JP3239087U - Wet process equipment with carrier oriented system - Google Patents

Abstract

A wet process apparatus having a carrier orientation system capable of improving the yield of substrates is provided. A main body (10), a carrying device (20) and a guide member (30), the main body (10) having a carrying device moving passage (12), the carrying device (20) comprising an outer frame and an inner annular frame, the outer frame having a plurality of rollers. spaced apart, an inner annular frame is rotatably installed between each roller, the inner annular frame includes an annular body and a guide receiving member fixed to the annular body, the annulus defining a substrate clamping area; and a guide member 30 installed in the carrier movement passage 12 and formed on one side surface of the inner annular frame, wherein the carrier 20 translates along the carrier movement passage 12 . During the process, the guide receiving member contacts and is guided by the guide member 30, causing directional rotation of the inner annular frame with respect to the outer frame. [Selection drawing] Fig. 1

Description

The present invention relates to the technology of wet processing equipment for substrates, and more particularly to a wet processing equipment with a carrier orientation system.

During the process of processing a printed wiring board, for example, in wet processes such as etching and cleaning, the wiring board is usually positioned first by a clamping jig, and then the processing process is performed. In the processing process, the printed wiring board is attached to the transport unit in an upright manner, and the transport unit moves the printed wiring board along a predetermined route to perform processing such as etching and cleaning on the printed wiring board. It is common to do

In order to process the above-mentioned printed wiring board in various directions and angles, research has been conducted on a carrying device for placing and positioning the corresponding printed wiring board, and a rotary carrying device using a plurality of water flow drivers. A rotary carrier has been developed that drives and rotates each of the The water flow driver is driven and rotated by receiving the impact of the jetted water column.

However, it is unavoidable that residues of the chemical solution and water adhere to the clamping jig during chemical etching and water cleaning of the transport equipment. The residue drips down onto the substrate and adheres to the printed wiring board, thus reducing the effectiveness and yield of the product.

Therefore, with the goal of improvement, the inventor of the present invention devoted himself to researching the above-mentioned shortcomings of the prior art, and applied and combined theories to try to solve the above-mentioned problems.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a wet process apparatus having a transfer device-oriented system that can improve the yield of substrates by effectively avoiding the effects of dripping and flowing of residues such as chemicals and water. and

To achieve the above objects, the present invention provides a wet process apparatus with a carrier orientation system, comprising a body, a carrier, and a guide member, the body having a carrier movement passage, and a carrier The device includes an outer frame and an inner annular frame, the outer frame is provided with a plurality of rollers spaced apart, the inner annular frame is rotatably installed between the rollers, the inner annular frame includes an annular body and an annular body. At least one guide receiving member secured to the profile, the annular profile having a substrate clamping area, the guide member located in the carrier travel path and formed on one side surface of the inner annular frame. During the process of parallel movement of the carrying device along the carrying device moving path, the guide receiving member is guided by contact with the guide member, thereby causing the inner annular frame to rotate in a directional manner with respect to the outer frame. Let

The present invention further has the following effects. By combining the guide member and the guide receiving member, each clamp member can be installed horizontally, thereby achieving automation of the board removal work. By providing a stop on the slanted bar and a downwardly slanted bar, not only is it possible to prevent the guide receiving member from moving away from the guiding action of the guide member, but it is also possible to adjust the angle relative to the inner annular frame when the carrier is moved in the opposite direction. can also be done.

1 is an assembly conceptual diagram of a wet process apparatus of the present invention; FIG. FIG. 4 is a conceptual diagram of the arrangement of the carrier and the guide member of the present invention; FIG. 4 is a conceptual view of the carrier and the guide member of the present invention in different directions; Fig. 2 is a side view of the delivery device and guide member of the present invention; FIG. 4 is an assembly conceptual diagram of the carrying device of the present invention coupled to a carrying mechanism; It is a conceptual diagram (1) of the use state of this invention. It is a conceptual diagram (2) of the use state of this invention. It is a conceptual diagram (3) of the use state of this invention. FIG. 4 is a conceptual diagram of another use state of the present invention; FIG. 4 is a conceptual diagram of another use state of the present invention;

The detailed description and technical content of the present invention will be described below with reference to the drawings. The accompanying drawings are provided for reference and explanation only, and are not intended to limit the present invention.

See FIGS. 1-5. The present invention provides a wet processing apparatus with a carrier device orientation system, which mainly includes a body 10, a carrier device 20 and a guide member 30.

The main body 10 is a substantially strip-shaped box, and a conveyor belt 11 is arranged on the upper part of the main body 10 . , an injection device 13 is arranged, and the injection device 13 includes a plurality of nozzles 131 arranged at intervals.

The carrying device 20 mainly includes an outer frame 21 and an inner annular frame 22, and the outer frame 21 is mainly composed of two transverse bars 210 and two longitudinal bars 211 assembled and connected. The outer frame 21 of this embodiment is substantially rectangular, and a plurality of rollers 212 are installed on each horizontal bar 210 and each vertical bar 211 of the outer frame 21 at intervals. Including a driven roller 213 and two driving rollers 214, each driven roller 213 is respectively installed on the upper horizontal bar 210 and the left and right vertical bars 211, and each driving roller 214 is installed on the lower horizontal bar 210 are installed at intervals.

The inner annular frame 22 is rotatably installed between each driven roller 213 and each driving roller 214, and the inner annular frame 22 includes an annular body 221 and at least one guide receiving member fixed to the annular body 221. 222, the intermediate portion of the annular body 221 is provided with a substrate clamping area 223 which is fixed to the inner annular frame 22 by a plurality of clamping members 23 and for clamping to the substrate 7, wherein The substrate 7 may be a flexible wiring substrate.

In one embodiment, the inner annular frame 22 is a circular inner annular frame, the number of guide receiving members 222 is two, and the line connecting each guide receiving member 222 passes through the center of the circular inner annular frame. , thereby increasing the contact frequency between the guide receiving member 222 and the guide member 30 . Also, each guide receiving member 222 may be a rotating wheel, thereby reducing frictional resistance when in contact with the guide member 30 .

The guide member 30 is installed in the carrier moving passage 12 and formed on one side surface of the inner annular frame 22 . has an introduction portion 311 and a lead-out portion 312, respectively, the introduction portion 311 has a stopper 32 extending downward, and the lead-out portion 312 has a downwardly inclined bar 33 extending downward. Among them, the stopper 32 can prevent the guide receiving member 222 from being separated from the guiding action of the guide member 30, and the downward inclined bar 33 can prevent the inner ring frame from moving backward when the carrier device 20 is moved in the reverse direction. 22 can also be adjusted to meet the needs of the manufacturing process.

In one embodiment, the carrier 20 further comprises a hanger 24, the lower side of which is connected to the outer frame 21, and the upper side of which is connected to the conveyor belt 11 described above, thereby: The conveying device 20 is conveyed in parallel by the conveying belt 11 .

In one embodiment, the carrying device 20 further includes two guard rings 25, each guard ring 25 being fixed to each of the above-mentioned transverse bars 210 and each longitudinal bar 211 by fastening members such as screws, and each guard ring The inner annular frame 22 is restrained between the outer frame 21 and the protective ring 25 by 25 .

In one embodiment, the carrying device 20 further includes a transmission mechanism 26, which is installed between the outer frame 21 and the inner annular frame 22, the transmission mechanism 26 mainly includes an impeller 261 and a gear group 262, and the gear group 262 includes a first helical gear 2621 and a second helical gear 2622, the first helical gear 2621 is connected with the impeller 261, the second helical gear 2622 is connected with the drive roller 214 described above, Also, it meshes with the first helical gear 2621 to transmit power.

Next, referring to FIGS. 6 to 8, in operation, the conveying device 20 is driven by the conveying belt 11, moves parallel along the conveying device moving path 12, and under the condition that the inner annular frame 22 is tilted to the left, When the guide receiving member 222 reaches the introduction portion 311 of the guide member 30 , the guide receiving member 222 is pushed up by the inclined bar 31 as the conveying device 20 continues to move in parallel, and the inner annular frame 22 and the outer frame 21 move. When the guide receiving member 222 reaches the lead-out portion 312 of the guide member 30 by rotating in the counterclockwise direction, the clamp members 23 are positioned just above and below. It would be advantageous to automate the removal of the substrate 7 .

For further explanation, here, the angle of the slant bar 31 of the guide member 30 can be set or adjusted according to the actual use needs, so that the rotation angle of the inner annular frame 22 of the carrying device 20 can be set to a predetermined value. An angle can be achieved, and the two guide receiving members 222 in FIG. 8 are not limited to the horizontal state.

Next, referring to FIG. 9, when the guide receiving member 222 reaches the introduction portion 311 of the guide member 30 under the condition that the inner annular frame 22 is tilted to the right, the conveying device 20 continues to move in parallel. , the guide receiving member 222 is pushed up by the inclined bar 31, causing the inner annular frame 22 to rotate clockwise with respect to the outer frame 21, and when the guide receiving member 222 reaches the lead-out portion 312 of the guide member 30, Each clamping member 23 is positioned just above and below.

Next, referring to FIG. 10, during the work process of belt-type production, each conveying device 20 enters the conveying device movement passage 12 in turn, and each guide receiving member 222 comes into contact with the guide member 30, thereby Each delivery device 20 is oriented in a specific orientation.

In summary, the wet processing apparatus with the carrier orientation system of the present invention can achieve its intended use and overcome the shortcomings of the prior art.

10 Main body 11 Conveyor belt 12 Conveyor moving passage 13 Injector 131 Nozzle 20 Conveyor 21 Outer frame 210 Horizontal bar 211 Vertical bar 212 Roller 213 Driven roller 214 Driving roller 22 Inner annular frame 221 Ring-shaped body 222 Guide receiving member 223 Substrate clamping area 23 Clamping member 24 Hanger 25 Protective wheel 26 Transmission mechanism 261 Impeller 262 Gear group 2621 First helical gear 2622 Second helical gear 30 Guide member 31 Inclined bar 311 Lead-in portion 312 Lead-out portion 32 Stopper 33 Downwardly inclined bar 7 board

Claims (10)

a body having a carrier travel path;
It comprises an outer frame and an inner annular frame, wherein the outer frame is provided with a plurality of rollers at intervals, the inner annular frame is rotatably installed between the rollers, the inner annular frame comprises an annular body and an inner annular frame. a carrier device including at least one guide receiving member secured to said annulus, said annulus having a substrate clamping area;
a guide member installed in the carrier movement path and formed on one side surface of the inner annular frame;
During the process of parallel movement of the carrying device along the carrying device moving path, the guide receiving member contacts and is guided by the guide member, thereby causing directional rotation of the inner annular frame with respect to the outer frame. Wet process equipment having a carrier orientation system that allows 2. The wet process apparatus with carrier orientation system of claim 1, wherein said guide member comprises an angled bar having respective inlet and outlet portions at opposite ends of said angled bar. 3. The wet process apparatus with carrier directing system of claim 2, wherein the lead-in portion has a stopper extending downwardly and the outlet portion has a downwardly sloping bar extending downwardly. 2. The delivery device oriented according to claim 1, having two guide receiving members, wherein said inner annular frame is a circular inner annular frame, and a line connecting each said guide receiving member passes through the center of said circular inner annular frame. Wet process equipment with system. The outer frame includes two transverse bars and two longitudinal bars connected to each transverse bar, and has three driven rollers and two driving rollers, each driven roller respectively 2. Wet process apparatus with carrier orientation system according to claim 1, located on one said transverse bar and each said longitudinal bar, each said drive roller being located on another said transverse bar at intervals. . 2. The wet process apparatus with carrier orientation system of claim 1, wherein said carrier further comprises a hanger, said hanger connected to said outer frame. The carrying device further comprises a plurality of protective rings, each of the protective rings being fixed to the outer frame, each of the protective rings constraining the inner annular frame between the outer frame and each of the protective rings. A wet process apparatus comprising the carrier directing system of claim 1. 2. The wet process apparatus with carrier orientation system of claim 1, wherein the carrier further comprises a transmission mechanism, wherein the transmission mechanism is installed between the outer frame and the inner annular frame. The transmission mechanism includes an impeller and a gear group, the gear group includes a first helical gear and a second helical gear, the first helical gear is connected with the impeller, and the second helical gear is 9. Wet process equipment with carrier directing system according to claim 8, wherein a gear is connected with each of said rollers in part and in meshing transmission with said first helical gear. 2. The wet process apparatus with carrier directing system of claim 1, wherein said body has an injector disposed thereon, said injector including a plurality of spaced apart nozzles.

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