A method for adjusting the position of a flipping and laminating fixture

Abstract

The present invention provides a method for adjusting the position of a flipping and laminating fixture, which enables the products adsorbed by the fixture on the flipping plate, the copper foil or foam adsorbed by the lower fixture to be quickly aligned and adjusted, ensuring the stability and reliability of the laminated products. A horizontal angle adjustment mechanism is provided on the lower fixture, a Y guiding mechanism is provided on the positioning plate of the fixture on the flipping plate, and when the lower fixture is switched to the pressing station along the X-direction linear track, it is ensured that the product after flipping and pressing by the fixture on the flipping plate is aligned and laminated on the upper surface adhesive layer of the copper foil or foam positioned and placed on the lower fixture.

Description

Technical Field

[0001] The present invention relates to the technical field of product flip lamination, and in particular to a method for adjusting the position of a flip lamination fixture. Background Art

[0002] After the plastic product is manufactured, it is necessary to attach copper foil or foam to two areas in the length direction (i.e., the Y direction) of the product respectively. In actual operation, one side of the two parts of the copper foil or foam is attached with an adhesive layer and covered with a release film. The copper foil or foam of the corresponding shape is punched out according to the shape of the two parts in the length direction of the product. The product is adsorbed and positioned on the lower surface of the jig on the flip plate, and then the two parts of the copper foil are positioned on the upper surface of the lower jig respectively. The upper surface of the existing lower jig is provided with convex positioning blocks. When the copper foil of the corresponding shape is positioned, the release film is torn off, and the lower jig is moved along the track to the flipping and pressing molding area. The jig on the flip plate drives the product to flip so that the lower surface of the product is attached to the adhesive layer. During actual assembly, displacement will occur between the positioning cavities corresponding to the jig on the flip plate and the lower jig, which will lead to misalignment. Since the existing jig cannot be adjusted, the position can only be adjusted by squeezing the adhesive layer. The position adjustment is limited, so it is easy to produce waste. Summary of the invention

[0003] In response to the above problems, the present invention provides a method for adjusting the position of a flip laminating jig, which enables the product adsorbed by the jig on the flip plate and the copper foil or foam adsorbed on the lower jig to be quickly adjusted in position, ensuring that the product after lamination is stable and reliable.

[0004] A method for adjusting the position of a flip-fitting jig is characterized in that: a horizontal angle adjustment mechanism is arranged on the lower jig, a Y guide mechanism is arranged on the positioning plate of the jig on the flip plate, and when the lower jig is switched to the pressing station along an X-direction linear track, it is ensured that the product after the jig on the flip plate is flipped and pressed is aligned and fitted to the upper surface adhesive layer of the copper foil or foam positioned and placed on the lower jig.

[0005] Its further feature is that its specific operation steps are as follows:

[0006] A. A horizontal angle adjustment plate is pre-arranged at the lower part of the upper plate of the lower fixture. The support plate formed by the combination of the horizontal angle adjustment plates is embedded in the X-direction linear track. The support plate is driven to run along the X-direction linear track to the loading station and the pressing station for operation. The upper plate of the fixture is provided with a plurality of floating blocks. The placement area formed by the floating blocks is used to place copper foil or foam of corresponding shapes.

[0007] B. A Y guide groove is arranged on the positioning plate of the turning plate jig so that the positioning plate can be adjusted in the Y direction along the Y guide groove. An adsorption area is arranged in the central area of ​​the upper surface of the positioning plate, and the adsorption area adsorbs and positions the upper surface of the product on the positioning plate;

[0008] C At the loading station, the copper foil or foam is manually placed in the placement area of the upper plate of the fixture. With the fixture on the flip plate in the open state, the product is manually placed in the positioning cavity and adsorbed by the adsorption area;

[0009] D Manually adjust the horizontal angle adjustment plate to drive the upper plate of the fixture to deflect horizontally; manually adjust the positioning plate to drive the adsorbed product to move in the Y direction;

[0010] E Move the lower fixture along the X-direction linear track to the pressing station. The fixture on the flip plate flips and closes, so that the product is aligned and pressed on the copper foil or foam to complete the product fitting and assembly operation.

[0011] It is further characterized in that:

[0012] The horizontal angle adjustment plate includes a connecting cross plate and two side plates. A central positioning hole is provided on the connecting cross plate. The central positioning hole and the support plate are connected by a rotating shaft. Arc grooves are symmetrically arranged on the two side plates with respect to the central positioning hole. The horizontal angle adjustment plate rotates and adjusts with the central positioning hole as the center, and its angle direction is limited and adjusted through the arc grooves;

[0013] On the upper plate of the fixture of the lower fixture, two positioning areas are formed by a floating stopper combination. Each positioning area corresponds to two groups of independent adsorption hole areas respectively, and each adsorption hole area corresponds to an independent vacuum pumping device, which ensures sufficient adsorption force for the copper foil or foam;

[0014] A pressing roller is further provided on one side of the X axis of the fixture on the flip plate. The pressing roller is arranged on one side of the discharging direction of the lower fixture when the fixture on the flip plate is in the flipped state. When the external power drives the lower fixture to move along the X-direction linear track from the pressing station to the loading station, the pressing roller presses the product on the adhesive layer of the copper foil or foam to ensure firm and reliable pressing and fitting;

[0015] A fixed positioning block is provided at one end of the surface of the positioning block of the fixture on the flip plate away from the pressing roller in the X-axis direction. The fixed positioning block is of an open structure and only includes an X-direction positioning part at one end and a Y-direction positioning part at one end. The fixed positioning block is used to accurately position the product layout and ensure that the product moves out of the corresponding surface area of the fixture on the flip plate along the notch position and the copper foil or foam on the lower fixture after flipping and pressing;

[0016] The protruding thickness of the fixed positioning block is not greater than the thickness of the product, ensuring accurate and reliable attachment of the product and the copper foil or foam after flipping and pressing;

[0017] In the initial loading state, the positioning block of the fixture on the flip plate faces upward, and the entire lower surface of the fixture on the flip plate is supported by the auxiliary support table to ensure reliable and convenient loading of the product;

[0018] When the fixture on the turning plate flips, the adsorption area on the positioning block adsorbs the product through an external vacuum pumping device to ensure the stable state of the product during the flipping process;

[0019] After the fixture on the turning plate flips in place, the lower surface of the product fits the adhesive layer, and the adsorption area of the positioning block releases the vacuum state. Then, the product and the copper foil or foam are moved out of the pressing station by the X power drive of the lower fixture. At this time, the pressing roller completes the full-area pressing operation on the upper surface of the product.

[0020] After adopting the present invention, the product is accurately and reliably positioned with the copper foil or foam through Y-direction alignment, XY angle adjustment of the copper foil or foam, and X-direction positioning of the copper foil or foam through the X-direction linear track. It enables the product adsorbed by the fixture on the turning plate and the copper foil or foam adsorbed on the lower fixture to quickly perform alignment adjustment, ensuring the stable and reliable state of the product after attachment. Description of the Drawings

[0021] Figure 1 It is the front view schematic diagram of the fixture corresponding to the present invention;

[0022] Figure 2 It is the top view of the horizontal angle adjustment plate corresponding to the present invention;

[0023] Figure 3 It is the top view of the positioning block corresponding to the present invention (removing the fixed positioning block);

[0024] The names corresponding to the serial numbers in the figure are as follows:

[0025] Loading station 100, pressing station 200;

[0026] Lower fixture 10, fixture on the turning plate 20, positioning plate 30, Y guiding groove 31, adsorption area 32, X-direction linear track 40, upper fixture plate 50, horizontal angle adjustment plate 60, horizontal angle adjustment plate 60, connecting cross plate 61, side plate 62, central positioning hole 63, arc groove 64, pressing roller 70, fixed positioning block 80, auxiliary support table 90. Detailed Embodiment

[0027] A position adjustment method for a flipping and attaching fixture is shown in Figures 1 - 3 , which includes:

[0028] A horizontal angle adjustment mechanism is arranged on the lower fixture 10, a Y guiding mechanism is arranged on the positioning plate 30 of the fixture on the turning plate 20, and when the lower fixture 10 switches to the pressing station along the X-direction linear track 40, it is ensured that the product after flipping and pressing by the fixture on the turning plate 20 is aligned and attached to the upper surface adhesive layer of the copper foil or foam positioned and placed on the lower fixture 10.

[0029] The specific operation steps are as follows:

[0030] A horizontal angle adjustment plate 60 is pre - arranged at the lower part of the upper fixture plate 50 of the lower fixture 10. The bottom support plate formed by the combination of the horizontal angle adjustment plates 60 is embedded in the X - direction linear track 40. It runs along the X - direction linear track 40 to the loading station 100 and the pressing station 200 for operation. A number of floating stoppers are arranged on the upper fixture plate 50, and the placing area formed by the floating stoppers is used to place copper foils or foams of corresponding shapes.

[0031] B A Y - guiding groove 31 is arranged on the positioning plate 30 of the flip - up upper fixture 20, so that the positioning plate 30 makes a Y - direction position adjustment along the Y - guiding groove 31. An adsorption area 32 is arranged in the central area of the upper surface of the positioning plate 30, and the upper surface of the product is adsorbed and positioned on the positioning plate 30 by the adsorption area 32.

[0032] C At the loading station 100, the copper foil or foam is manually placed in the placing area of the upper fixture plate 50. With the flip - up upper fixture 20 in the open state, the product is manually placed in the positioning cavity and adsorbed by the adsorption area 32.

[0033] D Manually adjust the horizontal angle adjustment plate to drive the upper fixture plate 50 to deflect horizontally; manually adjust the positioning plate 30 to drive the adsorbed product to move in the Y - direction.

[0034] E Move the lower fixture 10 along the X - direction linear track 40 to the pressing station 200. The flip - up upper fixture 20 is flipped and closed, so that the product is aligned and pressed on the copper foil or foam, completing the product bonding and assembly operation.

[0035] Specifically, the horizontal angle adjustment plate 60 includes a connecting cross - plate 61 and two side plates 62. A central positioning hole 63 is arranged on the connecting cross - plate 61. The central positioning hole 63 and the support plate are connected by a rotating shaft. Arc grooves 64 are symmetrically arranged on the two side plates 62 with respect to the central positioning hole 63. The horizontal angle adjustment plate 60 rotates and adjusts with the central positioning hole 63 as the center, and its angular direction is limited and adjusted through the arc grooves 64.

[0036] Two positioning areas are formed on the upper fixture plate 50 of the lower fixture 10 by the combination of floating stoppers. Each positioning area corresponds to two groups of independent adsorption hole areas respectively, and each adsorption hole area corresponds to an independent vacuum pumping device, which ensures sufficient adsorption force for the copper foil or foam.

[0037] A pressing roller 70 is also arranged on one side of the X - axis of the flip - up upper fixture 20. The pressing roller 70 is arranged on one side of the discharging direction of the lower fixture 10 when the flip - up upper fixture is in the flipped state. When the external power drives the lower fixture to move from the pressing station 200 to the loading station 100 along the X - direction linear track 40, the pressing roller 70 presses the product on the adhesive layer of the copper foil or foam, ensuring firm and reliable pressing and bonding.

[0038] On the surface of the positioning block 30 of the fixture 20 on the turning plate, a fixed positioning block 80 is provided at the X-axis end away from the pressing roller 70. The fixed positioning block 80 has an open structure and only includes an X-direction positioning part at one end and a Y-direction positioning part at one end. The fixed positioning block 80 is used to accurately position the product layout and ensure that after the product is turned and pressed, it is integrally moved out of the corresponding surface area of the fixture 20 on the turning plate along the notch position and the copper foil or foam on the lower fixture;

[0039] The protruding thickness of the fixed positioning block 80 is not greater than the thickness of the product, ensuring the accurate and reliable attachment of the product and the copper foil or foam after turning and pressing;

[0040] In the initial feeding state, the positioning block 30 of the fixture 20 on the turning plate is arranged upward, and the entire lower surface of the fixture 20 on the turning plate is supported on the auxiliary support table 90 to ensure reliable and convenient feeding of the product;

[0041] When the fixture 20 on the turning plate is turned, the adsorption area 32 on the positioning block 30 adsorbs the product through an external vacuum pumping device to ensure the stable state of the product during the turning process;

[0042] After the fixture 20 on the turning plate is turned in place, the lower surface of the product fits the adhesive layer, and the adsorption area of the positioning block 30 is released from the vacuum state. Then, the product and the copper foil or foam are moved out of the pressing station 200 by the X power drive of the lower fixture. At this time, the pressing roller 80 completes the full-area pressing operation on the upper surface of the product.

[0043] The working principle is as follows. The product is accurately and reliably positioned through Y-direction alignment, the copper foil or foam is adjusted by XY angle, and the copper foil or foam is positioned in the X direction through the X-direction linear track. This enables the product adsorbed by the fixture on the turning plate and the copper foil or foam adsorbed on the lower fixture to be quickly aligned and adjusted, ensuring the stable and reliable state of the attached product.

[0044] For those skilled in the art, it is obvious that the present invention is not limited to the details of the above exemplary embodiments, and without departing from the spirit or basic characteristics of the present invention, the present invention can be implemented in other specific forms. Therefore, from any point of view, the embodiments should be regarded as exemplary and non-limiting. The scope of the present invention is defined by the appended claims rather than the above description. Therefore, all changes falling within the meaning and scope of the equivalent elements of the claims are intended to be included in the present invention. Any reference signs in the claims should not be regarded as limiting the claimed rights.

[0045] In addition, it should be understood that although this specification is described according to embodiments, not every embodiment only contains an independent technical solution. This narrative way of the specification is only for clarity. Those skilled in the art should regard the specification as a whole, and the technical solutions in each embodiment can also be appropriately combined to form other embodiments that can be understood by those skilled in the art.

Claims

1. A position adjustment method for a flipping and laminating fixture, characterized in that: A horizontal angle adjustment mechanism is provided on the lower fixture, a Y guide mechanism is provided on the positioning plate of the upper fixture of the flip plate, and when the lower fixture is switched to the pressing station along the X-direction linear track, it is ensured that the product after the jig on the flip plate is flipped and pressed is aligned with the upper surface adhesive layer of the copper foil or foam positioned and placed on the lower fixture; the specific operation steps are as follows: A. A horizontal angle adjustment plate is pre-arranged at the lower part of the upper plate of the lower fixture. The support plate formed by the combination of the horizontal angle adjustment plates is embedded in the X-direction linear track. The support plate is driven to run along the X-direction linear track to the loading station and the pressing station for operation. The upper plate of the fixture is provided with a plurality of floating blocks. The placement area formed by the floating blocks is used to place copper foil or foam of corresponding shapes. B. A Y guide groove is arranged on the positioning plate of the turning plate jig so that the positioning plate can be adjusted in the Y direction along the Y guide groove. An adsorption area is arranged in the central area of ​​the upper surface of the positioning plate, and the adsorption area adsorbs and positions the upper surface of the product on the positioning plate; C. At the loading station, manually place the copper foil or foam on the placement area of ​​the upper plate of the jig. When the jig is opened on the flip plate, manually place the product in the positioning cavity and it will be adsorbed by the adsorption area. D. Manually adjust the horizontal angle adjustment plate to drive the upper plate of the fixture to deflect the horizontal angle; manually adjust the positioning plate to drive the adsorbed product to move in the Y direction; E. Move the lower fixture along the X-axis linear track to the pressing station, and flip the fixture on the flap to close, so that the product is pressed on the copper foil or foam to complete the product bonding and assembly operation; The horizontal angle adjustment plate includes a connecting transverse plate and two side plates, the connecting transverse plate is provided with a central positioning hole, the central positioning hole and the support plate are connected by a rotating shaft, and the two side plates are respectively provided with arc grooves symmetrically about the central positioning hole, and the horizontal angle adjustment plate is rotated and adjusted with the central positioning hole as the center, and the angle direction limit adjustment is performed through the arc groove; A pressing roller is also provided on one side of the X-axis of the upper jig on the flip plate. The pressing roller is arranged on the discharge direction side of the lower jig when the jig on the flip plate is flipped. When the lower jig is driven by external power to move from the pressing station to the upper feeding station along the X-axis linear track, the pressing roller presses the product onto the adhesive layer of the copper foil or foam.

2. The position adjustment method of a flipping and laminating jig according to claim 1, characterized in that: Two positioning areas are formed on the upper plate of the lower fixture by a combination of floating blocks, each positioning area corresponds to two groups of independent adsorption hole areas, and each adsorption hole area corresponds to an independent vacuum pumping device.

3. The position adjustment method of a flipping and bonding jig as described in claim 1, characterized in that: A fixed positioning block is provided on the surface of the positioning block of the upper jig on the flip plate away from the X-axis end of the pressing roller. The fixed positioning block is an open structure and only includes an X-axis positioning part at one end and a Y-axis positioning part at one end. The fixed positioning block is used to accurately position the product layout and ensure that the product is moved out of the corresponding surface area of ​​the jig on the flip plate along the notch position and the copper foil or foam on the lower jig as a whole after flipping and pressing.

4. The position adjustment method of a flipping and laminating jig as described in claim 3, characterized in that: The protrusion thickness of the fixed positioning block is not greater than the thickness of the product.

5. The position adjustment method of a flipping and laminating fixture according to claim 1, characterized in that: In the initial loading state, the positioning block of the jig on the flip plate is arranged upward, and the entire lower surface of the jig on the flip plate is supported on the auxiliary supporting platform.

6. The position adjustment method of a flipping and laminating fixture as described in claim 5, characterized in that : When the jig on the flip plate is turned over, the adsorption area on the positioning block adsorbs the product through an external vacuum device.

7. A method for adjusting the position of a flipping and laminating jig according to claim 6, characterized in that: After the fixture on the flap is flipped in place, the lower surface of the product fits against the adhesive layer, and the adsorption area of the positioning block is released from the vacuum state. Then, the product and the copper foil or foam are moved out of the pressing station by the X power drive of the lower fixture. At this time, the pressing roller completes the pressing operation on the entire surface area of the upper surface of the product.

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