CN103949067B - All-automatic toy production system - Google Patents
All-automatic toy production system Download PDFInfo
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- CN103949067B CN103949067B CN201410160649.XA CN201410160649A CN103949067B CN 103949067 B CN103949067 B CN 103949067B CN 201410160649 A CN201410160649 A CN 201410160649A CN 103949067 B CN103949067 B CN 103949067B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/40—Protecting water resources
- Y02A20/402—River restoration
Abstract
The present invention discloses a kind of all-automatic toy production system, comprise injection mo(u)lding production line, paint line and assembly line, described all-automatic toy production system is divided into ground floor, the second layer and third layer from top to bottom vertically, described injection mo(u)lding production line is arranged at described ground floor, described paint line arranges third layer, and described assembly line is arranged at the described second layer; Described ground floor and the described second layer and be respectively equipped with lifting mechanism between described ground floor and described third layer; Be provided with the first descending mechanism between described third layer and the described second layer, described first descending mechanism is positioned at the both sides of described lifting mechanism; Be provided with the second descending mechanism between the described second layer and described ground floor, described second descending mechanism is between described first descending mechanism and described lifting mechanism.All-automatic toy production system of the present invention focus mould, application and be assembled into one, automaticity is high, the space matching of equipment is good, effectively utilizes production space.
Description
Technical field
The present invention relates to a kind of toy production line, particularly relate to that a kind of variorum is moulded, application and be assembled into one, automaticity is high, the space matching of equipment is good, effectively utilizes the all-automatic toy production system in production space.
Background technology
Now toy is commercially generally by by parts injection mo(u)lding, and then carries out application to parts, then is carried out being assembled into finished product by the parts after application, finally by steps such as each finished product packings.Because above-mentioned steps also comprises multiple sub-step, production process is very complicated, therefore, traditional toy production system is generally divided into multiple independently production line by above-mentioned, after every bar production line completes each parts machining, then assemble by manually each parts being concentrated in assembly line.But the above-mentioned this mode of production has following deficiency: first each independently production line length takies a large amount of floor area compared with conference; Be by each parts of hand haulage between second each bar production line, labour intensity is large, and production efficiency is low; Therefore, the existing this toy mode of production can not meet the demand of production.
Summary of the invention
The object of the present invention is to provide that a kind of variorum is moulded, application and be assembled into one, automaticity is high, the space matching of equipment is good, effectively utilizes the all-automatic toy production system in production space.
To achieve these goals, all-automatic toy production system provided by the invention comprises injection mo(u)lding production line, paint line and assembly line, described all-automatic toy production system is divided into ground floor, the second layer and third layer from top to bottom vertically, described injection mo(u)lding production line is arranged at described ground floor, described paint line is arranged at described third layer, and described assembly line is arranged at the described second layer; Described ground floor and the described second layer and between described ground floor and described third layer, be respectively equipped with lifting mechanism workpiece being transported to respectively described assembly line and described paint line from described injection mo(u)lding production line; Be provided with the first descending mechanism workpiece being transported to described assembly line from described paint line between described third layer and the described second layer, described first descending mechanism is positioned at the both sides of described lifting mechanism; Be provided with the second descending mechanism tray for work pieces being transmitted back to injection mo(u)lding production line from described assembly line between the described second layer and described ground floor, described second descending mechanism is between described first descending mechanism and described lifting mechanism.
Compared with prior art, because the present invention is by being divided into ground floor, the second layer and third layer vertically from top to bottom by described all-automatic toy production system, and injection mo(u)lding production line is set on the first layer, the described second layer arranges assembly line, described third layer arranges paint line; Pass through at described ground floor and the described second layer again and between described ground floor and described third layer, lifting mechanism be set respectively, first descending mechanism is set between described third layer and the described second layer, the second descending mechanism is set between the described second layer and described ground floor; Therefore, the present invention is after described injection mo(u)lding production line produces the parts of toy, can be transported in described paint line by described lifting mechanism and carry out application, and application can be transported in assembly line by described first descending mechanism after completing and assemble in described paint line, in addition, by described second descending mechanism, the empty pallet after having assembled can also be transported to ground floor, hold for the part after injection mo(u)lding and be transported to the second layer; Therefore, the present invention can focus mould, application and being assembled into one, from raw material to finished product, each step is produced separatedly, is independent of each other, and can combine again and assemble, and whole process moves in circles, and do not need the intervention of labor, automaticity is high; In addition, because whole system is divided into three-decker, effectively make use of sheaf space, therefore, effectively utilize production space, reduce land occupation area.
Preferably, described injection mo(u)lding production line comprises feeder sleeve, workpiece transfer device, the first empty pallet return conveyer belt and some injection moulding machines; Described injection moulding machine is that two rows are symmetrical arranged; Described feeder sleeve to be arranged between the described injection moulding machine of two rows and to be communicated with the charging aperture of described injection moulding machine; Described workpiece transfer device to be arranged between the described injection moulding machine of two rows and to have multiple branch extending to each injection moulding machine, shift workpiece by manipulator between described branch and described injection moulding machine, described workpiece transfer device is connected with described lifting mechanism; Described first empty pallet returns conveyer belt and to be arranged between the described injection moulding machine of two rows and to be connected with described second descending mechanism and described workpiece transfer device respectively.By described injection moulding machine is arranged to two rows, described feeder sleeve, workpiece transfer device are arranged between it, can the quantity of simplified apparatus, compression production space.
Particularly, described injection mo(u)lding production line also comprises the mouth of a river and reclaims conveyer belt, and the described mouth of a river is reclaimed conveyer belt and is arranged between the described injection moulding machine of two rows, and is connected with described injection moulding machine.The described mouth of a river is reclaimed conveyer belt to be arranged between the described injection moulding machine of two rows all described injection moulding machines can be made jointly to use a conveyer belt, reduce the quantity of equipment and improve the utilization rate of equipment.
Preferably, described paint line comprises application conveyer belt, some automatic spray apparatus and some automatic printer devices, described application conveyer belt is around the U-shaped structure of formation, described application conveyer belt sets gradually described automatic spray apparatus and described automatic printer device along throughput direction, described automatic spray apparatus is positioned at one side of U-shaped structure, described automatic printer device is positioned at the another side of U-shaped structure, one end of described application conveyer belt is connected with described lifting mechanism, and the other end is connected with described first descending mechanism.Because described first descending mechanism is positioned at the both sides of described lifting mechanism, therefore, described application conveyer belt is set as U-shaped structure, can be connected with described lifting mechanism and the first descending mechanism on the one hand, the longitudinal length reducing described application conveyer belt can be made on the other hand, the length of reduction workshop.
Particularly, described automatic spray apparatus comprises spray booth, turntable robot and the first turntable platform, described first turntable platform is arranged at the side of described application conveyer belt, be provided with between described first turntable platform and described application conveyer belt to changing of workpieces to transfer, described turntable robot is arranged between described first turntable platform and described spray booth.Due to described application conveyer belt operationally continuous conveying workpieces, therefore, by utilizing described first turntable platform, workpiece is shifted, described spray booth can be moved to, so neither affect application conveyer belt and send part to other equipment, workpiece can be made again to realize spraying, and can will workpiece transfer to described application conveyer belt be seen off by application conveyer belt again after spraying completes.
More specifically, described spray booth comprises room body, rotating mechanism and spray gun, described workpiece is loaded on described rotating mechanism, described room body inner circumferential is provided with Shang Jian district, spraying area and clear area successively, described rotating mechanism to be arranged in the body of described room and described workpiece can be driven through described Shang Jian district, spraying area and clear area, and described spray gun is arranged in described spraying area Workpiece painting.
More specifically, described first turntable platform is provided with dryer, checkout gear and retracting device successively, described first turntable platform drives described workpiece successively by dryer, checkout gear and retracting device.
Particularly, described automatic printer device comprises pad printing machine and the second turntable platform, described second turntable platform is arranged at the side of described application conveyer belt, the input of described pad printing machine is connected with one end of described second turntable platform, and the output of described pad printing machine is connected with the other end of described second turntable platform.Described second turntable platform can by workpiece from described application conveyer belt turn move to self conveyer belt, like this can described in not overslaugh when application conveyer belt continuation conveying workpieces, described pad printing machine is facilitated to carry out bat printing to workpiece, effectively ensure that described application conveyer belt and described pad printing machine independent operating, non-interference.
Preferably, described assembly line comprises assembling conveyer belt, the second empty pallet and returns conveyer belt, product conveying belt, apparatus for assembling, packing apparatus and some 3rd turntable platforms; One end of described assembling conveyer belt is connected with described lifting mechanism and the first descending mechanism respectively, and the other end is connected with described 3rd turntable platform respectively; Described 3rd turntable platform is connected with described apparatus for assembling; Described packing apparatus is connected with described apparatus for assembling, and described apparatus for assembling is that two rows are arranged; One end that described second empty pallet returns conveyer belt is connected with described 3rd turntable platform, and the other end is connected with described second descending mechanism; Described product conveying belt to be arranged between the described apparatus for assembling of two rows and to be connected with the output of each described packing apparatus respectively.
Particularly, be also provided with the 3rd descending mechanism between the described second layer and described ground floor, described 3rd descending mechanism is connected with the output of described product conveying belt.Finished product after packing can be transported to described ground floor by described 3rd descending mechanism, is transported at described ground floor to facilitate.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of all-automatic toy production system of the present invention.
Fig. 2 is the structural representation of ground floor described in all-automatic toy production system of the present invention.
Fig. 3 is the structural representation of the second layer described in all-automatic toy production system of the present invention.
Fig. 4 is the structural representation of third layer described in all-automatic toy production system of the present invention.
Fig. 5 is the structural representation of automatic spray apparatus in all-automatic toy production system of the present invention.
Fig. 6 is the structural representation of automatic printer device in all-automatic toy production system of the present invention.
Fig. 7 is the structural representation of assembly line in all-automatic toy production system of the present invention.
Detailed description of the invention
For describing technology contents of the present invention, structural feature, the effect that realizes in detail, accompanying drawing is coordinated to be explained in detail below in conjunction with embodiment.
As shown in Figures 1 to 4, all-automatic toy production system 100 of the present invention comprises injection mo(u)lding production line 1, assembly line 2 and paint line 3, all-automatic toy production system 100 is divided into ground floor 101, the second layer 102 and third layer 103 from top to bottom vertically, injection mo(u)lding production line 1 is arranged at ground floor 101, paint line 3 is arranged at third layer 103, and assembly line 2 is arranged at the second layer 102; Ground floor 101 and the second layer 102 and between ground floor 101 and third layer 103, be respectively equipped with the lifting mechanism 4 workpiece being transported to respectively assembly line 2 and paint line 3 from the raw line 1 of injection mo(u)lding; Lifting mechanism 4 quantity is two; The first descending mechanism 5 workpiece being transported to assembly line 2 from paint line 3 is provided with between third layer 103 and the second layer 102, the quantity of the first descending mechanism 5 is two, two lifting mechanisms 4 are positioned at centre, and two first down machine 5 structures lay respectively at the both sides of two lifting mechanisms 4; The second descending mechanism 6 tray for work pieces being transmitted back to injection mo(u)lding production line 1 from assembly line 2 is provided with between the second layer 102 and ground floor 101, the quantity of the second descending mechanism 6 is two, and two second descending mechanisms 6 lay respectively between the first descending mechanism 5 and lifting mechanism 4.
As shown in Figures 1 and 2, injection mo(u)lding production line 1 comprises some injection moulding machines 11, feeder sleeve 12, workpiece transfer device 13, first empty pallet returns conveyer belt 14 and conveyer belt 15 is reclaimed at the mouth of a river; Injection moulding machine 11 is symmetrical arranged in two rows; Feeder sleeve 12 to be arranged between two row's injection moulding machines 11 and to be communicated with the charging aperture of injection moulding machine 11, and feeder sleeve 12 to the charging aperture Automatic-feeding of injection moulding machine 11, can go out workpiece to make injection moulding machine 11 constantly injection mo(u)lding.Workpiece transfer device 13 is arranged between two row's injection moulding machines 11 and quantity is two, and each workpiece transfer device 13 has multiple branch 131 extending to each injection moulding machine, shifts workpiece between branch 131 and injection moulding machine 11 by manipulator; After workpiece produced by injection moulding machine 11, be moved out in branch 131 by manipulator by workpiece, workpiece is transported on workpiece transfer device 13 by branch 131; Two workpiece transfer devices 13 are connected with two lifting mechanisms 4 respectively; Workpiece can be delivered to lifting mechanism 4 by workpiece transfer device 13, and is sent to the second layer 102 by lifting mechanism 4.The quantity that first empty pallet returns conveyer belt 14 is two, and each first empty pallet returns conveyer belt 14 and is arranged between injection moulding machine 11 and workpiece transfer device 13; Two first empty pallets return conveyer belt 14 and are connected with the second descending mechanism 6 and workpiece transfer device 13 respectively, particularly, first empty pallet returns conveyer belt 14 and is connected with branch 131, by by palletized transport in branch 131, workpiece can be made effectively to bear on pallet, thus facilitate workpiece transfer device 13 to transport.The mouth of a river is reclaimed conveyer belt 15 and is arranged between two row's injection moulding machines 11, and is connected with injection moulding machine 11.By injection moulding machine 11 is arranged to two rows, feeder sleeve 12, workpiece transfer device 13 and the mouth of a river reclaim conveyer belt 15 and are arranged between it, can the quantity of simplified apparatus, and compression production space, improves the utilization rate of equipment.
Refer to as Fig. 1 and Fig. 4, paint line 3 comprises application conveyer belt 31, multiple automatic spray apparatus 32 and multiple automatic printer device 33, the quantity of application conveyer belt 31 is two and respectively around the U-shaped structure of formation, application conveyer belt 31 sets gradually multiple automatic spray apparatus 32 and multiple automatic printer device 33 along throughput direction.Particularly, automatic spray apparatus 32 is positioned at one side of U-shaped structure, automatic printer device 33 position is in the another side of U-shaped structure, one end of application conveyer belt 31 is connected with lifting mechanism 4, to facilitate workpiece to transfer to application conveyer belt 31 from lifting mechanism 4, the other end of application conveyer belt 31 is connected with the first descending mechanism 5.Because the first descending mechanism 5 is positioned at the side of lifting mechanism 4, therefore, application conveyer belt 31 is set as U-shaped structure, can be connected with lifting mechanism 4 and the first descending mechanism 5 on the one hand, the longitudinal length reducing application conveyer belt 31 can be made on the other hand, the length of reduction workshop.
Refer to Fig. 4 and 5 again, particularly, automatic spray apparatus 32 comprises spray booth 321, turntable robot 322 and the first turntable platform 323, first turntable platform 323 is arranged at the side of application conveyer belt 31, be provided with between first turntable platform 323 and application conveyer belt 31 to changing of workpieces to transfer 324, when workpiece movable is to the first turntable platform 323, utilize transfer 324 can transfer to the first turntable platform 323 from application conveyer belt 31 by workpiece; Turntable robot 322 is arranged between the first turntable platform 323 and spray booth 321, the workpiece do not sprayed can be transferred to spraying in spray booth 321 from the first turntable platform 323 by turntable robot 322, and the workpiece sprayed is transferred to the first turntable platform 323 from spray booth 321, first turntable platform 323 has the belt in the direction of moving along application conveyer belt 31, utilize belt can by the workpiece movable that the sprayed end to the first turntable platform 323, and the changing of workpieces sprayed move on application conveyer belt 31 by transfer 324 set by end again.Due to application conveyer belt 31 operationally continuous conveying workpieces, therefore, shift by utilizing the first turntable platform 323 pairs of workpiece, spray booth 321 can be moved to, so neither affect application conveyer belt and send part to other equipment, workpiece can be made again to realize spraying, and can will workpiece transfer to application conveyer belt 31 be seen off by application conveyer belt 31 again after spraying completes.
Again as shown in Figure 5, more specifically, spray booth 321 comprises room body 321a, rotating mechanism 321b and spray gun (not shown), workpiece is loaded on rotating mechanism 321b, room body inner circumferential is provided with Shang Jian district 321a1, spraying area 321a2 and clear area 321a3 successively, rotating mechanism 321b to be arranged in the body 321a of room and workpiece can be driven through Shang Jian district 321a1, spraying area 321a2 and clear area 321a3, and spray gun is arranged in spraying area 321a2 Workpiece painting.
Again as shown in Figure 5, more specifically, first turntable platform 323 is provided with successively dryer 323a, checkout gear 323b and retracting device 323c, the first turntable platform 323 drives the workpiece sprayed to be undertaken drying, detect and filter out the underproof workpiece of spraying by dryer 323a, checkout gear 323b and retracting device 323c successively.
Refer to the automatic printer device 33 of Fig. 4 and Fig. 6 again and comprise the side that pad printing machine 331 and the second turntable platform 332, second turntable platform 332 are arranged at application conveyer belt 31.The input of pad printing machine 331 is connected with one end of the second turntable platform 332, and the output of pad printing machine 331 is connected with the other end of the second turntable platform 332.Workpiece can move to the conveyer belt of self from application conveyer belt 31 turns by the second turntable platform 332, like this can when not overslaugh application conveyer belt 31 continues conveying workpieces, pad printing machine 331 pairs of workpiece are facilitated to carry out bat printing, effectively ensure that application conveyer belt 31 and pad printing machine 331 independent operating, non-interference.Structure and the principle of the second turntable platform 332 and the first turntable platform 323 are identical, in this no longer repeated description
Shown in Fig. 3 and Fig. 7, assembly line 2 comprises assembling conveyer belt 21, second empty pallet and returns conveyer belt 22, product conveying belt 23, multiple 3rd turntable platform 24, apparatus for assembling 25 and packing apparatus 26; Apparatus for assembling 25 is arranged in two rows; One end of assembling conveyer belt 21 is connected with lifting mechanism 4 and the first descending mechanism 5 respectively, and the other end is connected with the 3rd turntable platform 24 respectively by transfer 27; Workpiece is transported to assembling conveyer belt 21, first descending mechanism 5 and the workpiece after application is transported to assembling conveyer belt 21 by lifting mechanism 4.3rd turntable platform 24 is connected with apparatus for assembling 25; Workpiece after not needing the workpiece of application and application is transported on each the 3rd turntable platform 24 by assembling conveyer belt 21 respectively, 3rd turntable platform 24 is connected by manipulator 28 with between apparatus for assembling 25, manipulator 28 is by the workpiece transfer on the 3rd turntable platform 24 on apparatus for assembling 25, and each different parts are carried out the qualified toy of assembling formation finished product by apparatus for assembling 25.Packing apparatus 26 is connected with apparatus for assembling 25, and finished product is transported to packing apparatus 26 by manipulator after having assembled by apparatus for assembling 25, is packed by packing apparatus 26.One end that second empty pallet returns conveyer belt 22 is connected with the output of the 3rd turntable platform 24, and the other end is connected with the second descending mechanism 6; Empty pallet is transported to the second empty pallet and returns conveyer belt 22 by the 3rd turntable platform 24, returns conveyer belt 22 and the second descending mechanism 6 empty pallet is transmitted back to the first empty pallet being in ground floor 101 returns conveyer belt 14 by the second empty pallet.Product conveying belt 23 to be arranged between two row's apparatus for assembling 25 and to be connected respectively by the output of manipulator with each packing apparatus 26.Also be provided with the 3rd descending mechanism the 7, three descending mechanism 7 between the second layer 102 and ground floor 101 to be connected with the output of product conveying belt 23.Finished product after packing can be transported to ground floor 101 by the 3rd descending mechanism 7, is transported by finished product at ground floor 101 to facilitate.
Comprehensively above-mentioned and by reference to the accompanying drawings, below the workflow of all-automatic toy production system 100 of the present invention is described as follows:
During production, feeder sleeve 12 pairs of injection moulding machines 11 carry out feed, injection moulding machine 11 injection mo(u)lding goes out each parts of toy, then each parts are carried on the empty pallet of workpiece transfer device 13, and carried to the second layer 102 and third layer 103 by workpiece transfer device 13 and lifting mechanism 4, when some parts does not need to carry out application, lifting mechanism 4 is transported to the second layer 102 for assembling, when some parts needs to carry out application, lifting mechanism 4 is transported to third layer 103.
After needing the workpiece of spraying to be transported to third layer 103, workpiece drives the first turntable platform 323 other by application conveyer belt 31, workpiece shifts dynamic first turntable platform 323 from application conveyer belt 31 by transfer 324, then by manipulator, workpiece is transferred to spraying in spray booth 321 from the first turntable platform 323; Meanwhile, the workpiece sprayed in spray booth 321 is positioned in the first turntable platform 323 by manipulator, the workpiece sprayed is driven its end by the first turntable platform 323, in the process, the workpiece sprayed through drying, detecting and screen the step of substandard product, then is moved back into application conveyer belt 31 from the first turntable platform 323 by transfer 324 by workpiece.Workpiece continues to take on the second turntable platform 332 by application conveyer belt 31, by the second turntable platform 332 and manipulator, workpiece enters into pad printing machine 331 and carries out bat printing, after bat printing completes, workpiece turns back to the second turntable platform 332, second turntable platform 332 by manipulator and is sent back to by workpiece on application conveyer belt 31 again; At this moment, workpiece completes application, and workpiece is delivered to the first descending mechanism 5, first descending mechanism 5 and workpiece is transferred to the second layer 102 from third layer 103 assembled by application conveyer belt 31.
When not needing the workpiece of application and application to arrive the second layer 102, it is transported to the 3rd turntable platform 24 by assembling conveyer belt 21 respectively, under the crawl of manipulator, each different workpieces of toy focuses on apparatus for assembling 25 and assembles, and transferred on packing apparatus 26 by manipulator after finishing assembly and be packaged into a case, finally by product conveying belt 23 and the 3rd descending mechanism 7, the casing after packing is transported in the warehouse of ground floor 101, is undertaken freighting and transporting by automobile after facilitating.After the workpiece grabbing of the pallet being positioned at the 3rd turntable platform 24 is complete, empty pallet is outputted to the second empty pallet and returns conveyer belt 22 by the 3rd turntable platform 24, second empty pallet returns conveyer belt 22 and drives empty pallet and make its first empty pallet turning back to ground floor 101 by the second descending mechanism 6 return on conveyer belt 14, carries workpiece again and transport to upper strata to facilitate empty pallet.
Compared with prior art, because the present invention is by being divided into ground floor 101, the second layer 102 and third layer 103 from top to bottom vertically by all-automatic toy production system 100, and injection mo(u)lding production line 1 is set on ground floor 101, the second layer 102 arranges assembly line 2, third layer 103 arranges paint line 3, pass through at ground floor 101 and the second layer 102 again and between ground floor 101 and third layer 103, lifting mechanism 4 is set respectively, first descending mechanism 5 is set between third layer 103 and the second layer 102, second descending mechanism 6 is set between the second layer 102 and ground floor 101, and the 3rd descending mechanism 7 is set between the second layer 103 and ground floor 101, therefore, the present invention is after injection mo(u)lding production line 1 produces the parts of toy, can be transported in paint line 3 by lifting mechanism 4 and carry out coating device, and application can be transported in assembly line 2 by the first descending mechanism 5 after completing and assemble in paint line 3, in addition, by the second descending mechanism 6, the empty pallet after having assembled can also be transported to ground floor 101, hold for the part after injection mo(u)lding and be transported to the second layer 102, and by the 3rd descending mechanism 7, finished product is transported to ground floor 101, therefore, the present invention can focus and mould, application and being assembled into one, from raw material to finished product, each step is produced separatedly, be independent of each other, and can combine and assemble, whole process moves in circles, do not need the intervention of labor, automaticity is high, in addition, because whole system is divided into three-decker, effectively make use of sheaf space, therefore, effectively utilize production space, reduce land occupation area.
Above disclosedly be only preferred embodiments of the present invention, certainly can not limit the interest field of the present invention with this, therefore according to the equivalent variations that the present patent application the scope of the claims is done, still belong to the scope that the present invention is contained.
Claims (10)
1. an all-automatic toy production system, it is characterized in that: comprise injection mo(u)lding production line, paint line and assembly line, described all-automatic toy production system is divided into ground floor, the second layer and third layer from top to bottom vertically, described injection mo(u)lding production line is arranged at described ground floor, described paint line is arranged at described third layer, and described assembly line is arranged at the described second layer; Described ground floor and the described second layer and between described ground floor and described third layer, be respectively equipped with lifting mechanism workpiece being transported to respectively described assembly line and described paint line from described injection mo(u)lding production line; Be provided with the first descending mechanism workpiece being transported to described assembly line from described paint line between described third layer and the described second layer, described first descending mechanism is positioned at the both sides of described lifting mechanism; Be provided with the second descending mechanism tray for work pieces being transmitted back to injection mo(u)lding production line from described assembly line between the described second layer and described ground floor, described second descending mechanism is between described first descending mechanism and described lifting mechanism.
2. all-automatic toy production system as claimed in claim 1, is characterized in that: described injection mo(u)lding production line comprises feeder sleeve, workpiece transfer device, the first empty pallet return conveyer belt and some injection moulding machines; Described injection moulding machine is that two rows are symmetrical arranged; Described feeder sleeve to be arranged between the described injection moulding machine of two rows and to be communicated with the charging aperture of described injection moulding machine; Described workpiece transfer device to be arranged between the described injection moulding machine of two rows and to have multiple branch extending to each injection moulding machine, shift workpiece by manipulator between described branch and described injection moulding machine, described workpiece transfer device is connected with described lifting mechanism; Described first empty pallet returns conveyer belt and to be arranged between the described injection moulding machine of two rows and to be connected with described second descending mechanism and described workpiece transfer device respectively.
3. all-automatic toy production system as claimed in claim 2, it is characterized in that: described injection mo(u)lding production line also comprises the mouth of a river and reclaims conveyer belt, the described mouth of a river is reclaimed conveyer belt and is arranged between the described injection moulding machine of two rows, and is connected with described injection moulding machine.
4. all-automatic toy production system as claimed in claim 1, it is characterized in that: described paint line comprises application conveyer belt, some automatic spray apparatus and some automatic printer devices, described application conveyer belt is around the U-shaped structure of formation, described application conveyer belt sets gradually described automatic spray apparatus and described automatic printer device along throughput direction, described automatic spray apparatus is positioned at one side of U-shaped structure, described automatic printer device is positioned at the another side of U-shaped structure, one end of described application conveyer belt is connected with described lifting mechanism, the other end is connected with described first descending mechanism.
5. all-automatic toy production system as claimed in claim 4, it is characterized in that: described automatic spray apparatus comprises spray booth, turntable robot and the first turntable platform, described first turntable platform is arranged at the side of described application conveyer belt, be provided with between described first turntable platform and described application conveyer belt to changing of workpieces to transfer, described turntable robot is arranged between described first turntable platform and described spray booth.
6. all-automatic toy production system as claimed in claim 5, it is characterized in that: described spray booth comprises room body, rotating mechanism and spray gun, described workpiece is loaded on described rotating mechanism, described room body inner circumferential is provided with Shang Jian district, spraying area and clear area successively, described rotating mechanism to be arranged in the body of described room and described workpiece can be driven through described Shang Jian district, spraying area and clear area, and described spray gun is arranged in described spraying area Workpiece painting.
7. all-automatic toy production system as claimed in claim 5, it is characterized in that: described first turntable platform is provided with dryer, checkout gear and retracting device successively, described first turntable platform drives described workpiece successively by dryer, checkout gear and retracting device.
8. all-automatic toy production system as claimed in claim 4, it is characterized in that: described automatic printer device comprises pad printing machine and the second turntable platform, described second turntable platform is arranged at the side of described application conveyer belt, the input of described pad printing machine is connected with one end of described second turntable platform, and the output of described pad printing machine is connected with the other end of described second turntable platform.
9. all-automatic toy production system as claimed in claim 1, is characterized in that: described assembly line comprises assembling conveyer belt, the second empty pallet returns conveyer belt, product conveying belt, apparatus for assembling, packing apparatus and some 3rd turntable platforms; One end of described assembling conveyer belt is connected with described lifting mechanism and the first descending mechanism respectively, and the other end is connected with described 3rd turntable platform respectively; Described 3rd turntable platform is connected with described apparatus for assembling; Described packing apparatus is connected with described apparatus for assembling, and described apparatus for assembling is that two rows are arranged; One end that described second empty pallet returns conveyer belt is connected with described 3rd turntable platform, and the other end is connected with described second descending mechanism; Described product conveying belt to be arranged between the described apparatus for assembling of two rows and to be connected with the output of each described packing apparatus respectively.
10. all-automatic toy production system as claimed in claim 9, it is characterized in that: be also provided with the 3rd descending mechanism between the described second layer and described ground floor, described 3rd descending mechanism is connected with the output of described product conveying belt.
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| CN201410160649.XA CN103949067B (en) | 2014-04-21 | 2014-04-21 | All-automatic toy production system |
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| CN201410160649.XA CN103949067B (en) | 2014-04-21 | 2014-04-21 | All-automatic toy production system |
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| CN103949067A CN103949067A (en) | 2014-07-30 |
| CN103949067B true CN103949067B (en) | 2016-04-27 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109896297B (en) * | 2017-12-08 | 2021-03-16 | 泰科电子(上海)有限公司 | Automatic feeding system |
| CN109366673A (en) * | 2018-09-13 | 2019-02-22 | 浙江新云木业集团有限公司 | A kind of wooden toy quickly assembles equipment |
| CN109228645B (en) * | 2018-10-24 | 2024-02-09 | 深圳市威利特自动化设备有限公司 | Printing production system |
| CN111070590B (en) * | 2019-12-12 | 2022-05-31 | 广州明诚通机器人科技有限公司 | Production method and production system of full-automatic special-shaped plastic toy |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0620789B2 (en) * | 1987-07-14 | 1994-03-23 | 株式会社バンダイ | Toy manufacturing equipment |
| CN2144524Y (en) * | 1992-07-13 | 1993-10-27 | 上海亚光仪表厂 | Filling machine for making toy |
| CN2656361Y (en) * | 2003-09-27 | 2004-11-17 | 沈阳工业学院 | Plate production line automatic lifting device |
| CN202594329U (en) * | 2012-03-29 | 2012-12-12 | 浙江富士达电子机械有限公司 | Gearbox assembly assembling production line |
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