TWI457199B - Anodizing processing line - Google Patents

Description

Anode processing line

The present invention relates to a production line, and more particularly to a production line that is easy to move.

The current production line is generally constructed by placing various devices one by one in the corresponding positions and connecting them one by one. For the factory production line, in today's increasingly fierce market competition, companies are required to respond quickly to market demand areas, quickly supply and occupy demand areas. When market demand changes, the corresponding production line should be quickly moved from the original site to adapt and supply new market demand areas. Or the company needs to migrate the site for other operational strategies. However, in the process of migration of the production line, it is necessary to dismantle a large number of production equipment one by one, and then reassemble them one by one according to the design drawings of the production line after being transported to the destination, and many equipments need to be relocated and debugged, which is very inconvenient. The above problems lead to the entire migration process, which requires both a large cost and a long time, and it is difficult to meet the requirements of rapid migration of the production line and response to the market.

In view of the above, it is necessary to provide a production line that is easy to move.

An anode treatment production line comprising a plurality of production units, the production unit comprising at least a series of basic units, the basic unit of each production unit having an internal space and comprising production equipment disposed in the internal space thereof, and a basic unit of each production unit Including a first basic unit, the first basic unit is a frame of a container, and the plural The first basic unit of the production unit is arranged in a straight line.

Another anodizing production line comprises a plurality of production units, a sliding frame and a plurality of production devices arranged in sequence, the sliding frame being slidable between the production units and corresponding to the plurality of production devices, each production unit comprising at least one series a basic unit having an internal space, the sliding frame and the production device being disposed in an internal space of the basic unit, the basic unit of each production unit comprising a first basic unit, the first basic unit being a frame of a container, The first basic unit of the plurality of production units is arranged in a line.

The construction or disassembly process of the anode treatment line of the present invention is very fast and reliable. The production units are serialized, so the production is very convenient and easy to assemble.

10‧‧‧Production line

12‧‧‧Production unit

122‧‧‧First basic unit

1220‧‧‧ bracket

1222‧‧‧Processing tank

1224‧‧‧Reinforcement

1228‧‧‧floor

124‧‧‧Second basic unit

1240‧‧‧ bracket

1242‧‧‧ beams

1244‧‧‧Slide

1245‧‧‧lifting frame

1246‧‧‧ hanging

126‧‧‧ board

16‧‧‧ Peripherals

30‧‧‧Production line

32‧‧‧Production unit

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic illustration of an anode treatment line of a preferred embodiment of the present invention.

2 is a schematic view of a production unit of an anode treatment production line in accordance with a preferred embodiment of the present invention.

Figure 3 is a partial enlarged view of portion III of Figure 2.

4 is a schematic view showing the transportation process of the production unit of the anode treatment production line of the preferred embodiment of the present invention.

Figure 5 is a schematic illustration of an anodizing line of another preferred embodiment of the present invention.

The production line of the present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

Referring to FIG. 1, an anode treatment production line 10 of a preferred embodiment of the present invention includes a plurality of Production unit 12. The number of production units 12 is set according to production requirements. In this embodiment, the production line 10 includes four production units 12, and the plurality of production units 12 are arranged in a straight line. In addition, the peripheral device 16 can also be provided on the side of the production unit 12 in accordance with the needs of the production process. For example, in an anodizing line, the peripheral device 16 can be a cooling and agitating device or a liquid mist removing device.

Referring to FIG. 2 and FIG. 3 simultaneously, each production unit 12 includes a first basic unit 122 and a second basic unit 124 stacked on the first basic unit 122. The first basic unit 122 and the second basic unit 124 are each a rectangular parallelepiped shape, and each of the first basic unit 122 and the second basic unit 124 is a separate unit. In this embodiment, the first basic unit 122 and The second basic unit 124 is a frame of the container, so the transportation of the first basic unit 122 and the second basic unit 124 is extremely convenient.

To facilitate the manufacture of the first base unit 122 and the second base unit 124 and to achieve adjustment of the production line 10 by adding, subtracting or replacing the first base unit 122 and the second base unit 124, the first base unit 122 and the second base unit The unit 124 is of a serial design, that is, the first basic unit 122 and the second basic unit 124 have certain specific sizes and structures to design the first basic unit 122 and the second basic unit 124 into a plurality of series. Base unit 122 and second base unit 124. For example, the first basic unit 122 can be designed into series A, B, and C according to different sizes and structures. When the production line is built, the corresponding series of products can be selected, so the assembly is very convenient; and the first basic unit is produced. At 122 o'clock, special production equipment can also be configured according to the first basic unit 122 of different series, which can improve production efficiency and product yield.

The first base unit 122 includes a bracket 1220, a processing tank 1222, and a rib 1224. The bracket 1220 is a structure that the container itself has. The number of processing tanks 1222 of the first basic unit 122 is based on production requirements and the first basic unit 122 and the processing tank 1222 The number of processing tanks 1222 included in the first basic unit 122 of each production unit 12 may also vary, but for simplicity, only two processing tanks 1222 are shown in FIG. The bracket 1220 constitutes a frame of the container, and the processing tank 1222 is fixed to the bracket 1220. A plurality of reinforcing ribs 1224 are provided between the beams of the bracket 1220 to enhance the stability of the first base unit 122. The first base unit 122 also includes a bottom plate 1228.

In the anodizing process, generally includes several steps of pretreatment, anodizing and drying, wherein the pretreatment includes steps of degreasing, biting, stripping black film, chemical polishing, stripping black film, anodizing, and drying. Sealing treatment is required, and water washing is required between every two steps. Thus, in the anode treatment line 10, each of the first base units 122 includes a plurality of treatment tanks 1222, and the treatment tanks 1222 containing various solvents (such as degreasing solvent, water, biting solvent, etc.) are sequentially disposed in the plurality of production units. The first basic unit 122 of 12 performs the above respective steps in sequence.

The second basic unit 124 shown in FIGS. 2 and 3 includes a bracket 1240, a beam 1242, a carriage 1244, a lifting frame 1245, and a hanger 1246. The bracket 1220 is a structure that the container itself has. The two beams 1242 extend in parallel along the length direction of the second base unit 124. When the plurality of production units 12 are docked, the beams 1242 of the second base units 124 abut each other to form a track. The carriage 1244 is slidably disposed between the two beams 1242 so that the carriage 1244 can extend along the length of the second base unit 124. The lifting frame 1245 is disposed on the carriage 1244, and the lifting frame 1245 is slidable in a vertical direction perpendicular to the sliding direction of the sliding frame 1244. A plurality of hangers 1246 are attached to the lifting frame 1245 to secure the workpiece to be anodized during the anodizing process. However, the entire production line 10 only needs one set of the sliding frame 1244, the lifting frame 1245 and the hanging device 1246, so the remaining second basic unit 124 of the production line 10 does not include the sliding frame 1244, the lifting frame 1245 and the hanging device 1246, and Only the bracket 1240 and the beam 1242 are included.

In use, since some chemicals and the like are usually required for the anode treatment, it is necessary to close the anode treatment equipment, and the production line 10 is placed in a sealed box. Here, since the first basic unit 122 and the second basic unit 124 have the brackets 1220 and 1240 themselves, the sealed box can directly borrow the brackets of the first basic unit 122 and the second basic unit 124 without using another skeleton for supporting. 1220, 1240 can be supported. In addition, the first base unit 122 of all the production units 12 is fixed to the foundation, thereby fixing the production line 10, and the adjacent first base unit 122 and the second basic unit 124 are fixedly connected by a fixed structure.

When the anode treatment is performed by the anode treatment line 10, a plurality of workpieces (not shown) are fixed to the hanger 1246, and the plurality of treatment tanks 1222 are sequentially filled with the solvent required for the anode treatment. The carriage 1244 is moved so that the sliding frame 1244 for setting the workpiece is aligned with the first processing tank 1222, that is, the processing tank 1222 containing the degreasing solvent, and then the lifting frame 1245 is moved to descend to immerse the workpiece in the solvent of the processing tank 1222. , degreasing treatment. After the degreasing is completed, the lifting frame 1245 is moved to raise the workpiece to leave the solvent, and the sliding frame 1244 is further moved to be aligned with the second processing tank 1222, that is, the water treatment tank 1222, and then the lifting frame 1245 is moved to lower. The workpiece is immersed in the water of the treatment tank 1222 and subjected to a water washing treatment. After the water washing is completed, the lifting frame 1245 is moved to raise the workpiece to leave the water, and the carriage 1244 is continuously moved to be aligned with the subsequent processing tank 1222, and various processes for the workpiece are sequentially performed until all processes of the anode processing are completed. Since the carriage 1244 and the lifting frame 1245 are to be moved, the production line 10 may further include driving means for driving the carriage 1244 and the lifting frame 1245, such as a motor, a cylinder, and the like.

When the production line 10 needs to be migrated, the first basic unit 122 and the second basic unit 124 are first separated, that is, divided into individual containers. Please refer to Figure 4, moving During the transportation process, the plate body 126 is mounted on the bottom surface, the side surface and the top surface of the brackets 1220 and 1240, so that a sealed space is formed, and the processing tank 1222, the sliding frame 1244, the lifting frame 1245, the hanger 1246, and the like are enclosed therein. Transport together. In this way, it is avoided that impurities in the transportation process enter the treatment tank 1222 and the like, thereby causing pollution and affecting its future use. That is, the first base unit 122 and the second base unit 124 further include a detachable plate body 126. After reaching the destination, each of the first basic unit 122 and the second basic unit 124 may be assembled in the original manner.

The construction or disassembly process of the production line 100 of the present invention is very fast and reliable. The first basic unit 122 and the second basic unit 124 of the production unit 12 are all containers, so the production is very convenient, and the first basic unit 122 and the second basic unit 124 are all serialized, which is more convenient for production and convenient for assembly. .

It can be understood that the production line 10 is not limited to the anode treatment production line, and may be a production line of other processing processes. When it is another production line, the hanger 1246 may be omitted or represented by other fixtures, and the processing tank 1222 may be other solvent. The tank 1222 may also be other processing equipment or devices, etc., all of which are determined by the needs of the production process. The production unit 12 can be constructed of two stacked containers or one container or three or more containers depending on the height requirements of the production.

The arrangement of the production line 10 may be a straight line as shown in Fig. 1, or may be arranged in other shapes such as a U shape, a square shape, a circular shape, etc., referring to Fig. 5, which is a production line 30 of another embodiment. The production line 30 includes a plurality of production units 32 that are arranged in a U shape.

In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. However, the above is only a preferred embodiment of the present invention, and those skilled in the art will be able to cover the following modifications or variations in accordance with the spirit of the present invention. Such as the scope of patent application.

10‧‧‧Production line

12‧‧‧Production unit

16‧‧‧ Peripherals

Claims (11)

An anode treatment production line comprising a plurality of production units, each production unit comprising at least a series of basic units having an internal space and comprising production facilities disposed in an interior space thereof, the basic unit of each production unit comprising a first basic unit, wherein the first basic unit is a frame of a container, and the first basic unit of the plurality of production units is arranged in a line. The anodizing line as described in claim 1, wherein the production unit is arranged in a straight line, a U shape or a square shape. The anode processing line of claim 1 or 2, wherein each of the production units further comprises a second base unit stacked on the first base unit, wherein the first base unit is for fixing to the foundation . The anode processing line of claim 3, wherein the first basic unit comprises a bracket and at least one processing tank; the second basic unit is a frame of the container, wherein one of the brackets comprises a bracket, a beam connected to the bracket, a carriage which is slidable along the beam in a first direction, a crane attached to the carriage and slidable in the second direction, and a hanger provided on the crane, wherein the remaining second basic unit in the production unit comprises a bracket and A beam connected to the remaining second unit brackets, and the beams of all of the second base units are butted to form a track. The anodizing line as described in claim 4, wherein the first basic unit comprises a plurality of processing tanks, each of which contains a different solvent. The anodizing line as described in claim 1, wherein the base unit further comprises a detachable plate for closing the internal space of the base unit and the production equipment placed therein. An anode treatment production line according to claim 1, wherein the basic unit has a system The size and structure of the column. The anodizing line as described in claim 2, wherein the basic units are fixedly connected in a detachable manner. An anode processing production line comprising a plurality of production units, a sliding frame and a plurality of production devices arranged in sequence, the sliding frame being slidable between the production units and corresponding to the plurality of production devices, each production unit comprising at least one series The basic unit has an internal space, the sliding frame and the production equipment are disposed in the internal space of the basic unit, and the basic unit of each production unit includes a first basic unit, and the first basic unit is a frame of the container. The anode treatment production line according to claim 9, wherein the basic units are fixedly connected in a detachable manner. An anodizing line as described in claim 9 wherein the base unit has a serialized size and configuration.