TWI782416B - Cabin system with continuous process - Google Patents

Abstract

A cabin system with a continuous process, including: the cabin integrates a developing production line and an electroplating production line into a two-in-one continuous process or a developing production line, an electroplating production line, and a film stripping production line are integrated into a three-in-one continuous process, and the frame is in the cabin. Vertically and continuously pass through the development production line, electroplating production line or development production line, electroplating production line, film stripping production line, with the cabin as the center, and cooperate with the discharge equipment outside the cabin, the stripping and hanging production line, the second mechanical arm, the upper frame equipment, the input The material equipment, the first robot arm, the lower frame equipment, and the return system enable different wet processes to be seamlessly connected and share the handling equipment, so that the printed circuit board on the frame can shorten the transportation time, reduce the lifting frequency, reduce the handling pollution and reduce the cost Realize the function enhancement of high productivity.

Description

Chamber system with continuous process

The present invention relates to a cabin system with continuous process, especially a kind of seamless connection between different wet processes and common handling equipment, so that the printed circuit board on the frame can shorten the transport time, reduce the lifting frequency, reduce transport pollution and reduce costs Realize the function enhancement of high productivity.

Press, due to the advent of the 5G era, mobile devices have huge business opportunities, such as smart phones, tablet computers, etc., and mobile devices must have printed circuit boards (Printed Circuit Board, PCB), and the wiring on printed circuit boards The width and line spacing need to be miniaturized. Therefore, the modified semi-additive process (MSAP) can achieve a line width and line spacing of less than 30 μm on the printed circuit board, and related process equipment has been paid attention to.

Next, the most important part of the improved semi-additive process is the wet process of the development process, electroplating process, and film stripping process. As shown in Figures 1A to 1B, a plurality of gantry cranes 10 are provided, and each of the gantry cranes 10 is arranged in a plurality of processes. Above the slot 11, and the gantry crane 10 is provided with a crane 12, which is equipped with a power source 13 and a transmission member 14, so that the crane 12 can move forward and backward on the track, and a horizontal frame is arranged in the crane 12. Rod 15 is driven by the transmission member 14 and can be vertically lifted in the crane 12, so that the cross bar 15 can pick up a hanger 16 and vertically lift it in the designated treatment tank 11. The hanger 16 is provided with multiple clamps 17 , the jig 17 clamps the frame 18, and the printed circuit board 181 fixed by the frame 18 moves to each designated processing tank 11 for wet process processing, and each of the processing tanks 11 is arranged in sequence with _a lateral width W1, and each Predetermined treatment liquids 19 required by the wet process are respectively placed in the treatment tanks 11 .

However, the gantry crane 10 is applied to the problem points of the wet process, and the Y direction is defined as horizontal The X-direction is defined as the longitudinal direction and the Z-direction is defined as the depth, and as follows:

1. The gantry crane 10 matches the lateral widening W ₁ of the treatment tank 11, and the wide side T ₁ of the frame 18 is relative to the lateral widening W ₁ of the processing tank 11. When the crane 12 can move forward and backward on the track position, then the circuit surface of the printed circuit board 181 on the frame 18 is large and subject to displacement resistance is relatively large, and when shifting back and forth, it is easy to mislocate the frame 18 in different processing slots 11, so the displacement speed is relatively slow , and cause the problem of slow delivery time.

2. The processing tanks 11 are arranged sequentially with _a horizontal width W1, so that the crane 12 has to be repositioned to the depth of the vertical lifting of the processing tank 11 after only a short distance of displacement, which causes the problem of frequent lifting .

3. Each of the gantry cranes 10 cooperates with the wet process of the developing process, the electroplating process, and the film stripping process, and there is no same handling equipment in different wet processes, which causes the problem of handling pollution.

4. Each of the gantry cranes 10 is applied to the wet process of the development process, the electroplating process, and the film stripping process with each of the frames 18, but it is impossible to continuously pass through different wet processes with the same frame, which not only has high cost but also low productivity. Therefore, in view of the problems disclosed above, the inventor conceived a cabin system with continuous manufacturing process, which is the problem to be solved by the present invention.

The main purpose of the present invention is to provide a cabin system with a continuous manufacturing process, the narrow side of the frame is narrowed relative to the lateral narrowing of the developing production line, the electroplating production line and the film stripping production line, in order to solve the problem that the wide side of the prior art frame is relatively narrow. Solve the problem of lateral widening of the tank, and further improve the efficiency of shortening the transportation time.

Another object of the present invention is to provide a cabin system with a continuous process, and its development production line, electroplating production line and film stripping production line can be seamlessly connected to solve the problem of prior art that each processing tank is arranged in order with horizontal width Problem points, and then have the effect of reducing the frequency of lifting and increasing.

Another object of the present invention is to provide a cabin system with a continuous process, in which the developing production line, the electroplating production line and the film stripping production line share the handling equipment to solve the problem of the prior art that different wet processes do not have the same handling equipment, and then It has the effect of reducing transportation pollution.

Another object of the present invention is to provide a cabin system with a continuous process, which continuously passes through the wet process of the development production line, electroplating production line and film stripping production line with the same frame, so as to solve the problem that the prior art cannot continuously pass through different processes with the same frame. The problems of the wet process, and then have the effect of reducing costs and achieving high productivity.

In order to achieve the above-mentioned purpose, the technical means adopted by the present invention include: a cabin body; a developing area, the developing area is located in the cabin, and the developing area has a horizontally narrowed developing production line and a developing unit combined with the developing production line. equipment, and provide vertical development with the development production line and the development equipment; an electroplating area, the electroplating area is set in the cabin, and the electroplating area has a horizontally narrowed electroplating production line and an electroplating equipment combined with the electroplating production line, And use the electroplating production line and the electroplating equipment to provide vertical continuous electroplating, and the front section of the electroplating production line is connected to the rear section of the developing production line; a conveying device, the conveying device is installed in the cabin, and is located in the developing production line and the electroplating production line above; a carrier, which has a slide table, a hanging rod, a frame and a plurality of clamping points, the bottom surface of the slide table is provided with the hanging rod, the bottom end of the hanging rod is combined with the top of the frame, the The clamping point is set at a predetermined position on the frame, and the frame is vertical in the cabin, and the narrow side of the frame is narrowed relative to the lateral direction of the developing production line and the electroplating production line, and the slide table is used to move the conveying device slide, and link the frame continuously through the development production line and the electroplating production line; Lift and lower.

According to the features disclosed above, it further includes a film stripping area, the film stripping area is set in the cabin, and the film stripping area has a laterally narrowed film stripping production line and a film stripping equipment combined with the film stripping production line, The film stripping production line and the film stripping equipment are used to provide vertical film stripping, and the front section of the film stripping production line is connected to the rear section of the electroplating production line, and the narrow side of the frame is narrowed relative to the lateral direction of the film stripping production line, and with The sliding table continues to slide on the conveying device, so that the frame continues to pass through the film stripping production line, and the lifting device cooperates with the lifting device to lift the sliding table to move the frame up and down on the film stripping production line.

According to the features disclosed above, the development production line includes a plurality of first processing tanks arranged vertically in sequence, and cooperates with a development electric control box electrically connected to the development equipment, so that the development electric control box controls the development equipment to each of the first processing tanks. Process tanks for vertical development.

According to the characteristics disclosed above, the electroplating production line includes a plurality of second treatment tanks arranged vertically in sequence, and cooperates with an electroplating electric control box electrically connected to the electroplating equipment, so that the electroplating electric control box controls the electroplating equipment for each of the second treatment tanks. The treatment tank is subjected to vertical continuous electroplating.

According to the features disclosed above, the film stripping production line includes a plurality of third processing tanks arranged vertically in sequence, and cooperates with a film stripping electric control box electrically connected to the film stripping equipment, so that the film stripping electric control box controls the film stripping equipment Vertical film peeling is performed on each of the third treatment tanks.

According to the feature disclosed above, the carrier includes a slider, a rack and an electrode block, the slider and the rack are arranged on the first side of the slide table and the electrode block is arranged on the second side of the slide table , and the conveying device includes a first conveying structure and a second conveying structure, the slide block and the rack are positioned on the first conveying structure, so that the sliding platform slides on the first conveying structure, and the linkage The frame slides on the development production line or the film stripping production line that does not need to be electrically conductive, or the electrode block can be used on the second conveying structure to make the slide table slide on the second conveying structure, and the frame is linked to the The electroplating production line that needs to conduct electricity is slid.

According to the features disclosed above, the electroplating production line further includes a rectifier, which is electrically connected to the electrode block, so that the current of the rectifier flows through the electrode block, the sliding table, the hanging rod, the frame to the clamping point.

According to the characteristics disclosed above, the outside of the cabin includes a discharging device and a stripping and hanging production line in sequence, The front section of the discharging equipment is connected to the rear section of the stripping production line, and a second mechanical arm is arranged outside the cabin, and the second mechanical arm is arranged on the side of the discharging equipment.

According to the characteristics of the previous disclosure, it includes a frame-mounting device and a feeding device in sequence. The rear section of the feeding device is connected to the front section of the developing production line, and a first mechanical arm is provided outside the cabin, and the first mechanical arm is located on the The side of the feeding device.

According to the feature disclosed above, the cabin includes a lower frame equipment, and the front section of the lower frame equipment is connected to the rear section of the stripping and hanging production line.

According to the feature disclosed above, the cabin includes a return system outside, and the return system is combined between the upper frame equipment and the lower frame equipment, so that the frame is returned from the lower frame equipment to the upper frame equipment.

According to the feature disclosed above, the vertical surface of the frame slightly deviates from the sliding path of the sliding table, so that the vertical surface of the frame and the sliding path of the sliding table have an offset angle.

According to the characteristics disclosed above, the offset angle is 1 degree to 5 degrees.

With the help of above-mentioned technical means, the present invention discloses that the narrow side of the frame is narrowed laterally relative to the development production line, the electroplating production line and the film stripping production line, and the development line, the electroplating production line and the film stripping production line can be seamlessly connected Cooperate with the development production line, the electroplating production line and the film stripping production line to share the handling equipment outside the cabin, and use the frame to continuously pass through the development production line, the electroplating production line and the film stripping production line, and also automatically integrate the development production line, the The electroplating production line and the film stripping production line not only greatly reduce manpower, but also solve the problem of using gantry cranes in the wet process, thereby shortening the transportation time, reducing the lifting frequency, reducing transportation pollution, and reducing costs to achieve high productivity.

20: Cabin

30: Developing area

31: Development line

311: the first processing tank

32: Development equipment

33:Development electric control box

40: Plating area

41: Electroplating production line

411: the second processing tank

42: Electroplating equipment

43: Electroplating electric control box

44: rectifier

50: Conveyor

51: The first conveying structure

511: guide

512: gear

52: Second conveying structure

53: motor

60: Vehicle

61: sliding table

62: hanging rod

63: frame

631: front side

632: Rear side

64: Gripping point

65: Slider

66: Rack

67: electrode block

68: Guiding rod

70: Lifting device

80: Stripping area

81: Stripping production line

811: The third treatment tank

82: Stripping equipment

83: Stripping electric control box

90:Discharging equipment

91: Stripping and hanging production line

92:Second mechanical arm

93: Upper frame equipment

94: Feeding equipment

95: The first mechanical arm

96: Lower frame equipment

97: Return system

A: Anode plate

D: conveying distance

G: guide groove

N: Nozzle

P: printed circuit board

P ₁ : effective area

P ₂ : invalid area

S: sliding path

T ₂ : narrow side

V: vertical plane

W ₂ : Lateral narrowing

θ: offset angle

Figure 1A is a schematic diagram of a conventional gantry crane.

Figure 1B is a schematic diagram of a conventional gantry crane for reciprocating transport of printed circuit boards and then lifting them to the processing tank picture.

Fig. 2 is a structural diagram of the present invention.

Fig. 3 is a schematic diagram of the integrated development production line, electroplating production line and film stripping production line of the present invention.

Fig. 4A is a side view of the carrier of the present invention entering the development production line through the lifting device.

Fig. 4B is a side view of the carrier of the present invention entering the electroplating production line through the lifting device.

Fig. 4C is a side view of the carrier of the present invention entering the stripping production line through the lifting device.

Fig. 5A is a top view of the sliding table of the present invention sliding in the development production line.

Fig. 5B is a top view of the sliding table of the present invention sliding in the electroplating production line.

Fig. 5C is a top view of the slide table of the present invention sliding in the film peeling production line.

Fig. 6A is a schematic diagram of the carrier of the present invention rising above the developing production line.

FIG. 6B is a schematic diagram of the first conveying structure in which the carrier descends into the development production line according to the present invention.

FIG. 6C is a schematic diagram of the frame of the present invention being conveyed in the development production line by the first conveying structure.

Fig. 6D is a schematic diagram of the carrier of the present invention rising above the electroplating production line.

FIG. 6E is a schematic diagram of the second conveying structure in which the carriers drop onto the electroplating production line according to the present invention.

FIG. 6F is a schematic diagram of the frame of the present invention being conveyed in the electroplating production line by the second conveying structure.

Fig. 6G is a schematic diagram of the carrier of the present invention rising above the film stripping production line.

FIG. 6H is a schematic diagram of the first conveying structure in which the carrier of the present invention descends to the film peeling production line.

Fig. 6I is a schematic diagram of the frame of the present invention being conveyed in the peeling production line by the first conveying structure.

Fig. 7 is a schematic diagram of an offset angle between the vertical surface of the frame of the present invention and the sliding path of the slide table.

Fig. 8 is an enlarged view shown in 8 in Fig. 7 .

FIG. 9 is a schematic diagram of the overlap of invalid regions in the present invention.

The following is to illustrate the implementation of the present invention by specific specific examples, and those skilled in the art can easily understand other advantages and functions of the present invention from the content disclosed in this specification effect. The present invention can also be implemented or applied through other different specific embodiments, and various modifications and changes can be made to the details in this specification based on different viewpoints and applications without departing from the spirit of the present invention.

First of all, please refer to Figs. 2 to 9, a preferred embodiment of a cabin system with a continuous process in the present invention, including: a cabin 20, in this embodiment, the cabin 20 is formed by a plurality of brackets , each of the brackets can fix the predetermined orientation and predetermined position of various devices and equipment, such as conveying devices, lifting devices, wet process equipment, etc., and the Y direction is defined as the horizontal direction, the X direction is defined as the vertical direction and the Z direction is defined as the depth, but not This is the limit.

A development area 30, the development area 30 is located in the cabin body ₂₀ , and the development area 30 has a development production line 31 with a lateral narrowing W2 and a development equipment 32 combined with the development production line 31, and the development production line 31 and the developing device 32 provide vertical development. In this embodiment, the developing production line 31 sequentially includes a plurality of first processing tanks 311 arranged vertically, and cooperates with a developing electric control box 33 electrically connected to the developing device 32. The developing electric control box 33 controls the developing device 32 to carry out vertical development to each of the first processing tanks 311, as shown in Fig. 3 and Fig. 4A, each of the first processing tanks 311 has a nozzle N for new liquid washing, A series of vertical developing operations such as one-stage water washing, three-stage water washing, degreasing, two-stage water washing, pickling, etc., but not limited thereto.

An electroplating area 40, the electroplating area 40 is located in the cabin body ₂₀ , and the electroplating area 40 has an electroplating production line 41 with a lateral narrowing W2 and an electroplating equipment 42 combined with the electroplating production line 41, and the electroplating production line 41 and the electroplating equipment 42 provide vertical continuous electroplating (Vertical Continuous Plating, VCP), and the front section of the electroplating production line 41 is connected to the rear section of the development production line 31. In this embodiment, the electroplating production line 41 includes a plurality of vertical The second treatment tank 411 of arrangement is matched with an electroplating electric control box 43 electrically connected to the electroplating equipment 42, so that the electroplating electric control box 43 controls the electroplating equipment 42 to carry out vertical continuous electroplating to each of the second treatment tanks 411. As shown in Figure 3 and Figure 4B, each of the second treatment tanks 411 has a nozzle N and an anode plate A to perform a series of vertical electroplating operations such as pickling and electroplating, and the developing production line 31 and the electroplating production line 41 are integrated into a two-in-one A continuous process, but not limited thereto.

A conveying device 50, the conveying device 50 is arranged in the cabin body 20, and is located above the developing production line 31 and the electroplating production line 41, in this embodiment, the conveying device 50 can be a chain conveying device, a pneumatic conveying device , hydraulic conveying device, electric conveying device, oil pressure conveying device, guide rail conveying device or other devices that can realize conveying, but not limited to this.

A carrier 60, the carrier 60 has a slide table 61, a hanging rod 62, a frame 63 and a plurality of clamping points 64, the bottom surface of the slide table 61 is provided with the hanging rod 62, and the bottom end of the hanging rod 62 is combined The top of the frame 63, the predetermined place on the frame 63 is provided with the clamping point 64, and the frame 63 is vertical in the cabin body ₂₀ , and the narrow side T2 of the frame 63 is relative to the developing production line 31 and the The lateral width of the electroplating production line 41 is narrowed by W ₂ , and the sliding table 61 is used to slide on the conveying device 50 , and the frame 63 is continuously passed through the developing production line 31 and the electroplating production line 41 .

A lifting device 70, the lifting device 70 is located in the cabin body 20, used to lift the slide table 61, and the depth of the lifting and lowering of the frame 63 in the developing production line 31 and the electroplating production line 41, in this embodiment , the lifting device 70 can be a chain lifting device, a pneumatic lifting device, a hydraulic lifting device, an electric lifting device, an oil hydraulic lifting device, a guide rail lifting device or other devices capable of lifting, but not limited thereto.

Further, a stripping area 80 is further included, the stripping area 80 is located in the cabin body ₂₀ , and the stripping area 80 has a stripping production line 81 with a lateral narrowing W2 and a stripping production line 81 combined with the stripping line 81. Stripping equipment 82, and provide vertical stripping film with this stripping production line 81 and this stripping equipment 82, and the front section of this stripping production line 81 is continued in the rear section of this electroplating production line 41, and the narrow side T2 of this frame ₆₃ is opposite W2 is narrowed in the lateral direction of the stripping production line 81, and the slide table 61 continues to slide _on the conveying device 50, so that the frame 63 continues to pass through the film stripping production line 81, and the lifting device 70 is used to lift and lower the slide table 61. Linking the frame 63 to lift the depth of the film stripping production line 81, in this embodiment, the film stripping production line 81 includes a plurality of third processing tanks 811 arranged vertically in sequence, and cooperates with an electrical connection to the film stripping equipment 82 The film stripping electric control box 83 makes the film stripping electric control box 83 control the film stripping equipment 82 to carry out vertical film stripping to each of the third treatment tanks 811, cooperate as shown in Figure 3 and Figure 4C, each of the third processing The tank 811 has a nozzle N that can perform a series of vertical stripping operations such as three-stage water flow, film removal, new liquid washing, one-stage water washing, and three-stage water washing, and the developing production line 31, the electroplating production line 41 and the film stripping production line 81 are integrated into Three-in-one continuous process, but not limited thereto.

As shown in Fig. 4A, Fig. 4B and Fig. 4C, the carrier 60 can be lifted in the development production line 31, the electroplating production line 41 or the stripping production line 81 with the lifting device 70, and the carrier 60 includes a slide Block 65, a rack 66 and an electrode block 67, the slider 65 and the rack 66 are arranged on the first side of the slide table 61 and the electrode block 67 is arranged on the second side of the slide table 61, and cooperate As shown in Fig. 5A, Fig. 5B and Fig. 5C, its conveying device 50 includes a first conveying structure 51 and a second conveying structure 52, and the slider 65 and the rack 66 are positioned on the first conveying structure 51 , make the slide table 61 slide on the first conveying structure 51, and link the frame 63 to slide on the development production line 31 or the stripping production line 81 that does not need to be electrically conductive, or the electrode block 67 can slide on the second On the conveying structure 52, the slide table 61 is slid on the second conveying structure 52, and the frame 63 is linked to slide on the electroplating production line 41 that needs to conduct electricity, and the electrode block 67 can be automatically connected to the electroplating production line 41 for power supply Between the slide table 61, the hanging bar 62, the frame 63 and the clamping point 64, and the electroplating production line 41 further includes a rectifier 44, the rectifier 44 is electrically connected to the electrode block 67, so that the current of the rectifier 44 flows Through the electrode block 67, the sliding table 61, the hanging rod 62, the frame 63 to the clamping point 64, and the rectifier 44 is electrically connected to the anode plate A, and the electrode block 67 is like a cathode, and is connected to the anode Plates A cooperate with each other, but are not limited thereto.

In this embodiment, the conveying device 50 includes a motor 53 that can combine the first conveying structure 51 and the second conveying structure 52, and the first conveying structure 51 includes a Guide 511 and a gear 512, the slide table 61 is guided by the guide 511 and the rack 66 is driven by the gear 512, so that the motor 53 transports the carrier 60, and the electrode block 67 uses the second The conveying structure 52 is guided and operated so that the motor 53 conveys the carrier 60 , but it is not limited thereto. In addition, at least one guiding rod 68 is provided under the frame 63, and a guiding groove G is arranged in the first treatment tank 311, the second treatment tank 411 and the third treatment tank 811, but it is not limited thereto. .

Please refer to again shown in Fig. 2, this cabin body 20 comprises a discharging equipment 90 and a stripping and hanging production line 91 in sequence, the front section of the discharging equipment 90 is connected to the rear section of the film stripping production line 81, and the cabin body 20 A second mechanical arm 92 is arranged on the outside, and the second mechanical arm 92 is located on the side of the discharging device 90; the cabin body 20 includes an upper frame device 93 and a feeding device 94 in sequence, and the feeding device The rear section of 94 is connected to the front section of the development production line 31, and the cabin body 20 is provided with a first mechanical arm 95, and the first mechanical arm 95 is located on the side of the feeding device 94; the cabin body 20 includes the following Frame equipment 96, the front section of the lower frame equipment 96 is connected to the rear section of the peeling and hanging production line 91; the cabin body 20 includes a return system 97, and the return system 97 is combined between the upper frame equipment 93 and the lower frame equipment 96 During this time, the frame 63 is returned from the lower frame device 96 to the upper frame device 93. In this embodiment, the upper frame device 93 combines the top of the frame 63 with the bottom end of the hanging rod 62 to cooperate with the conveying The device 50 can also be extended to the outside of the cabin body 20, and slide on the conveying device 50 with the slide table 61, and the frame 63 is linked to pass through the feeding device 94, so that the first mechanical arm 95 grips the printed circuit board P is fixed on the frame 63, and the second mechanical arm 92 takes out the printed circuit board P on the frame 63 at the discharge device 90, and cooperates with the conveying device 50 to extend outside the cabin body 20, and The slide table 61 slides on the conveying device 50, and the frame 63 is linked to pass through the peeling and hanging production line 91, and the peeling and hanging production line 91 strips the top of the frame 63 from the bottom of the hanging rod 62, so that the frame 63 The framing can be performed in the framing device 96, but is not limited thereto.

Based on such construction, the clamping point 64 fixes the printed circuit board P, and the clamping Point 64 can be the clamping point 64 of fixture or the clamping point 64 in this frame 63, and passes through this development production line 31, this electroplating production line 41 and this stripping film production line 81 continuously with this carrier 60, and each clamping The points 64 are uniformly arranged on the frame 63. When the frame 63 passes through the electroplating production line 41, the current can be evenly distributed on the printed circuit board P, so that the printed circuit board P can be evenly electroplated, and the printed circuit board P is sprayed and sprayed. Soaking is all within the range, as shown in Figure 6A, its carrier 60 rises above the development production line 31; as shown in Figure 6B, its carrier 60 descends on the first conveying structure 51 of the development production line 31; Figure 6C As shown, the frame 63 is conveyed in the developing production line 31 by the first conveying structure 51; as shown in FIG. 6D, the carrier 60 rises above the electroplating production line 41; as shown in FIG. 6E, the carrier 60 falls on the second delivery structure 52 of the electroplating production line 41; as shown in FIG. 6F, the frame 63 is transported in the electroplating production line 41 by the second delivery structure 52; as shown in FIG. Rise above the stripping production line 81; as shown in Figure 6H, the carrier 60 falls on the first conveying structure 51 of the stripping production line 81; as shown in Figure 6I, the frame 63 passes through the first conveying structure 51 is transported in the stripping production line 81, so the multiple carriers 60 are continuously transported through the motor 53, and the multiple frames 63 are continuously linked, so that the printed circuit boards P are vertically and continuously carried out the developing production process, the electroplating production process and the stripping process one by one. film production process, so that different wet processes can be seamlessly connected and share handling equipment, and the development production line 31, the electroplating production line 41 and the film stripping production line 81 can also be automatically integrated, which not only greatly reduces manpower, but also enables printing on the frame 63 The circuit board P can shorten the transportation time, reduce the lifting frequency, reduce the transportation pollution and reduce the cost to realize the function improvement of high productivity, but it is not limited thereto.

In addition, the area where the circuit pattern is planned on the surface of the printed circuit board P is called the effective area P ₁ , on the contrary, the area where the circuit pattern is not planned on the surface of the printed circuit board P is called the invalid area P ₂ , and the invalid area P ₂ surrounds the Effective area P ₁ , so that the clamping point 64 can clamp the invalid area P ₂ , and prevent the effective area P ₁ from being clamped, but the current will concentrate on the invalid area P ₂ , so that the plating of the invalid area P ₂ The copper thickness is greater _than the copper plating thickness of the effective area P1, and the maximum and minimum values of the copper plating thickness are found in the printed circuit board P, and after calculation with the formula: R value = maximum value - minimum value, usually A larger R value is obtained, but in order to make the R value smaller, the structural design is carried out on the frame 63, as shown in Figure 7, Figure 8 and Figure 9, the vertical plane V of the frame 63 slightly offsets the slide table The sliding path S of 61 makes the vertical surface V of the frame 63 and the sliding path S of the sliding table 61 have an offset angle θ. When the clamping point 64 fixes the printed circuit board P, the printed circuit board P follows The frame 63 is slightly offset, so that the effective area P1 _of the printed circuit board P is also slightly offset. In this embodiment, the offset angle θ is 1 degree to 5 degrees. When a delivery distance D is predetermined between 61, the rear side 632 of one of the frames 63 is staggered with the front side 631 of the other frame 63, so that the rear side 632 of one of the frames 63 slightly protrudes from the invalid area _P2 of the printed circuit board P. _The front side 631 of the other frame 63 slightly protrudes from the invalid area P2 of the printed circuit board P, which can be overlapped without destroying the effective area P1 _of the printed circuit board P, and can also make the current evenly distributed in the overlapping invalid areas. region P ₂ , the copper plating thickness of the overlapping invalid regions P ₂ is relatively thin, so the copper plating thickness of the effective region P ₁ and the invalid region P ₂ are uniform, and the R of the printed circuit board P The effect of decreasing the value is improved, but not limited thereto.

To sum up, the technical means disclosed in the present invention do have the requirements of invention patents such as "novelty", "progressiveness" and "suitability for industrial utilization". sense of virtue.

However, the drawings and descriptions disclosed above are only preferred embodiments of the present invention, and modifications or equivalent changes made by those who are familiar with the art according to the spirit of this case should still be included in the scope of the patent application of this case.

20: Cabin

30: Developing area

31: Development line

32: Development equipment

33:Development electric control box

40: Plating area

41: Electroplating production line

42: Electroplating equipment

43: Electroplating electric control box

80: Stripping area

81: Stripping production line

82: Stripping equipment

83: Stripping electric control box

90:Discharging equipment

91: Stripping and hanging production line

92:Second mechanical arm

93: Upper frame equipment

94: Feeding equipment

95: The first mechanical arm

96: Lower frame equipment

97: Return system

Claims (13)

A cabin system with a continuous manufacturing process, comprising: a cabin; a development area, the development area is set in the cabin, and the development area has a horizontally narrowed development production line and a development equipment combined with the development production line, And use the development line and the development equipment to provide vertical development; an electroplating area, the electroplating area is set in the cabin, and the electroplating area has a horizontally narrowed electroplating production line and an electroplating equipment combined with the electroplating production line, and with The electroplating production line and the electroplating equipment provide vertical continuous electroplating, and the front section of the electroplating production line is connected to the rear section of the development production line; a conveying device, which is installed in the cabin and is located above the development production line and the electroplating production line ; A carrier, the carrier has a slide table, a hanging rod, a frame and multiple clamping points, the bottom surface of the slide table is provided with the hanging rod, the bottom end of the hanging rod is combined with the top of the frame, and The clamping point is set at the predetermined place, and the frame is vertical in the cabin, and the narrow side of the frame is narrowed relative to the lateral direction of the developing production line and the electroplating production line, and the sliding table is used to slide on the conveying device , and the frame is continuously passed through the development production line and the electroplating production line; and a lifting device, the lifting device is arranged in the cabin, used to lift the slide table, and the frame is raised and lowered in the development production line and the electroplating production line . The cabin system with continuous process as described in claim 1 further includes a stripping area, the stripping area is arranged in the cabin, and the stripping area has a laterally narrowed stripping production line and a combination of the The film stripping equipment of the film stripping production line, and the film stripping production line and the film stripping equipment provide vertical film stripping, and the front section of the film stripping production line is connected to the rear section of the electroplating production line, and the narrow side of the frame is opposite to the stripping film The horizontal narrowing of the production line, and the sliding table continues to slide on the conveying device, so that the frame continues to pass through the film stripping production line, and the lifting device is used to lift the sliding table to drive the frame on the stripping device. The film production line is lifted. The cabin system with continuous process as described in Claim 1, wherein, the development production line includes a plurality of first processing tanks arranged vertically in sequence, and cooperates with a development electric control box electrically connected to the development equipment, so that the development The electric control box controls the developing device to perform vertical development on each of the first processing tanks. The cabin system with continuous process as described in claim 1, wherein, the electroplating production line includes a plurality of second treatment tanks arranged vertically in sequence, and cooperates with an electroplating electric control box electrically connected to the electroplating equipment, so that the electroplating The electric control box controls the electroplating equipment to perform vertical continuous electroplating on each of the second treatment tanks. The cabin system with continuous process as described in Claim 2, wherein the film stripping production line sequentially includes a plurality of third processing tanks arranged vertically, and cooperates with a film stripping electric control box electrically connected to the film stripping equipment, The film stripping electric control box controls the film stripping equipment to perform vertical film stripping on each of the third processing tanks. The cabin system with continuous process as described in claim 2, wherein the carrier includes a slider, a rack and an electrode block, the slider and the rack are arranged on the first side of the slider and The electrode block is arranged on the second side of the sliding platform, and the conveying device includes a first conveying structure and a second conveying structure, and the slider and the rack are positioned on the first conveying structure, so that the sliding The platform slides on the first conveying structure, and the frame is linked to slide on the developing production line or the stripping production line that does not need to be electrically conductive, or the electrode block can be on the second conveying structure, so that the slide table can be placed on the second conveying structure The second conveying structure slides, and the frame is linked to slide on the electroplating production line that needs to conduct electricity. The cabin system with continuous process as described in claim 6, wherein, the electroplating production line further includes a rectifier, the rectifier is electrically connected to the electrode block, so that the current of the rectifier flows through the electrode block, the slide table, the Hanging rod, the frame to the clamping point. The cabin system with continuous process as described in claim 2, wherein, outside the cabin It includes a discharging equipment and a peeling and hanging production line in sequence. The front section of the discharging equipment is connected to the rear section of the peeling production line, and a second mechanical arm is arranged outside the cabin, and the second mechanical arm is arranged on the discharging equipment. the side. The cabin system with continuous process as described in claim 8, wherein, outside the cabin, there is a frame-mounting equipment and a feeding equipment in sequence, the rear section of the feeding equipment is connected to the front section of the developing production line, and the cabin A first mechanical arm is arranged outside the body, and the first mechanical arm is arranged on the side of the feeding device. The cabin system with continuous process as described in claim 9, wherein the cabin includes lower frame equipment, and the front section of the lower frame equipment is connected to the rear section of the stripping and hanging production line. The chamber system with continuous process as described in claim 10, wherein, the chamber includes a return system, and the return system is combined between the upper frame equipment and the lower frame equipment, so that the frame can be separated from the lower frame equipment Backflow to the upper frame device. The cabin system with continuous process as described in Claim 1, wherein the vertical plane of the frame slightly deviates from the sliding path of the slide table, so that the vertical plane of the frame and the sliding path of the slide table have an offset angle . The cabin system with continuous process as described in claim 12, wherein the offset angle is 1 degree to 5 degrees.

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