TW200407063A - Method for manufacturing a laminated plate and laminated plate dislocation preventing device - Google Patents

Abstract

A method for manufacturing a laminated plate is provided to attach a metal foil or sheet material of an inter-layer printed circuit board by prepreg, such that forming defects can be reduced and a laminated plate without dislocation of the sheet material can be efficiently produced. Prepreg and sheet material are alternately arranged between two metal-made divisional plates to form a laminated body. After connecting the divisional plates with a dislocation-preventing member, the laminated body is heated and pressed towards the thickness direction, such that the prepreg is attached onto the sheet material.

Description

200407063 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a kind, and in particular to a [prior art] It is known that a laminated board is a sheet for manufacturing a laminated board using a metal plate or an inner layer. The material and the prepreg are formed by laminating the sheet material and the prepreg on the stomach of the metal plate (mirror panel) and the adjacent metal plate. Next, the product ": between a pair of hot plates, heated and pressurized in the thickness direction, thereby dipped the material to attach ^ ㈣ to each other. In this method, the heating and magic = t Resin will melt and flow. This may cause the positional deviation of the sheet material and cause poor forming of the laminate. ^ 玖 Repeatedly in: There have been proposals to try to prevent such positional deviation I, so as to reduce = bad, for example Japanese Patent Laid-Open No. 6_334342, a metal & manufactured with a layer substrate, has a deviation retaining portion: As shown in FIG. 12, this metal plate has a rectangular plate 100 made of metal, and from The rectangular flat plate 100 has a plurality of deflection stoppers tiling around it, and the upper surface of the laminated body 120 and a hot plate (not shown) opposite to the laminated plate 120 make the “stopper portion 110 contact or be close to the laminated body 12 〇 :: This is true. When heated and pressurized, Xiao Cheng's laminated body is thin and pressed with metal &, which can prevent large position shifts caused by the resin M of the prepreg. For example, if the thickness of the laminated board is increased, or when the laminated body is formed by a thinner thickness, such as ^ 枓, etc.

Poorly prevent the metal rhyme of the part. , Still not ^ to reduce poor forming U

12323pif.ptd Page 6 V. Description of the invention (2) The sheet material is like metal ~ brush wiring board, etc. It is regarded as a very thin material that touches the deviation holding section; sheet:; ': The combined phase is more vulnerable to damage [ Summary of the invention] Cups will wrinkle. Following this, Ben Mingfa put forward that the purpose of a is to provide ~ dagger problems. The present invention affects the metal falling which can be reduced and can also prevent the accumulation of chips of the present invention. The two pieces of metal are also separated by two. The feature is that: The metal cymbals are equipped with at least one piece of prepreg material and a partition plate, pre-i material :: a thin sheet material such as a wiring board, to form mtr: two partition plates; use-for hot plates, for laminates The body is heated in the thickness direction, and the impregnated material is adhered to the sheet material. According to the present invention, even if the number of partition plates, the number of sheets, and the number of prepregs arranged between the hot plates are increased, the deviation preventing members are used to connect the partitions to each other, thereby making it possible to The horizontal movement of the partition plate is restricted. As a result, it is possible to prevent the forming deviation (interlayer offset) of the laminated plate. Furthermore, in the present invention, after the laminated body is formed on a carrier plate, and the deviation preventing member connecting the partition plates is fixed to the carrier plate, it is preferable that the carrier plate with the laminated body is provided between the hot plates. And apply heat and pressure to it. In this case, it is very effective when the number of the partition plates, the number of sheet materials, and the number of prepregs arranged between the hot plates are large. And the laminated body can be easily and efficiently transported and set between the hot plates, and because the deviation prevention member is

12323pif.ptd Page 7 200407063 V. Description of the invention (3) Fix to the carrier board and move. The features of the material of the present invention and the prefabrication method are at least integrally arranged at the first point r of the joint portion, and the multilayer partition plate is formed without a front configuration; and it is connected by the joint portion of the multi / divided partition plate. And the aforementioned pair of hot plates are pressurized by heat, and the device of the present invention is particularly applicable, that is, the deviation preventing member and the metal flat plate and the preventing member are joined to the partition plate. The laminated body is a method for manufacturing a laminated plate that can more surely limit the horizontal supply of the partition plate during heating, and is particularly effective in the case where the number of sheets of the formed thin plate immersion material is large. The manufacturing method includes: disposing an * plate having a joint capable of being joined with a deviation preventing member on a carrier plate; and placing a cross section prepreg and at least one sheet material on the first partition plate as a second part of the joint portion. Dividing partitions, alternately arranging the bodies a certain number of times; arranging & arranging bodies on top of the multilayered arranging body to join the deviation preventing member to the adjacent i-th deviation preventing member and fix the first partition plates to each other On the top, use a trowel to reverse the thickness direction of the multilayer array body, and add the sheet material to the layer array body. : Objective'is to provide a method for preventing the manufacturing variation of the laminated board from the above-mentioned manufacturing method. Mei H Fang Zhi: The skew prevention device is characterized in that it is constituted by a reverse, and each partition plate is provided with the aforementioned joint device to make deviations by the skew #. The pieces arranged between the partition plates are connected by the method of hot plate to pre-preserve the material and the sheet material. 200407063 V. Description of the invention (4) The example is understood. In order to make the present invention more understandable, the following enumeration—J and fam, features, and advantages can be described in more detail as follows: Λ The best embodiment, in conjunction with the attached drawings, make detailed [embodiment] Examples Laminated board manufacturing: The same day Shou 'slams the best eating method according to the present invention. In this embodiment, a plurality of thin layers, such as those shown in the figure, are shown in the figure, as shown in FIG. 3, as shown in FIG. 3, as shown in FIG. 3, as shown in FIG. That is, the product indicated by the reference numeral 6 in the figure "w; ^ multiple one-to-one" is a product obtained by alternately arranging the number of pieces of prepreg. "Large body 6 and a plurality of partition plates (2 3) Alternately arrange a pair of hot plates 1 to obtain a multilayer array body. _ / Youcai 'can always be applied to the manufacture of metal foil sheets, for example, using fibers such as poly I fibers, or woven or non-woven fabrics made of glass fibers, and soil materials. Thermosetting resins such as epoxy resins, polyimide resins, and phenol resins are semi-hardened. For example, the thickness of the prepreg is OH · 0.3mm, and the resin content is 30 ~ 80%. Also ^ sheet materials can be applied to the manufacture of laminated boards of metal boxes. For example, it is the metal J product of copper pigs, etc., or the green surface for the inner and outer layers with a circuit pattern on the J surface and inside. For example, 5 ~ 200 micron thick metal foil, or 0. ^ 丨. 6_ thick inner and outer layers can be printed with

Page 9

ZUU ^ U / UOJ V. Description of the Invention (5) The brush wiring board is used as a sheet material. In this embodiment, the ㈣ diaphragm 2 which uses the deviation described later is two times worse than the! Partition plate: and the pieces are made of a metal having high thermal conductivity such as ^ = 夂, which is suitable. κ inch shows the size of the laminated board that is to be manufactured, and it is equally divided in Γ: As shown in Figure 2A, the rectangular flat plate 20, which protrudes from the slightly central part of the H-side, is the size of the protruding plate 乂 partition 2. , For example, tablet 2. The protruding piece 21 can be formed as 10 mm. # ί < Μ P1 is provided with a joint hole 22. The engaging hole 22 may be circular or rectangular, for example. In this embodiment, although the protruding piece 21 is provided only on the two opposite sides of the rectangular flat plate 20, it may be provided on the other two opposite sides ^. Only 5 ^ 1 \ — It is necessary to provide protruding pieces 2 with engaging holes 2 2 on the four sides of the rectangular flat plate of the first partition plate 2 respectively. The second partition plate 3 is as shown in FIG. 2B, except that no protruding piece is provided. Other than that, it is substantially the same as the first partition plate 2. In other words, the second partition plate 3 has a size approximately equal to that of the first partition plate 2. Secondly, as shown in FIG. 1B, the deviation preventing members 4 are inserted into the joint holes 22 of the plurality of first sub-partitions 2 in the multilayer array body 7, so that the i-th partition plates 2 are connected to each other. In this state, as shown in FIG. 丨 c, the multilayer array body 7 is heated and heated in the thickness direction by a pair of hot plates, and the sheet materials of the laminated bodies 6 are adhered to each other with a prepreg.

12323pif.ptd Page 10 200407063 V. Description of the invention (6) The method for manufacturing the laminated board of the present invention will be described in more detail below. First, the laminated body 6 is formed by alternately disposing at least one prepreg material and at least one thin sheet material with each other. It is sufficient that the laminated body 6 has a pre-processed material between the sheet materials. For example, when manufacturing a double-sided metal foil tension laminate, as shown in FIG. 3A, a metal foil 71, which is a sheet material 70, may be disposed on both the upper and lower sides of at least one prepreg 60 to obtain Laminated body 6. In the case where two-sided multilayer laminated boards with inner-layer circuit patterns are manufactured, as shown in Fig. 3B, at least one prepreg material 60 is arranged on each of the upper and lower surfaces of the printed wiring board 72 for the inner layer. On the outer side of 60, a metal foil 71 for an outer layer is arranged, whereby a laminated body 6 can be obtained. Furthermore, when a multilayer laminated board having an inner layer circuit pattern is manufactured, as shown in FIG. 3C, at least one prepreg 60 is arranged on each of the upper and lower surfaces of the printed wiring board 72 for the inner layer, and then the prepreg is placed on the prepreg. On the outer side of 60, a printed wiring board 73 for an outer layer is arranged, whereby the laminated body 6 can be obtained. 3B and 3C, the inner-layer printed board 9-line board 72 'has an inner-layer circuit pattern 75 on the upper and lower surfaces. In addition, the printed wiring board 73 for the outer layer of the first button has a circuit pattern η for the inner layer on one side and a metal foil 71 for the outer layer on the other side. Next, the above-mentioned bodies 6 and the partition plates (2, 3) are alternately superposed on a carrier plate 5 to form a multilayer array body 7. In use, a multi-layer row 7 composed of a laminated body 6 and a partition plate (2, 3) can be mounted and transported between a pair of hot plates without change. In addition, since the deviation preventing member 4 connected to the points "can be held by the carrier plate 5, the occurrence of positional deviation can be prevented during transportation. In addition, since the deviation is constantly restricted to prevent the position of the component 4 from being shifted, it can be further improved, and the formation can be confirmed.

2UU4U / U () 3 V. Description of the invention (7) The bottom of the product with small deviations is arranged ^ °. In Fig. 1C, the multilayer array 7 is provided with a pad, / inverse 2, here. On the surface between the first partition plate 2 and the hot plate i, a fascia plate 8 formed on the outermost surface of the multilayer array 73 is made of rubber or the like. On the other side, the partition plate 3 and the hot plate are arranged at the top, and the second partition plate 3 is arranged in a multi-layer arrangement at the second point, and the backing plate 8 is arranged. Both the first partition plate 2 and the 98th partition plate may be the first partition plate 2. When a plurality of (3 to 6) #knife partitions 3 are used in combination, for example, it is preferable that the first partition plate 2 is arranged every adjacent first partition plate 2 partition plate 3. As a result, the plurality of laminated bodies 6 are alternately arranged with the plurality of second partition plates 3 in combination, and more preferably. ^ Use field 2 of the first partition plate 2 and the second partition plate 3 together. As an example, when the first partition plate array body 7 is arranged at the bottom of the multilayer array body 7, 'f 18 sheets of the laminated body 5 and 19 partition plates 2 are used to make a multilayer first partition plate 2, The second, third partition plates 3 are arranged in the sixth, tenth, fourteenth, and nineteenth layers as described above. After the multi-layered array body 7 is formed, the first-layered array body 7 is connected with the first partition plates 2 that are rod-shaped deviations with the deviation prevention member 4 in series. In FIG. 1C, the first partition plate 2 of the: 1 member 4 prevents this deviation from passing through all the first partition plates 2. The apertures 22 are connected to a plurality of sheets (tubular) by a deviation preventing member 4. In addition, the deviation prevention member 4 may be formed in a hollow shape, and the cross-sectional shape of the deviation prevention member is changed according to the joint hole 22, and the deviation of the structure is smaller than the second degree. Here, it is preferable that the corpse grows and is heated / pressed more than the thick plate 1 of the multilayer array body 7, so that the difference preventing member 4 does not hinder the pair of thermal array bodies 7. 200407063 V. Description of the invention (8) The size of the eight partition L layer / 6 is the same size as the rectangular flat plate 20 of the first partition plate 2 or the second. Therefore, the partial Γ image-like metal arranged through the bonding hole 22 does not touch the peripheral end of the laminated body 6. Moreover, when the sheet material 70 in the laminated body 6 is formed at 6 ° or other foreign materials a & than the prepreg, the deviation preventing member 4 can be prevented from contacting the end face of the product 2 (especially the end face of the metal wire). ). And, it is preferable that the lower end of the deflection stop member 4 is fixed to the carrier plate 5 in an engaged manner. When heating and pressurizing, the eight-stop member 4 can restrict the movement relative to the carrier plate 5, and thus can prevent the position of the partition plate 2 from shifting. In order to fix the deviation prevention member 4 on the reverse side, for example, an insertion opening (not shown) provided above the download 5 of the deviation prevention member 4 can be used. To the carrier plate * After the first partition plate 2 is connected by the deviation preventing portion 4, the multilayer array body 7 σ is placed on the carrier plate 5 and transported between the pair of hot plates 1. Next, the heated plates are heated and pressurized in the thickness direction of the multilayer array body 7 after the temperature rise. In this case, the prepreg 60 and the sheet material 70 are between each other. In this way, a plurality of thin laminates can be obtained followed by the prepreg of the insulating layer. However, in heating and pressing, it is located in the multilayer array 7: the first partition plate 2 is heated through the hot plate on one side through the backing plate 8 and the carrier plate 5, and the topmost layer array 7 The second partition plate 3 (or the first partition plate, the rafter, and the rafter plate 8 ′ is heated by the other hot plate 1. The force, the temperature, pressure conditions, and forming time of the pressing day guard can be based on the sheet The type of the material, the type and amount of the resin of the prepreg are appropriately set. For example, the temperature condition is that the temperature is raised from 5 ° C / min to 2 ° C from normal temperature, and maintained at 120 ° C for 20 minutes, and then 2 minutes to 18 (pc,

200407063 V. Description of the invention (9) = °, 2 hold for 30 minutes. After that, it was cooled to normal temperature. The pressure at the time of molding was 八 = 8, and the molding was started at 1 MPa (about 10 kgf / cni2), and the pressure was increased to 3 MPa (about 30 kgf / cm2), and the pressure was held at 3 MPa for 10 minutes. After that, until the end of forming, keep the hot plate ί i: Μ in the af using the conventional i-laminated laminated plate manufacturing-to '4 ^ J., you can also use a hydraulic cylinder to make one side: i ϊ ί: A type that moves on the other side of the hot plate, or a type that moves in a direction with a narrow interval between two ... ip »iK · y In this way, according to the present invention, because the deviation prevention member 4 =; = points, the plates are connected to each other, so even if it is constituted: two to the water; the direction is moved: at :: flow at the mouth It can limit the π deviation caused by the movement of the first partition plate: It can prevent the laminated plate due to the horizontal movement of the sheet material. The laminated peripheral surface can be formed without plate thickness, deviation, etc .: ί 良Prompt manufacturing. Also because the laminated body is 6-shaped. In particular, the sheet material is less likely to be deformed or damaged during heat and pressure. In the method for manufacturing a laminated board according to the embodiment, a thin sheet material such as a metal grate is wrinkled and deformed. The deviation between the partition plate 2 formed by the example member 4 and the deviation shown in FIG. 1B prevents the formation of the laminated layer T. Other examples of preventive devices. The laminated board 9 shown in the edge of FIG. 4 is a board 20, and a deviation preventing device is provided on the rectangular flat plate 20, and a rectangular flat plate is provided near the center at both ends in the long direction.

12323pif.ptd Page 14 200407063 V. Description of the invention (ίο) ----------------- — _____ —_______________ To the partition plate 2 of the joint hole 2, rod-shaped rod-shaped The deviation preventing member 4 is inserted into the phase preventing member 4. By this, the partition plates 2 can be connected to each other. The joint hole 22 of the knife partition 2 is shown in Figure 5. The laminated board manufacturing bias shown in Figure 5: Use two pairs of joint holes 22-To connect the adjacent partition plate 2 below, use two butts ~ ::: father this The point is that the deviation prevention device in the t figure is different. It is also fast, secret, and fishy: Even if you want to k the number of sets of the multilayer array layer 7, you can = set the multilayer array to achieve deviation prevention-for shortening Working time is also effective. Furthermore, the laminated plate used in the Γ-square diagram ^ will show the deviation prevention device, which is characterized by a retractable deviation prevention member 4. In FIG. 6, the tubular member of the === stop member 40, and the reference numeral 42 is a flexible member such as a mλ spring. If the external force is biased to prevent the elastic force? Second operation :: Then, the deviation preventing member 4 will resist the elastic body 42 and move Λ. Therefore, as a result, the length of the lower part J of the deviation preventing member is variable; for example, if the deviation preventing member 4 is inserted into the cylindrical member 41, the hot plate 1 is pressurized and heated to 偬While maintaining the connection between the partition plate 2 and the deviation preventing member 4, the ', cause :: Ϊ: both the stop member 4 and the multilayer array body 7 can be contracted in the thickness direction, and in the pressurization process,' the deviation preventing member is not prevented. The error of 4 caused by the knife Q 2 or the damage of the hot plate. Still, deviation like cylindrical member 41

12323pif.ptd Page 15 200407063 V. Description of the invention (11) The holding device for preventing the component, TANG Wei-Zhan said that it was fixed on the carrier 5 by Yi Xia. By inserting the deviation preventing member 4 into the cylindrical hibiscus 41 free, the deviation prevention can be prevented, and the positional displacement of the multilayer array body 7 caused by the carrier 5 during transportation can be prevented. 7 is a device for preventing deviations in manufacturing laminated boards, which is composed of a rectangular flat plate 20, a partition plate 2 provided with a pair of recessed portions 23 near the center of both ends in the longitudinal direction of the rectangular flat plate 20, and The shape of the rod: the difference prevention member 4. It is characterized in that the rod-like deviation preventing members 4 are inserted into the recessed portions 23 of the adjacent partition plates, thereby connecting the partition plates 2 to each other. According to this deviation preventing device, the deviation preventing member 4 and the partition plate 2 can be more strongly joined, so that the horizontal positional displacement of the multilayer array body 7 can be reliably suppressed. FIG. 8 shows a laminated plate manufacturing deviation preventing device, which is composed of a rectangular flat plate 20, a partition plate 2 having a pair of protruding pieces 21 protruding near the center of both ends in the longitudinal direction of the rectangular flat plate 20, and The rod-shaped deviation preventing member 4 of the recessed portion 43 of the shape in which the pieces π are joined is configured. It is characterized in that the protruding pieces 21 of the adjacent partition plates 2 are fitted into the recesses 43 of the rod-shaped deviation prevention j member 4 to thereby connect the partition plates 2 to each other. The laminated plate manufacturing deviation preventing device shown in FIG. 9 is a rectangular flat plate 20 and a pair of protruding pieces 21 protruding near the center of both ends in the longitudinal direction of the rectangular flat plate 20. The partition plate 2 having a pair of cutouts 24, a pair of claws 45 engaging one of the cutouts 24, and a rod-like deviation preventing member 4 having a recess 43 engaged with a side surface of the protruding piece are characterized in that the deviation preventing member 4 is The claws 4 5 are embedded in the adjacent two pieces to separate

200407063 V. Description of the invention (12) The cutouts 24 of the plates 2 allow the partition plates 2 to be firmly connected to each other. The side surface of the protruding piece 21 of the partition plate 2 is a recess 43 that contacts the prevention member 4 and the claw 45 of the deviation prevention member 4 is joined to the cutout 24, so the deviation prevention member can be used to further enhance the rear separation plate after connection. 2 position deviation prevention effect. The laminated plate manufacturing deviation preventing device shown in FIG. 10 is a rectangular flat plate 20, a pair of dog-out pieces 21 protruding near the center of both ends in the longitudinal direction of the rectangular flat plate 20, and a side surface of each protruding piece is provided with a The partition plate 2 facing the cutout 24, and a deviation preventing member having an elastic driving device (not shown) having a pair of claws 45 engaged with the cutout 24 and having an elastic driving force in a direction that narrows the distance between the claws. 4 composition. The claws 45 of the deviation preventing member 4 are joined to the cutouts 24 of the adjacent partition plates 2, whereby the partition plates 2 can be firmly connected to each other. Specifically, the deviation preventing member 4 has a pair of arms 46 having a cross-sectional shape and a certain length in the axial direction, and a pair of pivot shafts 47 of each arm are rotatably supported, and a heart is provided at the other end. Moreover, J upper 46: The elastic force driving means such as a spring is used to apply elastic force to the distal ends of the claws 45 in the same direction. According to this deviation preventing device, as shown in FIG. 10, 'the claws 45 of the deviation preventing member 4 can be easily engaged at 24, and the position deviation of the blade spacer 2 after the connection can be further increased. (Moving) prevention effect. The laminated plate manufacturing deviation prevention device shown in Fig. 5 is provided with a partition plate 2 provided with a pair of recessed portions 25 at the peripheral edge of the surface of the second / rectangular flat plate 20, and has the same operations as the recessed portions 25 and 3 described above. Provides elastic pair / 45 in the direction where the distance between the claws becomes narrow, and has an elastic driving device that generates driving force at the plateau

12323pif.ptd Page 17 200407063 V. Description of the invention (13) ~ (not shown) The deviation prevention member 4 is composed. The claws 45 of the deviation preventing member 4 are joined to the recessed portions 25 of the adjacent partition plates 2, whereby the partition plates 2 can be connected to each other. The structure of the deviation preventing device of this embodiment is substantially the same as the structure of the deviation preventing member of FIG. 10, and therefore redundant description is omitted. However, for each of the partition plates 2 of the deviation preventing member of FIG. 10, One of the claws 45 of the deviation prevention member shown in the figure in the design of the engagement of the cutout 4 5 provided on the side of the protruding piece 21 is joined to a recessed portion 25 provided on one side of the adjacent partition plate 2 and the other The side claws 45 are joined to the recessed portions 25 provided on the other side of the adjacent partition plate, and sandwich the adjacent pair of partition plates 2 disposed between the laminated bodies 6 from the thickness direction. It is different from the figure i 〇. Still, from the point of view that the pressure ^ heat advances = further restricts the movement of the partition plate 2, the end faces of the preferred concrete partition (2, 3) and the laminated body 6 are made as shown in FIG. 11 To deflection I prevention member 4. Moreover, the holding force of the partition plate w is very large: [:: 丄: f ']-It is necessary to provide the recessed portion 25 on the partition plate 2, but the portion 25: like: the position of the fixing claw, It is suggested to form the recess # 25 like a court. According to the direction of the deviation prevention device of this embodiment = thickness), through two pieces of two fixed openings =: between the openings; 2 each of the products with high positional displacement prevention effect pressure treatment The deviation prevention member 4 of the shore body 6 t θ is suitable for heating and closing, and a suitable one is appropriately selected. There are fields of various thicknesses [Industrial availability] The partition plate is moved, and can be used = $, the resin flow of the prepreg is used to prevent the member from using the deviation to make the partition plate

12323pif.ptd page 18 In the present invention, under heat and pressure 200407063: V. Description of the invention (14) I connected here to obtain suppression. In this way, the positional deviation of the sheet material at the time of manufacturing the laminated board can be significantly reduced. In fact, since the deviation preventing member does not contact the laminated body, the sheet material can be heated without deformation and breakage and pressurized. In particular, when the sheet material is a thin metal foil, it is possible to prevent wrinkling, thereby reducing the occurrence of lamination of the laminated board. i! It ’s like this ’The method for manufacturing a laminated board of the present invention and the manufacturing deviation of the laminated board |

丨 Prevention device can reduce the formation failure of laminated board and stably supply high-quality laminated board of high quality. Based on this, it can be expected that the present invention will be widely used in the car | conductor industry. Dry | Although the present invention has been disclosed in the preferred embodiment to limit the present invention, anyone skilled in this art will not use it within the scope. It can be changed and moistened without departing from the spirit of the present invention. The scope is subject to the scope of the attached patent application. Therefore, the protection of the present invention is defined as%.

12323pif.ptd 200407063 丨 Simplified illustration of the drawings [Simplified illustration of the drawings] Figures 1A to 1C show a schematic side view of a method for manufacturing a laminated board according to a preferred embodiment of the present invention. Figures 2A and 2B are plan views of the first and second partition plates of the deviation preventing device for manufacturing a laminated board according to the present invention. Figures 3A to 3C show the metal plate, sheet material, and prepreg.

I | A schematic side view of the multilayer structure. Fig. 4 is a plan view showing another apparatus for preventing deviations in manufacturing a laminated board according to the present invention. FIG. 5 shows a side view of yet another apparatus for preventing deviations in manufacturing laminated boards according to the present invention. Figure 6 shows a partial break of the retractable deviation preventing member of the present invention

I side view. Fig. 7 is a plan view showing another apparatus for preventing deviations in manufacturing a laminated board according to the present invention. FIG. 8 is a top view of yet another apparatus for preventing deviations in manufacturing laminated boards according to the present invention. I FIG. 9 shows still another laminated device manufacturing deviation preventing device of the present invention.

I FIG. 10 shows a top view of another apparatus for preventing deviations in manufacturing laminated boards according to the present invention. I FIG. 11 shows a side view of another laminated board manufacturing deviation preventing device according to the present invention. Figures 12 and 12 show the conventional method used in manufacturing laminated boards.

12323pif.ptd Page 20 200407063 Brief description of the drawing The perspective view of the metal plate of the pusher. [Schematic description] 1: hot plate, 2, 3: partition plate, 4: deviation prevention member, 5: carrier plate, 6, 120: laminated body, 7: multilayer array, 8: pad Plate, 2 0, 1 0 0: flat plate, 2 1 ·. Protruding piece, 2 2: joint hole, 2 3, 2 5: recessed portion, 2 4: cutout, 4 0: deviation prevention member, 4 1: cylindrical member 4 2: elastomer, 4 3: recess, 4 5: claw, 4 6: arm, 4 7: pivot, 60: prepreg, 70: sheet material, 7 1: metal foil, 7 2: Printed wiring board, 7 5: Circuit pattern for inner layer, 11 0: Deviation stopper °

12323pif.ptd Page 21

Claims (1)

200407063 VI. Scope of patent application 1 '--------- 1 · A method for manufacturing laminated boards, comprising: alternately at least one sheet of thin material between two adjacent metal partition plates Configuration, and the laminated body is formed by the aforementioned partition plate, 乂 = and the aforementioned sheet material; then the 'L pre-secondary material uses a deviation preventing member to connect the aforementioned two partition plates; and a pair of hot plates are used in the laminated body. What is the thickness of the aforementioned laminated body, then heating the aforementioned prepreg material to the aforementioned sheet material and adding 2 · According to the manufacturing method described in item 1 of the scope of patent application, the above laminated body is formed on a carrier board, and the deviation prevention member It is fixed to the above-mentioned carrier board, and then connected to: Shi; "The carrier board of the layered body M is between the above-mentioned hot plates, and a pressure is applied if there is a product 3 ^ The manufacturing method described in item} of the scope of the patent application, Its material includes metal foil and printed wiring board for inner layer. 4. A kind of laminated plate manufacturing deviation prevention device, difference prevention member, ... two pieces of partition plate; the plate is made of-the opposite of each of the partition plates has Metal plates and one The joining device i causes the deviation preventing members to be joined: :: The peripheral edges of the plates are set to be wrong, and the partition plates are connected to each other as described above: the joining installation is connected, and the deviation preventing members are connected to the Kos dividing plate. The prepreg toilets in between are hot-pressed. At the next step: the stacked layers of the two sheets are shifted. Prevent the position of the sheet material described above. 5 · The peripheral edge of the flat plate described in item 4 of the scope of patent application. A pair of engaging devices 12323pif.Ptd Page 22 A for a hole, and the above deviation prevention 200407063 6. Patent application scope ___ The stop member is a rod-shaped member, and the rod-shaped member separates the aforementioned joint hole of the plate, so that the at least two pieces of the aforementioned 6 For example, Φ Shizhu Kui 4 丨-Let σ plates be connected to each other. 6. As described in the item "Billthorn Envelope Item 4, the above-mentioned pair of joining devices is an upper gap preventing device, and the deviation preventing member has recesses that are recessed from both sides of the board. It is embedded in the outer shape of the joint to the two recessed portions, and the part. ^ The aforementioned recess 7 of the two partition plates. As described in item 4 of the patent claim, the above-mentioned pair of joining devices is provided on the upper prevention device, which Each of the deviation preventing members has a pair of claws which are engaged with the recesses on the surface of the thousand-plate, and the distance between the claws is narrowed, and the claws are engaged with the at least two partition plates toward the claws, and the deviation is prevented. The partition plates of the members are connected to each other. By this, the recessed portion is used to make the above-mentioned 8. The pair of joining devices described in item 4 of the scope of the patent application is a protruding piece, and a deviation preventing device, in which there is a piece joined to this protruding piece. The recessed portion of the shape, the deviation preventing member is a piece with a partition plate, the aforementioned protruding piece is a post-entry member, and the at least two of the above are connected to the partition plate. The recessed portion of the rod-shaped member is borrowed from 9 Fan As described in item 4, the separation plate is provided with a deviation preventing device on both sides of the above-mentioned flat plate, wherein the strike is provided on the aforementioned protruding piece. /, There is a protruding piece, and the steps are connected as described in the patent application g Entry office The f-combining device is a joint hole, and the above-mentioned deviation prevention device, wherein the rod-shaped member is inserted into the at least two difference-preventing members is a rod-shaped structure. The above-mentioned joining of the _ sheet separator 200407063 VI. Application The scope of the patent is “one hole by one hole”, thereby connecting the aforementioned partition plates to each other. 1 1 · The deviation preventing device according to item 9 of the scope of patent application, wherein the joining device is a pair of cutouts provided on the side of the protruding piece, and the shame preventing member is a rod-shaped member having an outer shape joined to the cutout. And the aforementioned rod-like member is the aforementioned cutout which is embedded in the aforementioned at least rain blade partition plate, thereby 'connecting said partition plates to each other. 1 2 · The deviation prevention device according to item 9 of the scope of the patent application, wherein the engagement device is a pair of cutouts provided on the side of the protruding piece, and each of the deviation prevention members has a pair of claws engaged with the recessed portion, and faces Elastic force is applied in a direction in which the distance between the claws is narrow, and the claws of the deviation prevention member are connected to the aforementioned cutouts of the two partition plates A to ί ′, so as to make the above separation: 1. The deviation prevention device described above, the above-mentioned deviation prevention member is flexible in the long direction ^, and the deviation described in item 4 of the scope of patent application is included in the package ^ 2 2 2 Pre-preg and A laminated body of the above-mentioned partition plate, which is connected by a sheet, and is connected in parallel: 迷: The stray plate has a holding device, which holds the aforementioned deviation preventing member. 1 · A method for manufacturing a laminated plate, including:-a first partition The plate is arranged on a carrier plate, and the joint portion can be joined with the-deviation preventing member. The magic plate 4 has-on the first partition plate, a body and a second partition plate to form a multi-person replacement. Configure alternate layers 12323pif.ptd page 24 forms a tiered array, which is alternately arranged in 200407063. Sixth, the scope of the patent application lists at least one prepreg and at least one sheet, and the second partition plate does not have the aforementioned joint; Another first partition plate is disposed on the multilayer array body; I penetrates the multilayer array body, joins the deviation preventing member to the joint portion of the adjacent II first partition plate, and uses the deviation prevention member to make the first 1 partition plate | connected to each other and fixing one end of the deviation preventing member to the carrier plate I; and I I using a pair of hot plates through the first partition plate at i I of the multilayer array In the thickness direction, the multilayer array is heated and pressurized, and the prepreg is then applied to the sheet material in the multilayer array. I 12323pif.ptd Page 25