Submersible film horizontal conveying mechanism

Abstract

The invention relates to a submerged film horizontal conveying mechanism which comprises a pair of looping racks, and each looping rack is sequentially provided with a high-position linear rack section, a front rotary rack section, a descending linear rack section, a low-position linear rack section, an ascending linear rack section and a rear rotary rack section. The plurality of linear section riding wheels, the plurality of rotary section riding wheels and the plurality of closed clamping pressing wheels are continuously arranged on the opposite conveying sections of the looping rack; and the plurality of normally open clamps are provided with lower guide grooves corresponding to the linear section riding wheels and upper guide grooves corresponding to the closed clamp pressing wheels, and the normally open clamps are connected in series through a chain to form a loop for loop type conveying. Therefore, the submersible type film horizontal conveying mechanism has the effect of enabling the film to dive for processing.

Description

Technical Field

[0001] The invention relates to a submersible film horizontal conveying mechanism, and in particular to a design that allows the film to be processed while being submerged. Background Art

[0002] The thin film electroplating method is to allow the film to be electroplated to be horizontally transferred through the electroplating tank for electroplating to form a composite copper foil, and CN213295563U discloses a transmission mechanism, which includes two sets of transmission components, and any one set of transmission components includes a driving wheel, a driven wheel and a transmission steel belt, and the transmission steel belt is wound on the driving wheel and the driven wheel, and the clamps can be continuously set on the two sets of transmission steel belts, and the two consecutive rows of clamps facing each other can clamp the film to be electroplated and horizontally transfer it through the electroplating tank for electroplating processing; however, since the film to be electroplated is maintained at the same horizontal height from being clamped by the clamp to the electroplating process, the plating solution in the electroplating tank must maintain a higher circulation power to effectively flow over the upper surface of the film to be electroplated for electroplating processing, and the disturbance of the plating solution to the film to be electroplated is relatively increased, resulting in an adverse effect on the electroplating quality of the film to be electroplated. Summary of the invention

[0003] The main technical problem to be solved by the present invention is to overcome the above-mentioned defects of the prior art and provide a submersible film horizontal conveying mechanism, which has the effect of allowing the film to dive for processing and the effect of maintaining the film flat for processing.

[0004] The technical solution adopted by the present invention to solve its technical problem is:

[0005] A submersible film horizontal conveying mechanism comprises: a pair of loop frames, each of which has a high-position linear frame section, a front rotary frame section, a descending linear frame section, a low-position linear frame section, an ascending linear frame section and a rear rotary frame section in sequence; a plurality of linear segment supporting wheels, which are continuously arranged on the high-position linear frame section, the descending linear frame section, the low-position linear frame section and the ascending linear frame section; a plurality of rotary segment supporting wheels, which are continuously arranged on the front rotary frame section and the rear rotary frame section; a plurality of clamping pressing wheels, which are continuously arranged The descending linear frame section, the low-position linear frame section and the ascending linear frame section; and a plurality of normally open clamps, which have a lower clamp arm, an upper clamp arm and at least one push elastic member, wherein the lower clamp arm and the upper clamp arm relatively form a horizontal clamping surface, and the push elastic member is arranged between the lower clamp arm and the upper clamp arm so that the horizontal clamping surface is normally in an open clamping state, the lower clamp arm is provided with a lower guide groove relative to the linear segment supporting wheel, and the upper clamp arm is provided with an upper guide groove relative to the closed clamping pressure wheel, and the normally open clamps are connected in series into a loop by a chain.

[0006] In addition, the rotary section supporting wheel is a positioning member in which two conical wheel cone top surfaces are arranged facing each other. The closing clamping pressing wheel arranged on the descending linear frame section and the ascending linear frame section is further arranged as a buffering closing clamping pressing wheel.

[0007] The beneficial effects of the present invention are that it has the effect of allowing the film to dive for processing and the effect of maintaining the film flat for processing. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0009] Figure 1 It is a stereogram of the overall structure of the present invention.

[0010] Figure 2 It is a partial structural stereogram of the present invention.

[0011] Figure 3 It is a three-dimensional diagram of the normally open clamp structure of the present invention.

[0012] Figure 4 It is a side view of the normally open clamp structure of the present invention.

[0013] Description of the numbers in the figure:

[0014] 10 loop rack

[0015] 11 high-position linear rack sections

[0016] 12 front rotary rack sections

[0017] 13 descending linear rack section

[0018] 14 low-level linear rack sections

[0019] 15 ascending linear rack sections

[0020] 16 rear rotary rack sections

[0021] 20 Straight segment roller

[0022] 30 slewing section support roller

[0023] 31 Conical wheel

[0024] 32 positioning parts

[0025] 40 Closed clamping wheel

[0026] 40a Buffer type closed clamping wheel

[0027] 50 Normally Open Fixture

[0028] 51 Lower clamp arm

[0029] 52 Upper clamp arm

[0030] 53 push elastic member

[0031] 54 horizontal clamping surface

[0032] 55 lower guide groove

[0033] 56 upper guide groove

[0034] 57 Chain DETAILED DESCRIPTION

[0035] First, see Figure 1 to Figure 4 As shown, the present invention comprises: a pair of loop frames 10, each of which has a high-position linear frame section 11, a front rotary frame section 12, a descending linear frame section 13, a low-position linear frame section 14, an ascending linear frame section 15 and a rear rotary frame section 16 in sequence; a plurality of linear segment supporting wheels 20, which are continuously arranged on the high-position linear frame section 11, the descending linear frame section 13, the low-position linear frame section 14 and the ascending linear frame section 15; a plurality of rotary segment supporting wheels 30, which are continuously arranged on the front rotary frame section 12 and the rear rotary frame section 16, and the rotary segment supporting wheels 30 are arranged such that the conical top surfaces of two conical wheels 31 face each other on the positioning member 32; a plurality of closing clamping rollers 4 0, continuously arranged on the descending linear frame section 13, the low-position linear frame section 14 and the ascending linear frame section 15; and a plurality of normally open clamps 50, having a lower clamping arm 51, an upper clamping arm 52 and at least one push elastic member 53, the lower clamping arm 51 and the upper clamping arm 52 relatively form a horizontal clamping surface 54, the push elastic member 53 is arranged between the lower clamping arm 51 and the upper clamping arm 52 so that the horizontal clamping surface 54 is normally in an open clamping state, the lower clamping arm 51 is provided with a lower guide groove 55 relative to the linear segment supporting wheel 20, the upper clamping arm 52 is provided with an upper guide groove 56 relative to the closing clamping pressure wheel 40, and the normally open clamps 50 are connected in series into a loop by a chain 57.

[0036] Furthermore, the closing clamping wheel disposed on the descending linear frame section 13 and the ascending linear frame section 15 can be further configured as a buffer-type closing clamping wheel 40a having an elastic member inside, so that the normally open clamp 50 can still move forward smoothly when passing through the high position and the low position turning point.

[0037] Based on the above structure, the present invention arranges a pair of loop racks 10 in parallel and arranges the low-position linear rack sections 14 on adjacent sides, and the electroplating tank (not shown) can be arranged below the two low-position linear rack sections 14, so that when the loop-type normally open clamp 50 is driven by power, the normally open clamp 50 can be transported in a loop on the several linear segment supporting wheels 20 and the several rotary segment supporting wheels 30 continuously arranged on the loop rack 10. When the normally open clamp 50 runs to the descending linear rack section 13, the several closed clamping pressure wheels 40 arranged continuously press the upper clamp arm 52 of the normally open clamp 50 downward to the lower clamp arm 51, so that the horizontal clamping surface 54 presents In the closed state, the film to be plated is clamped horizontally (not shown in the figure). The normally open clamp 50 will continue to be in a closed clamping state in the descending linear frame section 13, the low-position linear frame section 14 and the ascending linear frame section 15, thereby clamping the film to be plated and descending from a high position to a plating tank at a low position for electroplating. After the electroplating is completed, it is raised from a low position to a high position to leave the plating tank. Therefore, the present invention has the effect of allowing the film to dive for (electroplating) processing, allowing the upper surface of the film to be plated to have sufficient plating solution (if the film to be plated does not dive, the plating solution must have a stronger fluidity to flow over the upper surface of the film to be plated), thereby improving the (electroplating) processing quality.

[0038] However, the lower clamp arm 51 of the normally open clamp 50 is provided with a lower guide groove 55 relative to the straight segment support wheel 20, and the upper clamp arm 52 is provided with an upper guide groove 56 relative to the closed clamp pressure wheel 40, so that the normally open clamp 50 can be stable and not shake during the operation process, and the normally open clamps 50 arranged in pairs facing each other in the descending straight frame section 13, the low straight frame section 14 and the ascending straight frame section 15 will always maintain an equidistant distance, so that the clamped film is always kept flat, and the film can be kept flat for processing. In addition, a water washing tank (not shown) can be set relative to the high straight frame section 11, so that the normally open clamp 50 passing through the high straight frame section 11 can be cleaned in the water washing tank.

[0039] The above description is only a preferred embodiment of the present invention and does not limit the present invention in any form. Any simple modification, equivalent changes and modifications made to the above embodiments based on the technical essence of the present invention are still within the scope of the technical solution of the present invention.

Claims

1. A submersible film horizontal conveying mechanism, characterized in that: include: A pair of loop racks, each of which sequentially comprises a high-position linear rack section, a front rotary rack section, a descending linear rack section, a low-position linear rack section, an ascending linear rack section and a rear rotary rack section; A plurality of straight-segment supporting wheels are continuously arranged on the high-position straight-segment frame segment, the descending straight-segment frame segment, the low-position straight-segment frame segment and the ascending straight-segment frame segment; A plurality of rotary section supporting wheels are continuously arranged on the front rotary frame section and the rear rotary frame section; A plurality of closing and clamping wheels are continuously arranged on the descending linear frame section, the low-position linear frame section and the ascending linear frame section; as well as A plurality of normally open clamps are provided with a lower clamp arm, an upper clamp arm and at least one push elastic member. The lower clamp arm and the upper clamp arm form a horizontal clamping surface relative to each other. The push elastic member is arranged between the lower clamp arm and the upper clamp arm so that the horizontal clamping surface is normally in an open clamping state. The lower clamp arm is provided with a lower guide groove relative to the straight segment support wheel, and the upper clamp arm is provided with an upper guide groove relative to the closed clamping pressure wheel. The normally open clamps are connected in series into a loop by a chain.

2. The submersible film horizontal conveying mechanism according to claim 1, characterized in that: The rotating section supporting wheel is a positioning member in which two conical wheel cone top surfaces are arranged facing each other.

3. The submersible film horizontal conveying mechanism according to claim 1 or 2, characterized in that: The closing and clamping pressing wheels arranged on the descending linear frame section and the ascending linear frame section are further configured as buffer-type closing and clamping pressing wheels.

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