carriage are with high, feed mechanism on feed mechanism on intelligent carriage and the first hoistable platform works simultaneously and transfers on the first hoistable platform by the empty van on intelligent carriage, first hoistable platform rises to the first conveying mechanism with high position subsequently, trunkful now on the second hoistable platform has been transferred on second conveyor structure, and the second hoistable platform is got back to the first conveying mechanism with high position, at this moment the feed mechanism on the first hoistable platform, feed mechanism on first conveying mechanism and the second hoistable platform is started working, the empty van being reserved in the first conveying mechanism is transferred on the second hoistable platform, empty van on first hoistable platform then adds on the first conveying mechanism, first hoistable platform reduces with intelligent carriage and second conveyor structure with behind high position subsequently, feed mechanism on first hoistable platform, feed mechanism on feed mechanism on intelligent carriage and the second hoistable platform is started working, trunkful on second conveyor structure is transferred on intelligent carriage, then intelligent carriage moves to stockpiling area, the trunkful of intelligent carriage is taken off at stockpiling area handling arm, and be stacked on pallet, therefore whole process only needs an intelligent carriage can carry out mending to automatic withdrawing mechanism the work of case and transport trunkful, overall operating efficiency can be improved further, and reduce intelligent carriage quantity, therefore production cost of the present utility model can be reduced further.
As improving further, the first described conveying mechanism, second conveyor structure and feed mechanism are feeding roller again, and the first conveying mechanism, second conveyor structure and feed mechanism separately correspondence driving mechanism is set, described driving mechanism is fixed in frame; Then feed roller structure is relatively simple, and is not subject to the impact of foreign matter, and the stability of operation is better, and then can improve stability in use of the present utility model and service life, and reduces maintenance cost.
As improving further, described frame is also provided with material receiving mechanism, described material receiving mechanism is positioned in the frame of the second hoistable platform side again, and the discharging opening of material receiving mechanism is positioned at directly over the second hoistable platform; After then material receiving mechanism is arranged, the equipment on ground or on injection molding machine or mechanism can be avoided, make full use of upper and lower space, make overall volume relatively little, and then make can place more injection molding machine under identical area, thus enhance productivity, reduce production cost.
As improving further, described frame is provided with protection network away from the side of injection molding machine again; After then protection network is arranged, can when some injection molding machine keeps in repair, prevent service worker from touching the automatic withdrawing mechanism of other normal work by mistake, or the situation that clothes or other article are encountered automatic withdrawing mechanism and are involved in by automatic withdrawing mechanism of other normal work, also can prevent tour personnel simultaneously, by the situation that other automatic withdrawing mechanism normally worked is involved in tour process, the security that the utility model is produced is better.
As further improving, described intelligent carriage comprises car body, described feed mechanism is positioned at the upper end of car body, described car body is provided with display screen, action button and shift knob, the inside of car body is provided with controller, and feed mechanism, display screen, action button and shift knob are all electrically connected with controller; Then such structure is relatively simple, be convenient to assembling and safeguard, display screen can show again the current state of intelligent carriage simultaneously, be convenient to tour personnel and understand current situation, to supplement power supply to dolly in time, moreover be convenient to again programming personnel and can programme intuitively, mistake when reducing programming is write, also be convenient to programming personnel and detect original program, make use of the present utility model hommization more.
As preferably, described guide line is three in the quantity of stockpiling area; Then can accelerate the circulation of intelligent carriage, improve production efficiency of the present utility model further.
As preferably, on the position of described handling arm between empty van district and FCL district; Then be convenient to handling arm lift van body, the operating efficiency of handling arm can be improved.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model intelligence production line.
Fig. 2 is the structural representation of the utility model intelligence production line automatic withdrawing mechanism embodiment one.
Fig. 3 is the structural representation of the utility model intelligence production line intelligent carriage.
Fig. 4 is the structural representation of the utility model intelligence production line automatic withdrawing mechanism embodiment two.
As shown in the figure: 1, injection moulding production area, 2, stockpiling area, 2.1, empty van district, 2.2, FCL district, 3, intelligent carriage, 4, passage, 5, injection molding machine, 6, pickup arm, 7, automatic withdrawing mechanism, 8, arm is loaded and unloaded, 9, graticule, 9.1, winding line, 9.2, guide line, 10, frame, the 11, first hoistable platform, the 12, second hoistable platform, 13, the first conveying mechanism, 14, second conveyor structure, 15, feed mechanism, 16, material receiving mechanism, 17, car body, 18, display screen, 19, action button, 20, shift knob.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described further.
Embodiment one
As Fig. 1, shown in Fig. 2 and Fig. 3, a kind of intelligent production line, it comprises injection moulding production area 1 and stockpiling area 2, also comprise the intelligent carriage 3 of transport, described stockpiling area 2 is positioned at side, injection moulding production area 1, and be provided with passage 4 between injection moulding production area 1 with stockpiling area 2 and be communicated with, described injection moulding production area 1 comprises injection molding machine 5 and pickup arm 6, injection molding machine 5 is corresponding with pickup arm 6, described each injection molding machine 5 is all furnished with automatic withdrawing mechanism 7, described stockpiling area 2 comprises empty van district 2.1 and FCL district 2.2, and stockpiling area 2 is also provided with handling arm 8, empty van district 2.1 and FCL district 2.2 are all in effective workspace of handling arm 8, described passage 4 is provided with graticule 9, described graticule 9 is divided into the winding line 9.1 of square structure and the guide line 9.2 of some vertical bar shapeds, one end of described winding line 9.1 length direction is positioned at injection moulding production area 1, the other end of winding line 9.1 length direction is positioned at stockpiling area 2, described guide line 9.2 is at injection moulding production area 1 and automatic withdrawing mechanism 7 one_to_one corresponding, and one end of the guide line 9.2 of injection moulding production area 1 is positioned at automatic withdrawing mechanism 7 place, the other end of guide line 9.2 is all communicated with winding line 9.1, guide line 9.2 and automatic withdrawing mechanism 7 one_to_one corresponding of injection moulding production area 1, described guide line 9.2 is at least one in the quantity of stockpiling area 2, and (this example is three, also can be one, two, four or five etc.), and one end of the guide line 9.2 of stockpiling area 2 is positioned at handling arm 8 effectively workspace, the other end of guide line 9.2 is all communicated with winding line 9.1, the bottom of described intelligent carriage 3 is provided with the graticule identification mechanism identified for graticule 9, graticule identification mechanism is commercially available integrated ccd sensor, intelligent carriage 3 is all move along guide line 9.2 or winding line 9.1, graticule identification mechanism run into guide line 9.2 intersect with winding line 9.1 time, expression can turn to changes on guide line 9.2 or winding line 9.1, and the height of intelligent carriage 3 equals the height of automatic withdrawing mechanism 7 discharging opening, described automatic withdrawing mechanism 7 is provided with signal transmitter structure, intelligent carriage 3 is provided with the signal acceptance agencies corresponding with signal transmitter structure, graticule identification mechanism and signal acceptance agencies are all electrically connected with the controller of car body 17 inside, certain car body 17 inside is provided with powered battery, and car body 17 side is also provided with charging inlet.
The other end of described guide line 9.2 is all communicated with two parallel lines of winding line 9.1 length direction.
Described automatic withdrawing mechanism 7 comprises frame 10, the two ends of described frame 10 are respectively equipped with the first hoistable platform 11 and the second hoistable platform 12, first hoistable platform 11 and the second hoistable platform 12 are all be connected with frame 10 by line slideway, and the first hoistable platform 11 and the second hoistable platform 12 are moved up and down by screw mandrel driving, the stability that screw mandrel drives is better, accuracy is also higher simultaneously, frame 10 between the first described hoistable platform 11 and the second hoistable platform 12 is provided with the first conveying mechanism 13 and second conveyor structure 14, first conveying mechanism 13 distributes in frame 10 up and down with second conveyor structure 14, and the first conveying mechanism 13 is parallel with second conveyor structure 14, the length of general first conveying mechanism 13 can place two empty vans, the first described hoistable platform 11, second hoistable platform 12 and intelligent carriage 3 are equipped with feed mechanism 15, on described intelligent carriage 3, the height of feed mechanism 15 equals the height of feed mechanism 15 on the first hoistable platform 11 when the first hoistable platform 11 is positioned at lowest part, when first hoistable platform 11 is positioned at lowest part, on the first hoistable platform 11, the height of feed mechanism 15 equals the height of second conveyor structure 14.
Described the first conveying mechanism 13, second conveyor structure 14 and feed mechanism 15 are feeding roller, and the respective correspondence of the first conveying mechanism 13, second conveyor structure 14 and feed mechanism 15 arranges driving mechanism, described driving mechanism is fixed in frame 10, and general driving mechanism is commercially available motor.
Described frame 10 is provided with protection network away from the side of injection molding machine 5, and protection network is push-pull structure, so that the maintenance in later stage.
Described intelligent carriage 3 comprises car body 17, described feed mechanism 15 is positioned at the upper end of car body 17, described car body 17 is provided with display screen 18, action button 19 and shift knob 20, the inside of car body 17 is provided with controller, and feed mechanism 15, display screen 18, action button 19 and shift knob 20 are all electrically connected with controller.
Described guide line 9.2 is three in the quantity of stockpiling area 2.First hoistable platform 11, second hoistable platform 12, intelligent carriage 3, first hoistable platform 11 and the second hoistable platform 12 are equipped with the stroke inductor for induction-box body position, the trip inductor is common commercially available stroke inductor, and stroke inductor is electrically connected with respective corresponding driving mechanism respectively.
General injection molding machine 5, pickup arm 6, automatic withdrawing mechanism 7, intelligent carriage 3 and handling arm 8 are equipped with controller and signal receiving/transmission device, so that co-ordination, these controllers and signal receiving/transmission device are commercially available conventional products.
When producing, empty van is moved to the second hoistable platform 12 place by automatic withdrawing mechanism 7, now the second hoistable platform 12 is positioned at highest point, empty van is in pickup arm 6 effectively work area, the injection molding machine 5 of injection moulding production area 1 works, product clip after injection molding machine 5 shaping and demoulding is got in empty van at the second hoistable platform 12 place by pickup arm 6, after empty van overabundance of amniotic fluid case, signal transmitter structure launches trunkful signal, now injection molding machine 5 and pickup arm 6 suspend, the signal acceptance agencies of intelligent carriage 3 and Received signal strength, intelligent carriage 3 is at stockpiling area 2, empty van district 2.1 empty van is placed on intelligent carriage 3 by handling arm 8, then intelligent carriage 3 comes the automatic withdrawing mechanism place launching trunkful signal along graticule 9, in the process, second hoistable platform 12 drops to lowest part with the chest of trunkful, at this moment the feed mechanism 15 of the second hoistable platform 12 and second conveyor structure 14 work, the chest of trunkful is transferred on second conveyor structure 14, highest point got back to by second hoistable platform 12, the feed mechanism 15 of intelligent carriage 3 and the feed mechanism 15 of the first hoistable platform 11 work subsequently, being turned by empty van on intelligent carriage 3 moves on the first hoistable platform 11, then the first hoistable platform 11 rises to the first conveying mechanism 13 with high position, feed mechanism 15 subsequently on the first hoistable platform 11, feed mechanism 15 on first conveying mechanism 13 and the second hoistable platform 12 works simultaneously, empty van on the first hoistable platform 11 is made to transfer on the first conveying mechanism 13, and original empty van is transferred on the second hoistable platform 12 on the first conveying mechanism 13, now injection molding machine 5 and pickup arm 6 can work on, lowest part got back to by first hoistable platform 11 subsequently, then the feed mechanism 15 of intelligent carriage 3, feed mechanism 15 and the second conveyor structure 14 of the first hoistable platform 11 work simultaneously, the chest of trunkful on second conveyor structure 14 is transferred on intelligent carriage 3, intelligent carriage 3 takes trunkful to stockpiling area 2 subsequently, after stockpiling area 2, handling arm 8 chest of trunkful is taken off be placed into FCL district 2.2 pallet on, loading and unloading arm 8 subsequently gets on intelligent carriage 3 by the empty van in empty van district, the workman of follow-up assembly shop only need open fork truck and walk piling the trunkful chest fork folding a pallet.
Embodiment two
As shown in Figure 4, described frame 10 is also provided with material receiving mechanism 16, material receiving mechanism 16 is conveyer belt, described material receiving mechanism 16 is positioned in the frame 10 of the second hoistable platform 12 side, and the discharging opening of material receiving mechanism 16 is positioned at directly over the second hoistable platform 12, material receiving mechanism 16 other end is positioned at pickup arm 6 effectively work area.
On the position of described handling arm 8 between empty van district 2.1 and FCL district 2.2.
When producing, empty van is moved to the second hoistable platform 12 place by automatic withdrawing mechanism 7, now the second hoistable platform 12 is positioned at highest point, now this empty van is just in time below the discharging opening of material receiving mechanism 16, the injection molding machine 5 of injection moulding production area 1 works subsequently, product clip after injection molding machine 5 shaping and demoulding is got on material receiving mechanism 16 by pickup arm 6, product is transported in empty van at the second hoistable platform 12 place by material receiving mechanism 16 again, after empty van overabundance of amniotic fluid case, signal transmitter structure launches trunkful signal, the signal acceptance agencies of intelligent carriage 3 and Received signal strength, intelligent carriage 3 is at stockpiling area 2, empty van district 2.1 empty van is placed on intelligent carriage 3 by handling arm 8, then intelligent carriage 3 comes the automatic withdrawing mechanism place launching trunkful signal along graticule 9, in the process, second hoistable platform 12 drops to lowest part with the chest of trunkful, at this moment the feed mechanism 15 of the second hoistable platform 12 and second conveyor structure 14 work, the chest of trunkful is transferred on second conveyor structure 14, highest point got back to by second hoistable platform 12, the feed mechanism 15 of intelligent carriage 3 and the feed mechanism 15 of the first hoistable platform 11 work subsequently, being turned by empty van on intelligent carriage 3 moves on the first hoistable platform 11, then the first hoistable platform 11 rises to the first conveying mechanism 13 with high position, feed mechanism 15 subsequently on the first hoistable platform 11, feed mechanism 15 on first conveying mechanism 13 and the second hoistable platform 12 works simultaneously, empty van on the first hoistable platform 11 is made to transfer on the first conveying mechanism 13, and original empty van is transferred on the second hoistable platform 12 on the first conveying mechanism 13, now injection molding machine 5 and pickup arm 6 can work on, lowest part got back to by first hoistable platform 11 subsequently, then the feed mechanism 15 of intelligent carriage 3, feed mechanism 15 and the second conveyor structure 14 of the first hoistable platform 11 work simultaneously, the chest of trunkful on second conveyor structure 14 is transferred on intelligent carriage 3, because there being the cushioning effect of material receiving mechanism 16 in the process of above-mentioned operation, injection molding machine 5 and pickup arm 6 is made not to need to suspend, can continuous operation, and then the production efficiency of injection molding machine 5 can be improved, intelligent carriage 3 takes trunkful to stockpiling area 2 subsequently, after stockpiling area 2, handling arm 8 chest of trunkful is taken off be placed into FCL district 2.2 pallet on, loading and unloading arm 8 subsequently gets on intelligent carriage 3 by the empty van in empty van district, the workman of follow-up assembly shop only need open fork truck and walk piling the trunkful chest fork folding a pallet.
Above example is only preferred embodiment of the present utility model, the utility model is not limited only to above embodiment and has also allowed other structure to change, and allly changes in the utility model rights to independence claimed range, all belongs to the utility model protection domain.
Claims (9)
1. an intelligent production line, it comprises injection moulding production area (1) and stockpiling area (2), it is characterized in that: the intelligent carriage (3) also comprising transport, described stockpiling area (2) is positioned at injection moulding production area (1) side, and be provided with passage (4) between injection moulding production area (1) with stockpiling area (2) and be communicated with, described injection moulding production area (1) comprises injection molding machine (5) and pickup arm (6), injection molding machine (5) is corresponding with pickup arm (6), described injection molding machine (5) is all furnished with automatic withdrawing mechanism (7), described stockpiling area (2) comprises empty van district (2.1) and FCL district (2.2), and stockpiling area (2) is also provided with handling arm (8), described passage (4) is provided with graticule (9), described graticule (9) is divided into the winding line (9.1) of square structure and the guide line (9.2) of some vertical bar shapeds, one end of described winding line (9.1) length direction is positioned at injection moulding production area (1), the other end of winding line (9.1) length direction is positioned at stockpiling area (2), described guide line (9.2) is at injection moulding production area (1) and automatic withdrawing mechanism (7) one_to_one corresponding, and one end of the guide line (9.2) of injection moulding production area (1) is positioned at automatic withdrawing mechanism (7) place, the other end of guide line (9.2) is all communicated with winding line (9.1), described guide line (9.2) is at least one in the quantity of stockpiling area (2), and one end of the guide line (9.2) of stockpiling area (2) is positioned at handling arm (8) effectively workspace, the other end of guide line (9.2) is all communicated with winding line (9.1), the bottom of described intelligent carriage (3) is provided with the graticule identification mechanism identified for graticule (9), and the height of intelligent carriage (3) equals the height of automatic withdrawing mechanism (7) discharging opening, described automatic withdrawing mechanism (7) is provided with signal transmitter structure, and intelligent carriage (3) is provided with the signal acceptance agencies corresponding with signal transmitter structure.
2. intelligent production line according to claim 1, is characterized in that: the other end of described guide line (9.2) is all communicated with two parallel lines of winding line (9.1) length direction.
3. intelligent production line according to claim 1, it is characterized in that: described automatic withdrawing mechanism (7) comprises frame (10), the two ends of described frame (10) are respectively equipped with the first hoistable platform (11) and the second hoistable platform (12), frame (10) between described the first hoistable platform (11) and the second hoistable platform (12) is provided with the first conveying mechanism (13) and second conveyor structure (14), first conveying mechanism (13) and second conveyor structure (14) distribute up and down in frame (10), and the first conveying mechanism (13) is parallel with second conveyor structure (14), described the first hoistable platform (11), second hoistable platform (12) and intelligent carriage (3) are equipped with feed mechanism (15), the height of the upper feed mechanism (15) of described intelligent carriage (3) equals the height of the first hoistable platform (11) upper feed mechanism (15) when the first hoistable platform (11) is positioned at lowest part.
4. intelligent production line according to claim 3, it is characterized in that: described the first conveying mechanism (13), second conveyor structure (14) and feed mechanism (15) are feeding roller, and the respective correspondence of the first conveying mechanism (13), second conveyor structure (14) and feed mechanism (15) arranges driving mechanism, described driving mechanism is fixed in frame (10).
5. intelligent production line according to claim 3, it is characterized in that: described frame (10) is also provided with material receiving mechanism (16), described material receiving mechanism (16) is positioned in the frame (10) of the second hoistable platform (12) side, and the discharging opening of material receiving mechanism (16) is positioned at directly over the second hoistable platform (12).
6. intelligent production line according to claim 3, is characterized in that: described frame (10) is provided with protection network away from the side of injection molding machine (5).
7. intelligent production line according to claim 3, it is characterized in that: described intelligent carriage (3) comprises car body (17), described feed mechanism (15) is positioned at the upper end of car body (17), described car body (17) is provided with display screen (18), action button (19) and shift knob (20), the inside of car body (17) is provided with controller, and feed mechanism (15), display screen (18), action button (19) and shift knob (20) are all electrically connected with controller.
8. intelligent production line according to claim 1, is characterized in that: described guide line (9.2) is three in the quantity of stockpiling area (2).
9. intelligent production line according to claim 1, is characterized in that: described handling arm (8) is positioned on the position between empty van district (2.1) and FCL district (2.2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520366998.7U CN204712362U (en) | 2015-05-29 | 2015-05-29 | Intelligence production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520366998.7U CN204712362U (en) | 2015-05-29 | 2015-05-29 | Intelligence production line |
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| CN204712362U true CN204712362U (en) | 2015-10-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520366998.7U Withdrawn - After Issue CN204712362U (en) | 2015-05-29 | 2015-05-29 | Intelligence production line |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104859092A (en) * | 2015-05-29 | 2015-08-26 | 得力集团有限公司 | Intelligent production line |
| CN105397971A (en) * | 2015-11-27 | 2016-03-16 | 李党生 | Skid-mounted integrated injection molding machine |
| CN108327173A (en) * | 2018-03-28 | 2018-07-27 | 得力集团有限公司 | Injection molding machine intelligently changes punch-out equipment |
| CN113665052A (en) * | 2021-08-02 | 2021-11-19 | 东风马勒热系统有限公司 | Automatic injection molding production equipment and method for silicone oil fan |
-
2015
- 2015-05-29 CN CN201520366998.7U patent/CN204712362U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104859092A (en) * | 2015-05-29 | 2015-08-26 | 得力集团有限公司 | Intelligent production line |
| CN105397971A (en) * | 2015-11-27 | 2016-03-16 | 李党生 | Skid-mounted integrated injection molding machine |
| CN108327173A (en) * | 2018-03-28 | 2018-07-27 | 得力集团有限公司 | Injection molding machine intelligently changes punch-out equipment |
| CN113665052A (en) * | 2021-08-02 | 2021-11-19 | 东风马勒热系统有限公司 | Automatic injection molding production equipment and method for silicone oil fan |
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