CN115921189A - Suspension type coating production line suitable for aluminum alloy shell - Google Patents
Suspension type coating production line suitable for aluminum alloy shell Download PDFInfo
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- CN115921189A CN115921189A CN202211726835.6A CN202211726835A CN115921189A CN 115921189 A CN115921189 A CN 115921189A CN 202211726835 A CN202211726835 A CN 202211726835A CN 115921189 A CN115921189 A CN 115921189A
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Abstract
The invention provides a suspension type coating production line suitable for an aluminum alloy shell, the equipment function of the suspension type coating production line is divided into an upper part section, a pre-coating treatment section, a first treatment section, a primer drying section, a second treatment section, a finish drying section, a post-coating treatment section and a lower part section according to the production process requirement in sequence, the inlet of the upper part section is connected with the outlet of an original material warehouse, and the outlet of the lower part section is connected with the inlet of a finished product warehouse. Through setting up a complete chain that hangs that is connected to the entry in finished product storehouse from the export in raw materials storehouse, and set up first processing section, second processing section and spray paint to the inner wall and the outer wall of aluminum alloy housing respectively, make aluminum alloy housing need not repeat the piece from top to bottom in the application production process, the application of aluminum alloy housing can be accomplished to one-time piece, greatly improved the production efficiency and the product quality of aluminum alloy housing application, shortened manufacturing cycle, promoted the per capita value.
Description
Technical Field
The invention relates to a suspension type coating production line, in particular to a suspension type coating production line suitable for an aluminum alloy shell.
Background
GIS (Gas Insulated Switchgear) equipment is used as key equipment for power transmission and transformation, has the advantages of compact structure, small occupied area, safe and reliable operation, short maintenance time, no influence of external environment and the like, and is widely applied to power systems.
The housing of the GIS device is usually made of aluminum alloy. Coating is an important link in the manufacturing process of the aluminum alloy shell. The coating is a system engineering which comprises three basic procedures of treatment, coating process and drying of the surface of an object to be coated before coating and a coating system with reasonable design. Designing a coating process requires selecting a proper coating, determining a good coating operation environment, and performing quality, process control and the like.
The existing coating production line for the aluminum alloy shell can use a suspension type assembly line in partial procedures, but parts need to be fed and discharged for multiple times when being transferred among the large procedures, the production efficiency is low, and the problems of potential safety and quality hazards exist when the parts are fed and discharged for multiple times. Therefore, a novel aluminum alloy shell coating production line which can complete all operation procedures by one-time loading and unloading is urgently needed to be designed, and the problems of low production efficiency, safety, hidden quality danger and the like of the existing coating production line are solved.
Disclosure of Invention
The invention provides a suspension type coating production line, aiming at solving the problems of low production efficiency, safety, hidden quality danger and the like of the existing coating production line.
The invention solves the technical problems through the following technical scheme:
the invention provides a suspension type coating production line suitable for an aluminum alloy shell, which comprises the following components:
a production area is planned on the ground of the factory building;
the warehouse comprises a raw material warehouse and a finished product warehouse, and is arranged on the side of the production area;
the suspension chain is arranged above the production area and is used for suspending and conveying the aluminum alloy shell;
a plurality of production facility, production facility arrange in the production area, a plurality of production facility are followed hang the extending direction setting of chain, hang the chain and divide into upper part section, before painting processing section, first processing section, priming paint stoving section, second processing section, finish paint stoving section, after painting processing section and lower part section according to the function that corresponds the production facility that sets up in proper order, the entry linkage of upper part section the export in raw materials storehouse, the exit linkage of lower part section the entry in finished product storehouse.
In the technical scheme, the complete suspension chain connected from the outlet of the raw material warehouse to the inlet of the finished product warehouse is arranged, and the first treatment section and the second treatment section are arranged to spray paint on the inner wall, the bottom and the outer surface of the aluminum alloy shell respectively, so that the aluminum alloy shell does not need to be subjected to workpiece loading and unloading for many times in the coating process, and the coating of the aluminum alloy shell can be completed by one-time workpiece loading.
Preferably, the warehouse is located at the upper right corner of the production area, the lower piece section is arranged along the upper edge of the production area, the front section of the pre-coating treatment section is arranged along the right edge of the production area, and the rear section of the pre-coating treatment section is parallel to the lower piece section and is located inside relative to the lower piece section.
In the technical scheme, the lower part section is arranged at the upper edge of the production area, so that the aluminum alloy shell can be conveniently observed and counted by operators when being put in storage; the front section of the pre-coating treatment section and the rear section of the pre-coating treatment section are arranged at the edge of the production area, so that the installation during construction can be facilitated, and the operation of operators and the equipment maintenance are facilitated.
Preferably, the front section of the pre-coating treatment section comprises a degreasing section and a first washing section, the degreasing section and the first washing section are arranged in parallel to the right edge of the production area, and the first washing section is located inside relative to the degreasing section.
In this technical scheme, degrease section, first washing section set up in production area's right fringe, are favorable to personnel's operation and maintenance, can maximize ground rational use factory building space, have also made things convenient for operating personnel's operation simultaneously.
Preferably, the suspension type coating production line further comprises a first personal platform, and the first personal platform is located between the degreasing section and the first washing section.
In this technical scheme, the setting of first pedestrian's platform can supply operating personnel to operate and observe the operational aspect of degrease section, first washing section.
Preferably, the rear section of the pre-coating treatment section comprises a light emitting section, a second washing section, a passivation section, a pure water washing section, a water blowing section, a water dripping section, a moisture drying section and a first strong cooling section, the light emitting section, the second washing section, the passivation section, the pure water washing section and the water blowing section form a first straight line section, the water dripping section, the moisture drying section and the first strong cooling section form a second straight line section, the first straight line section and the second straight line section are arranged in parallel to the lower section, and the second straight line section is located inside relative to the first straight line section.
In the technical scheme, the rear section of the coating pretreatment section is arranged, so that the workshop space can be reasonably used to the maximum extent, the operation of operators is facilitated, and meanwhile, the moisture drying section can be arranged adjacent to other drying sections, so that the energy is saved.
Preferably, the suspension type coating production line further comprises a second pedestrian platform, and the second pedestrian platform is arranged between the first straight line section and the second straight line section.
In the technical scheme, the second pedestrian platform can be used for an operator to observe the operation condition of the rear section of the pretreatment section before coating.
Preferably, the primer drying section and the finish drying section are adjacently arranged.
In the technical scheme, the primer drying section and the finish drying section are adjacently arranged, so that the heat emitted by the primer drying section and the finish drying section can be mutually compensated, the energy waste is reduced, the occupied area is also saved, and the energy is saved to the maximum extent.
Preferably, the pre-coating treatment section further comprises a moisture drying section, and the moisture drying section is arranged adjacent to the primer drying section and the finish drying section.
In this technical scheme, moisture stoving section and priming paint stoving section, finish paint stoving section adjacent setting make the heat of moisture stoving section also can compensate each other with the heat of priming paint stoving section, finish paint stoving section, reduce the energy waste.
Preferably, the first and/or second treatment section is/are arranged along a lower edge of the production area.
In this technical scheme, first processing section and/or second are handled the section and are set up along the lower limb in production area, make operating personnel can conveniently carry out the operation of spraying paint, make the automation of spraying paint have visionability, and be favorable to leading to air exhaust.
Preferably, the post-coating treatment section is arranged along a left edge of the production area.
In the technical scheme, the main production equipment for coating the post-treatment section is arranged at the left edge of the production area, so that an operator can conveniently perform post-treatment operation and the maintenance of the post-treatment equipment is facilitated.
Preferably, the primer drying section and the finish drying section are positioned in the middle of the production area.
In the technical scheme, the primer drying section and the finish drying section are positioned in the middle of the production area, so that the reasonable layout of the production line is realized, and meanwhile, the heat emitted by the primer drying section and the finish drying section can be shared by other equipment, and the energy is saved by heating a workshop.
Preferably, the suspension type coating production line further comprises a semi-finished product storage line and a line body transferring device, the line body transferring device is arranged between the semi-finished product storage line and the suspension chain, the semi-finished product storage line is used for suspending and storing the aluminum alloy shell, and the line body transferring device is used for transporting the aluminum alloy shell between the semi-finished product storage line and the suspension chain.
In this technical scheme, store the line through setting up the semi-manufactured goods, can store the aluminum alloy casing of not accomplishing the application temporarily on the semi-manufactured goods stores the line, make the aluminum alloy casing keep the suspension state, need not take off the aluminum alloy casing and save again, improved production efficiency.
Preferably, the semifinished storage line extends above the suspension chain, the semifinished storage line and the suspension chain partially coinciding in a vertical direction.
In the technical scheme, the semi-finished product storage line is arranged above the suspension chain, so that the area of a plant is saved while production is not influenced.
Preferably, the suspension type coating production line further comprises an upper floor, the upper floor is transversely inserted between the semi-finished product storage line and the suspension chain, and the semi-finished product storage line and the suspension chain are vertically isolated by the upper floor.
In the technical scheme, the upper floor is arranged, so that the equipment safety and the personnel safety below the semi-finished product storage line are ensured; meanwhile, an operator can walk onto the upper floor slab to operate or maintain the semi-finished product storage line.
Preferably, the first treatment section comprises a pre-primer shielding section and an implementation section, wherein the pre-primer shielding section is used for shielding part of the surface of the aluminum alloy shell, and the implementation section is used for painting the surface of the aluminum alloy shell; the line body transferring and hanging device is arranged between the front shielding section and the implementation section of the primer.
In the technical scheme, after the aluminum alloy shell is shielded by the primer front shielding section of the first treatment section, the aluminum alloy shell can be selected to enter the implementation section of the first treatment section for paint spraying treatment, and can also be selected to be transferred from the line body transfer device to the semi-finished product storage line and temporarily stored on the semi-finished product storage line, so that the problem of part overstock of the implementation section of the first treatment section is avoided.
Preferably, the suspension type coating production line further comprises a flow channel, the flow channel is used for operators to walk and transport logistics, and the flow channel is arranged around the edge of the production area.
In the technical scheme, the production equipment with higher operation requirements is arranged at the edge of the production area, and the surrounding people flow channel is arranged at the edge of the production area, so that the convenience of walking and logistics transportation of operators is ensured, and the production efficiency is improved.
On the basis of the common knowledge in the field, the above preferred conditions can be combined randomly to obtain the preferred embodiments of the invention.
The positive progress effects of the invention are as follows:
above-mentioned suspension type coating line suitable for aluminum alloy shell, through setting up the chain that hangs of the entry of a complete exit linkage to finished product storehouse from the original material storehouse, and set up first processing section, the second is handled the inner wall of section to aluminum alloy shell respectively, bottom and surface are sprayed paint, make aluminum alloy shell need not repeat the piece from top to bottom at the application in-process, the application of aluminum alloy shell can be accomplished to one-time piece from top to bottom, aluminum alloy shell application's production efficiency and product quality have greatly been improved, the manufacturing cycle is shortened, the per capita product value has been promoted.
Drawings
Fig. 1 is a layout schematic diagram of a suspension type coating production line suitable for aluminum alloy shells.
Fig. 2 is an enlarged view of a portion of the ceiling-mounted painting line shown in fig. 1.
Fig. 3 is a schematic view of the vertical direction of the semi-finished product storage line and the suspension chain of the suspension type coating line shown in fig. 1.
Description of the reference numerals
Production area 1
Warehouse 2
Pretreatment for coating section 32
Light-emitting section 323
Second Water washing stage 324
Pure water washing section 326
Blowing section 327
First strong cold section 3210
Inner wall paint spraying segment 335
Primer forced cooling section 351
Primer clean out section 354
Finish spraying section 356
Supplementary spraying finish segment 357
Finish leveling section 358
Finish drying section 36
Finish paint forced cooling section 371
Finishing coat polishing section 373
Finish cleaning section 374
Finish clean section 375
First pedestrian platform 4
A second pedestrian platform 5
Semi-finished product storage line 6
Line body transfer device 7
People flow channel 9
Detailed Description
The invention is further illustrated by the following examples, which are not intended to limit the scope of the invention.
Fig. 1 shows an embodiment of the present invention applied to a suspended type coating line of aluminum alloy shells. The suspension type coating production line comprises a production area 1, a warehouse 2, a suspension chain 3 and a plurality of production devices, wherein the production area 1 is planned on the plant floor, the warehouse 2 comprises a raw material warehouse and a finished product warehouse, and the warehouse 2 is arranged on the side edge of the production area 1; the suspension chain 3 is arranged above the production area 1, and the suspension chain 3 is used for suspending and conveying the aluminum alloy shell; the production equipment is arranged in the production area 1, a plurality of production equipment is arranged along the extension direction of the suspension chain 3, the suspension chain 3 is sequentially divided into an upper part section 31, a pre-coating treatment section 32, a first treatment section 33, a primer drying section 34, a second treatment section 35, a finish drying section 36, a post-coating treatment section 37 and a lower part section 38 according to the functions of the correspondingly arranged production equipment, the inlet of the upper part section 31 is connected with the outlet of the raw material warehouse, and the outlet of the lower part section 38 is connected with the inlet of the finished product warehouse.
This suspension type coating line, through setting up a complete hanging chain 3 that is connected to the entry of finished product storehouse from the export in raw materials storehouse, and set up first processing section 33, second processing section 35 and spray paint to the inner wall, bottom and the surface of aluminum alloy casing respectively, make aluminum alloy casing need not repeat the piece from top to bottom in the application process, once the piece from top can accomplish the application of aluminum alloy casing.
The pre-coating treatment section 32 can be divided into a front section and a rear section, wherein the front section of the pre-coating treatment section 32 is divided into a degreasing section 321 and a first washing section 322 in sequence according to the functions of corresponding production equipment; the rear section of the pre-coating treatment section 32 is divided into a light-emitting section 323, a second water washing section 324, a passivation section 325, a pure water washing section 326, a water blowing section 327, a water dropping section 328, a moisture drying section 329 and a first forced cooling section 3210 in sequence according to the functions of corresponding production equipment. The first treatment section 33 comprises a pre-primer shielding section and an implementation section, wherein the pre-primer shielding section is used for shielding part of the surface of the aluminum alloy shell, and the implementation section is used for spraying paint on the surface of the aluminum alloy shell; the front primer shielding section is divided into a bottom shielding section 331, a top shielding section 332, a side shielding section 333 and a hole shielding section 334 in sequence according to the function of corresponding production equipment, and the implementation section is divided into an inner wall paint spraying section 335, a primer spraying section 336 and a primer leveling section 337 in sequence according to the function of corresponding production equipment. The primer drying section 34 is used for primer drying. The second treatment section 35 is divided into a primer cooling section 351, a primer polishing section 352, a primer cleaning section 353, a primer cleaning section 354, a finish front shielding section 355, a finish spraying section 356, a finish supplementing and spraying section 357 and a finish leveling section 358 in sequence according to the functions of corresponding production equipment. And the finish drying section 36 is used for drying finish. The post-coating treatment section 37 is divided into a finish paint forced cooling section 371, a shielding removing section 372, a finish paint polishing section 373, a finish paint cleaning section 374 and a finish paint cleaning section 375 in sequence according to the functions of corresponding production equipment. Through the arrangement of the process flow of the production line, the coating of the aluminum alloy shell can be better realized; of course, the functional modules can be adjusted according to specific process requirements to achieve a better coating effect.
As shown in fig. 1, the warehouse 2 is located at the upper right corner of the production area 1, the lower piece section 38 is disposed along the upper edge of the production area 1, the front section of the pre-painting treatment section 32 is disposed along the right edge of the production area 1, and the rear section of the pre-painting treatment section 32 is parallel to the lower piece section 38 and is located inside with respect to the lower piece section 38. The front section of the pre-coating treatment section 32 and the rear section of the pre-coating treatment section 32 are arranged at the edge of the production area 1, so that the installation during construction can be facilitated, and the operation of operators and the equipment maintenance are facilitated.
The degreasing section 321 and the first washing section 322 in the front stage of the pre-coating treatment section 32 are disposed parallel to the right edge of the production area 1, and the first washing section 322 is located inside the degreasing section 321. A first pedestrian platform 4 is further arranged between the degreasing section 321 and the first water washing section 322, and the first pedestrian platform 4 can be operated by an operator and used for observing the operation conditions of the degreasing section 321 and the first water washing section 322.
The light-emitting section 323, the second water washing section 324, the passivation section 325, the pure water washing section 326 and the water blowing section 327 of the rear section of the pre-coating treatment section 32 form a first straight line section, the water dropping section 328, the moisture drying section 329 and the first strong cooling section 3210 form a second straight line section, the first straight line section and the second straight line section are arranged in parallel with the lower section 38, and the second straight line section is positioned inside relative to the first straight line section. A second pedestrian platform 5 is further arranged between the first straight line section and the second straight line section, and the second pedestrian platform 5 can be used for an operator to observe the operation condition of the rear section of the coating pretreatment section 32.
As shown in fig. 1 and 2, the primer drying section 34 and the topcoat drying section 36 are located in the middle of the production area 1. Because the manual operation required by the drying equipment is less, the primer drying section 34 and the finish drying section 36 are placed in the middle of the production area 1, so that the layout of the whole production line is more compact, and the production efficiency and the operation convenience of the production line are not influenced.
In order to save energy to the utmost extent, the primer drying section 34 and the finish drying section 36 are adjacently arranged, so that the heat emitted by the primer drying section 34 and the finish drying section 36 can be mutually compensated, and the floor area is saved while the energy waste is reduced. Meanwhile, the moisture drying section 329 of the pre-coating treatment section 32 can also be arranged adjacent to the primer drying section 34 and the finish drying section 36, so that the heat of the moisture drying section 329 can be mutually compensated with the heat of the primer drying section 34 and the finish drying section 36, and the energy waste is reduced.
As shown in fig. 1, the first treatment stage 33 is arranged along the lower edge of the production zone 1. Specifically, the inner wall paint spraying section 335 and the primer paint spraying section 336 of the first treatment section 33 are provided near the lower edge of the production area 1, and the primer front shielding sections (i.e., the bottom shielding section 331, the top shielding section 332, the side shielding sections 333, and the hole shielding section 334) of the first treatment section 33 are provided between the execution section of the first treatment section 33 and the subsequent section of the pre-coating treatment section 32. The inner wall paint spraying section 335 and the primer paint spraying section 336 are provided at the lower edge of the production area 1, so that the operator can easily perform the paint spraying operation. The bottom shielding section 331, the top shielding section 332, the side shielding section 333 and the hole shielding section 334 are disposed in relatively inner regions, so that the space is saved while the production efficiency is ensured.
As shown in fig. 1, the second treatment section 35 is provided along the lower edge of the production zone 1. Specifically, a primer polishing section 352, a primer cleaning section 353, a primer cleaning section 354, a pre-coat masking section 355, a finish painting section 356, and a post-coat painting section 357 of the second treatment section 35 are provided along the lower edge of the production area 1, the primer chilling section 351 is curved inward to connect the primer polishing section 352 and the primer drying section 34, and the finish leveling section 358 is curved inward to connect the post-coat painting section 357 and the finish drying section 36. The main production equipment of the second treatment section 35 is arranged at the lower edge of the production area 1, so that the operator can conveniently carry out the painting operation and the maintenance of the painting equipment is also facilitated.
As shown in fig. 1, the post-coating treatment section 37 is provided along the left edge of the production area 1. Specifically, the shielding removing section 372, the finish grinding section 373, the finish cleaning section 374 and the finish cleaning section 375 are arranged along the left edge of the production area 1, and the finish cooling section 371 is bent inwards to connect the finish drying section 36 and the shielding removing section 372. The main production equipment for the post-treatment section 37 for coating is arranged at the left edge of the production area 1, so that the post-treatment operation can be conveniently carried out by an operator, and the maintenance of the post-treatment equipment is also convenient.
From the overall layout, the rear section of the pre-coating treatment section 32 is located at the upper edge of the production area 1, the front section of the pre-coating treatment section 32 is located at the right edge of the production area 1, the implementation section of the first treatment section 33 and the second treatment section 35 are located at the lower edge of the production area 1, and the post-coating treatment section 37 is located at the left edge of the production area 1, so that production equipment with high operation requirements of the coating production line is located at the edge of the production area 1, and operation and equipment maintenance of operators are facilitated. And the primer drying section 34 and the finish drying section 36 are positioned in the middle and are arranged adjacent to the moisture drying section 329 of the pre-coating treatment section 32, so that the problem of energy waste caused by heat dissipation of the drying furnace is solved, the energy is saved to the maximum extent, and the purposes of energy conservation and environmental protection are achieved.
As shown in fig. 1 and 3, the suspension coating line further includes a semi-finished product storage line 6 and a line body transferring device 7, the line body transferring device 7 is disposed between the semi-finished product storage line 6 and the suspension chain 3, the semi-finished product storage line 6 is used for suspending and storing the aluminum alloy shell, and the line body transferring device 7 is used for transporting the aluminum alloy shell between the semi-finished product storage line 6 and the suspension chain 3. When the aluminum alloy shell is overstocked in the coating process and cannot flow to the next procedure, the aluminum alloy shell can be transferred from the suspension chain 3 to the semi-finished product storage line 6 through the line body transferring device 7. The aluminum alloy shell is firstly hung on the semi-finished product storage line 6, and then transferred to the hanging chain 3 from the semi-finished product storage line 6 after the overstocking phenomenon of the subsequent process disappears, and flows into the next process. When the production needs to be suspended, the unfinished aluminum alloy shell can also be transferred from the suspension chain 3 to the semi-finished product storage line 6 through the line body transferring device 7, so that the unfinished aluminum alloy shell is temporarily stored on the semi-finished product storage line 6.
In order to save factory floor space, the semi-finished product storage line 6 may extend above the suspension chains 3, the semi-finished product storage line 6 partially coinciding with the suspension chains 3 in the vertical direction. The aluminum alloy shell is moved to the position above the suspension chain 3 through the semi-finished product storage line 6, so that the production is not influenced, and meanwhile, the area of a plant is saved.
In order to avoid danger caused by the fact that the aluminum alloy shell of the semi-finished product storage line 6 falls, the production line is further provided with an upper floor 8, the upper floor 8 is transversely inserted between the semi-finished product storage line 6 and the suspension chain 3, and the semi-finished product storage line 6 and the suspension chain 3 are isolated by the upper floor 8 in the vertical direction. Even if an accident occurs, the aluminum alloy shell falls off from the semi-finished product storage line 6, only falls on the upper floor 8, and cannot fall on the lower suspension chain 3 and surrounding production equipment, so that the equipment safety and personnel safety below the semi-finished product storage line 6 are ensured; meanwhile, the operator can walk onto the upper floor 8 to operate or maintain the semi-finished product storage line 6.
In the present embodiment, the upper section 31 is disposed on the second floor, the lower section 38 is disposed on the first floor, and the semi-finished product storage line 6 is disposed at the topmost floor, which corresponds to the third floor.
In the present embodiment, the semi-finished product storage line 6 is mainly located above the pre-coating treatment section 32 and the primer drying section 34; in other embodiments, the semi-finished product storage line 6 can be disposed in other areas according to the height of the production equipment and the requirements of the process flow.
In this embodiment, since the implementation section of the first processing section 33 is a process link that is relatively easy to generate overstock, the line transfer device 7 is disposed between the pre-primer shielding section and the implementation section of the first processing section 33. The aluminum alloy shell is subjected to surface treatment by the pre-coating treatment section 32 and then to shielding treatment by the pre-primer shielding section of the first treatment section 33. After that, the painting process can be performed in the first processing section 33, or the painting process can be performed in the semi-finished product storage line 6 from the line body transfer device 7, and the painting process can be temporarily stored in the semi-finished product storage line 6.
As shown in fig. 1, the suspension type coating production line further comprises a passenger flow channel 9, the passenger flow channel 9 is used for operators to walk and transport logistics, and the passenger flow channel 9 is arranged around the edge of the production area 1. The production equipment with higher operation requirements is arranged at the edge of the production area 1, and the surrounding people flow channel 9 is arranged at the edge of the production area 1, so that the convenience of walking and logistics transportation of operators is ensured, and the production efficiency is improved.
The present invention is not limited to the above-described embodiments, and any changes in shape or structure thereof fall within the scope of the present invention. The scope of the present invention is defined by the appended claims, and those skilled in the art can make various changes or modifications to the embodiments without departing from the principle and spirit of the present invention, and such changes and modifications fall within the scope of the present invention.
Claims (16)
1. The utility model provides a suspension type coating line suitable for aluminum alloy shell, its characterized in that, suspension type coating line includes:
a production area is planned on the ground of the factory building;
the warehouse comprises a raw material warehouse and a finished product warehouse, and is arranged on the side of the production area;
the suspension chain is arranged above the production area and is used for suspending and conveying the aluminum alloy shell;
a plurality of production facility, production facility arrange in the production area, a plurality of production facility are followed hang the extending direction setting of chain, hang the chain and divide into upper part section, before painting processing section, first processing section, priming paint stoving section, second processing section, finish paint stoving section, after painting processing section and lower part section according to the function that corresponds the production facility that sets up in proper order, the entry linkage of upper part section the export in raw materials storehouse, the exit linkage of lower part section the entry in finished product storehouse.
2. The suspended painting line of claim 1, characterized in that: the warehouse is located in the upper right corner of the production area, the lower piece section is arranged along the upper edge of the production area, the front section of the pre-coating treatment section is arranged along the right edge of the production area, and the rear section of the pre-coating treatment section is parallel to the lower piece section and is located inside relative to the lower piece section.
3. The suspended painting line as set forth in claim 2, characterized in that: the front section of the pretreatment section before coating comprises a degreasing section and a first washing section, wherein the degreasing section and the first washing section are parallel to the right edge of the production area, and the first washing section is located inside relative to the degreasing section.
4. The suspended painting line of claim 3, characterized in that: the suspension type coating production line further comprises a first walking platform, and the first walking platform is located between the degreasing section and the first washing section.
5. The suspended painting line as set forth in claim 2, characterized in that: the rear section of the coating pretreatment section comprises a light emitting section, a second washing section, a passivation section, a pure washing section, a water blowing section, a water dripping section, a moisture drying section and a first strong cooling section; the light emitting section, the second water washing section, the passivation section, the pure water washing section and the water blowing section form a first straight line section, the water dripping section, the moisture drying section and the first strong cooling section form a second straight line section, the first straight line section and the second straight line section are parallel to the lower piece section, and the second straight line section is located inside relative to the first straight line section.
6. The suspended painting line of claim 5, wherein: the suspension type coating production line further comprises a second pedestrian platform, and the second pedestrian platform is arranged between the first straight line section and the second straight line section.
7. The suspended painting line of claim 1, characterized in that: and the primer drying section and the finish drying section are adjacently arranged.
8. The suspended painting line of claim 1, characterized in that: the coating pretreatment section further comprises a moisture drying section, and the moisture drying section is arranged adjacent to the primer drying section and the finish drying section.
9. The suspended painting line of claim 1, characterized in that: the first and/or second treatment section is/are arranged along a lower edge of the production area.
10. A suspended coating line according to claim 1, characterised in that: the post-coating treatment section is arranged along the right edge of the production area.
11. A suspension painting line according to any one of claims 1 to 10, characterised in that: the primer drying section and the finish drying section are positioned in the middle of the production area.
12. The suspended painting line of claim 1, characterized in that: the suspension type coating production line further comprises a semi-finished product storage line and a line body transferring device, the line body transferring device is arranged between the semi-finished product storage line and the suspension chain, the semi-finished product storage line is used for suspending and storing the aluminum alloy shell, and the line body transferring device is used for transporting the aluminum alloy shell between the semi-finished product storage line and the suspension chain.
13. The suspended painting line of claim 12, wherein: the semi-finished product storage line extends to the upper part of the suspension chain, and the semi-finished product storage line and the suspension chain are partially overlapped in the vertical direction.
14. A suspended coating line according to claim 13, characterised in that: the suspension type coating production line further comprises an upper floor slab, the upper floor slab is transversely inserted between the semi-finished product storage line and the suspension chain, and the semi-finished product storage line and the suspension chain are separated by the upper floor slab along the vertical direction.
15. The suspended painting line of claim 12, wherein: the first treatment section comprises a pre-primer shielding section and an implementation section, the pre-primer shielding section is used for shielding part of the surface of the aluminum alloy shell, and the implementation section is used for painting the surface of the aluminum alloy shell; the line body transferring and hanging device is arranged between the front shielding section and the implementation section of the primer.
16. A suspended painting line according to any one of claims 1 to 10, 12 to 15, characterised in that: the suspension type coating production line further comprises a people flow channel, the people flow channel is used for operators to walk and transport logistics, and the people flow channel is arranged around the edge of the production area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211726835.6A CN115921189A (en) | 2022-12-29 | 2022-12-29 | Suspension type coating production line suitable for aluminum alloy shell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202211726835.6A CN115921189A (en) | 2022-12-29 | 2022-12-29 | Suspension type coating production line suitable for aluminum alloy shell |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN115921189A true CN115921189A (en) | 2023-04-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202211726835.6A Pending CN115921189A (en) | 2022-12-29 | 2022-12-29 | Suspension type coating production line suitable for aluminum alloy shell |
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| CN (1) | CN115921189A (en) |
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2022
- 2022-12-29 CN CN202211726835.6A patent/CN115921189A/en active Pending
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