JP2665576B2 - Transfer film pressing device and method of manufacturing simultaneous molded transfer product - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a molded simultaneous transfer product with a large rise used for OA equipment, AV equipment, cameras, miscellaneous goods, etc., or a panel attached to an air conditioner such as an air conditioner as a vent. The present invention relates to a method for manufacturing a molded simultaneous transfer product having a cage-shaped, lattice-shaped or corrugated uneven portion on its surface and a transfer film pressing device used during the manufacturing.

[0002]

2. Description of the Related Art Conventionally, as a molded simultaneous transfer product having a large rising shape, (1) a corner portion 1 of a molded product 130
Some 31 has a sharp turn (see FIG. 7). Further, (2) a plurality of slit holes 132 arranged continuously in a cage shape on the surface of the molded product 130 (see FIG. 13), or a plurality of slit grooves 133 on the surface of the molded product 130.
There is a series of wavy lines (see FIG. 14). These molded simultaneous transfer products were manufactured as follows.

That is, (1) is composed of a bottom surface 54 and a wall surface 53, a corner portion 52 between the bottom surface 54 and the wall surface 53,
A mold 5 having a cavity forming concave surface 51 in which a corner portion 52 between adjacent wall surfaces 53 or a corner portion 52 between two wall surfaces 53 and a bottom surface 54 is sharply bent.
(See FIG. 2) and a B mold 6 having a cavity forming convex surface 61 between a pair of injection molding simultaneous transfer molds 4,
The transfer film having at least the transfer layer formed on the base material film is fed, and the transfer film softened as necessary is brought into close contact with the cavity forming concave surface 51 of the A mold 5 by vacuum suction or pressure air pressing, and the mold is closed. The molten resin is injected into the cavity, cooled, and the mold is opened to obtain a molded simultaneous transfer product in which a transfer layer is formed on the surface of the molded product 130.

Further, (2) is an A mold 5 (see FIG. 9) having a cavity forming concave surface 51 in which a cage-shaped or corrugated uneven portion 7 is formed, and a B mold having a cavity forming convex surface 61. A transfer film having at least a transfer layer formed on a base film is fed between a pair of injection molding simultaneous transfer dies 4 composed of 6 and a transfer film softened as necessary is vacuum-sucked or pressed against a metal A Molded simultaneous transfer product in which a transfer layer is formed on the surface of the molded product 130 by closely contacting with the cavity forming concave surface 51 of the mold 5, injecting molten resin into the cavity formed by closing the mold, cooling and opening the mold. To get

[0005]

However, conventionally, there has been the following problem because the transfer film has been tried to be brought into close contact with the cavity forming surface of the mold by vacuum suction or pressure pressing. That is, (1) is the bottom surface 5 of the A mold 5.
4 and the wall portion 53 between the corner portion 52 and the adjacent wall surface 53
When the degree of bending of the corner portion 52 between them or the corner portion 52 between the two wall surfaces 53 and the bottom surface 54 exceeds the limit of bending or stretching of the transfer film due to vacuum suction or compressed air pressing, how much vacuum suction or compressed air pressing is performed. However, the corners 52 of the A mold 5 cannot be adhered to each other according to the bending method. Therefore, each corner portion 5 of the A mold 5
An air pocket will be formed between 2 and the transfer film.

Further, (2) shows that the degree of undulations of the concave-convex portion 7 of the cavity forming concave surface 51 of the A mold 5 such as a cage shape, a lattice shape, or a wavy shape and the degree of fineness of the concave-convex width are vacuum suction. When the bending or stretching of the transfer film due to pressure or air pressure is exceeded, no matter how much vacuum suction or air pressure is applied, the shape of the corrugated portion 7 such as the corrugated shape of the A mold 5 is exactly the same as the undulations or the narrow width of the roughness. Can not be adhered to. Therefore, an air pocket is created between the wavy uneven portion 7 of the A mold 5 and the transfer film.

When the molten resin is injected into the cavity in the above conditions (1) and (2), the transfer film cannot be brought into close contact with the cavity forming surface due to the injection pressure of the molten resin at the portion where the transfer film cannot be sufficiently adhered. Will be pushed beyond the limit and forced,
The transfer film itself may be torn, the transfer layer of the transfer film may be deformed, or the gloss may change.
A good-looking molded simultaneous transfer product could not be obtained.

According to the present invention, it is possible to deform the transfer film according to the bending of the corners of the cavity forming surface of the mold for simultaneous injection molding transfer and the deformation of the transfer film according to the undulations of the concavo-convex part, and then perform the injection molding. An object of the present invention is to provide a transfer film pressing device that does not cause tearing, deformation of a transfer layer, and gloss change, and a method of manufacturing an injection molding simultaneous transfer product.

[0009]

In order to achieve the above-mentioned object, a transfer film pressing device of the present invention comprises a pair of injection molds consisting of an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface. It was configured to have an arm that can be moved in and out between the molding simultaneous transfer dies and a pressing convex portion that matches only the corner portion of the cavity forming concave surface of the metallic die A.

Further, the transfer film pressing apparatus of the present invention comprises an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface, and the cavity forming concave surface of the A mold or the cavity forming of the B mold. Between the pair of injection-molding simultaneous transfer molds in which the concavo-convex portion is formed on at least one of the convex surfaces, the movable arm and the pressing convex portion matching only the concavo-convex portion are configured.

In the transfer film pressing device of the present invention,
It is composed of an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface, and an uneven portion is formed on at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold. Between the pair of injection molding simultaneous transfer dies, an arm that can go in and out,
A configuration including a pressing convex portion that contacts only a part of the concave and convex portion may be used.

In the transfer film pressing device of the present invention,
An electromagnet may be provided around the pressing projection.

The method for producing a molded simultaneous transfer product of the present invention is as follows:
A transfer film having at least a transfer layer formed on a base material film is fed between a pair of injection molding simultaneous transfer molds including an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface to perform transfer. after clamping the film to the position of at <br/> constant of the mold, and injecting a molten resin into a cavity formed by mold closing, by opening after cooling type, a transfer layer is formed on the surface In the method for producing a molded simultaneous transfer product for obtaining a molded product, the transfer film pressing device according to claim 1 or 4, between the time when the transfer film is clamped at a predetermined position and the time when the molten resin is injected into the cavity. Was placed between the molds, and the transfer film was pressed only to the corners of the cavity forming concave surface of the A mold by the pressing convex parts.

Further, the method for producing a molding simultaneous transfer product of the present invention comprises an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface, and the cavity forming concave surface of the A mold or the B mold. gold between at least either one uneven portion of the pair being formed simultaneous injection molding transfer mold, feeding a transfer film in which at least the transfer layer is formed on the base film, the transfer film of the cavity-forming convex after clamping in position of the mold, the mold closed and the molten resin is injected into the formed cavity, by the opening after cooling type, molded simultaneously transfer article to obtain a molded article which a transfer layer is formed on the surface The method of manufacturing the method according to claim 2, wherein the transfer film is clamped at a predetermined position and the molten resin is injected into the cavity.
The transfer film pressing device according to claim 4 is inserted between molds, and the pressing convex portion is formed on at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold. The transfer film was pressed only on the uneven portions.

[0015]

According to the present invention, the transfer film pressing device according to claim 1 or 4 is injection-molded between the time when the transfer film is clamped at a predetermined position of the mold and the time when the molten resin is injected into the cavity. The transfer film is placed between the simultaneous transfer molds and is pressed by the pressing projections while pressing the transfer film only at the corners (see FIG. 2) of the cavity forming concave surface of the mold A (see FIG. 4).

Therefore, since the transfer film is deformed according to the bending of the corner of the mold A simply by pressing with the pressing convex portion, the transfer film is not forcibly pushed by the injection of the molten resin.

Further, the transfer film pressing device according to any one of claims 2 to 4 is provided between the time when the transfer film is clamped at a predetermined position of the mold and the time when the molten resin is injected into the cavity. It is inserted between the molds, and while pressing the transfer film with the pressing convex part, the concave and convex parts (see FIG. 9) are formed on at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold. Only the transfer film is pressed (see FIG. 11).

Therefore, the transfer film is sufficiently stretched and deformed in accordance with the undulations and fineness of the uneven portion of the mold A by simply pressing the pressing convex portion. Therefore, the transfer film is injected by the molten resin. You will not be forced to push.

[0019]

The present invention will be described in more detail with reference to the drawings. First, the transfer film pressing device of the present invention will be described. Transfer film pressing apparatus 1, the mold
Pressing convex part 2 that matches only the corner part or uneven part
And an arm 3 for moving the pressing projection 2 into and out of a pair of injection molding simultaneous transfer dies 4. The injection molding simultaneous transfer mold 4 has a cavity forming concave surface 51 A
It is composed of a mold 5 and a B mold 6 having a cavity forming convex surface 61. The material of the pressing convex portion 2 may be silicon resin, epoxy resin, wood or metal. In particular, when the portion to be pressed is a narrow place or a place with a large undulation, a hard material such as metal is preferable.

The convex shape of the pressing convex portion 2 is a shape that matches at least the corner portion 52 of the cavity forming concave surface 51 of the pair of injection molding simultaneous transfer molds 4 (see FIGS. 1 and 3). In the corner portion 52, for example, the corner portion 52 between the bottom surface 54 of the cavity forming concave surface 51 and the wall surface 53,
There is a corner portion 52 between adjacent wall surfaces 53, a corner portion 52 between two wall surfaces 53 and a bottom surface 54, etc. (see FIG. 2). Therefore, the shape of the pressing convex portion 52 is the corner portion 5 between the bottom surface 54 of the cavity forming concave surface 51 and the wall surface 53.
2 or a shape matching the corner portion 52 between the adjacent wall surfaces 53 of the cavity forming concave surface 51, or 2 of the cavity forming concave surface 51.
There is a shape that matches the corner portion 52 between the wall surface 53 and the bottom surface 54. The shape of the pressing convex portion 2 may be a shape that conforms to the portions other than the corner portion 52 in addition to the corner portions 52.

Alternatively, the convex shape of the pressing convex portion 2 conforms to the concave / convex portion 7 formed on the cavity forming concave surface 51 or the cavity forming convex surface 61 of the pair of injection molding simultaneous transfer dies 4, or the convex / concave portion 7 is formed. The shape matches only the concave portion (see FIGS. 8 and 10).

The concavo-convex portion 7 includes, for example, a concavo-convex portion 7 formed on the cavity forming concave surface 51 of the A mold 5 or the cavity forming convex surface 61 of the B mold 6 in which a plurality of grooves are continuously arranged. (See Figure 9). Therefore, the pressing convex portion 2 has a concave and convex shape in which a plurality of linear convex portions matching the concave and convex portion 7 are continuously arranged (see FIG. 10). The shape of the pressing convex portion 2 is such that in addition to these concave and convex portions 7, the convex and concave portions 7
It may have a shape that matches other places.

The matching shape means a shape in which the pressing convex portion 2 fits into the corner portion 52 or the concave-convex portion 7 without a gap while the transfer film 8 is sandwiched, or the pressing convex portion has the corner portion 52 or the concave-convex shape. Between the portion 7 and the transfer film 8, there is a slight gap, and the shape is substantially fitted, or the corner portion 52 or at least the deepest portion 71 of the uneven portion 7 is in contact, and there is a slight gap in the other portion. Such a shape is shown. Transfer film 8
However, if the corner portion 52 or the uneven portion 7 is not completely adhered to the corner portion 52 or the uneven portion 7 by using a vacuum suction means or a compressed air pressing means, before the molten resin 13 is injected, the corner portion 52 or the uneven portion which is the cavity forming surface is formed. The transfer film 8 can be closely attached to 7.

The arm 3 moves the pressing projection 2 into and out of a pair of injection molding simultaneous transfer dies 4. The arm 3 has at least the operation of inserting the pressing convex portion 2 between the pair of injection molding simultaneous transfer molds 4, and the pressing convex portion 2
Is pressed against the corner portion 52 or the concavo-convex portion 7 of the injection-molding simultaneous transfer mold 4 by an air cylinder 34 or a motor (not shown) so as to move vertically and horizontally. .

A heating means 31 for softening the transfer film 8 may be provided around the portion of the arm 3 to which the pressing convex portion 2 is attached (see FIGS. 1 and 8).
When the pressing convex portion 2 has a shape that matches the entire surface of the cavity forming concave surface 51 or the cavity forming convex surface 61, the pressing convex portion 2 itself may be heated. Further, around the portion of the arm 3 to which the pressing convex portion 2 is attached, a compressed air pressing means may be mounted so that the transfer film 8 is surely brought into close contact with the injection molding simultaneous transfer mold 4 ( (Not shown). An electromagnet 32 may be mounted around the portion of the arm 3 to which the pressing protrusion 2 is attached so that the pressing protrusion 2 can be surely pressed against the injection molding simultaneous transfer mold 4. (See FIGS. 1, 8 and 11). Electromagnet 32
Thus, the injection molding simultaneous transfer mold 4 and the pressing convex portion 2 are strongly attracted to each other. This is to prevent the pressing convex portion 2 from receiving a reaction force from the transfer film 8 and weakening the force for pressing the transfer film 8 against the injection molding simultaneous transfer mold 4. Further, on the back side of the portion of the arm 3 to which the pressing convex portion 2 is attached, a molded product taking-out means 33 such as a sucker having an opening for blowing or sucking air may be provided (see FIG. 6).

Next, a method of manufacturing the molded simultaneous transfer product of the present invention will be described. First, the cavity forming concave surface 51
A having a mold 5 and B having a cavity forming convex surface 61
A transfer film 8 having at least a transfer layer formed on a base film is fed between a pair of injection molding simultaneous transfer molds 4 including a mold 6, and the transfer film 8 is clamped at a predetermined position of the mold. .

The injection molding simultaneous transfer mold 4 has a resin injection hole 9 formed in a B mold 6 and is connected to an injection molding machine. When the transfer film 8 is pressed against the cavity forming surface of the A mold, a corner portion 131 (see FIGS. 1 and 2) or a corrugated uneven portion (see FIGS. 8 and 9) is formed on the cavity forming surface of the A mold. (See) is formed.

The injection molding simultaneous transfer mold 4 may be provided with a vacuum suction means 10 or an air blowing means (not shown), and the transfer film 8 may be attracted to the cavity forming surface. Further, the electromagnet 32 may be mounted so that the pressing convex portion 2 may be attracted to the A mold. The injection molding simultaneous transfer mold 4 may be used in a horizontal injection molding machine or may be used in a vertical injection molding machine.

The transfer film 8 sent between the injection molding simultaneous transfer dies has at least a transfer layer on a long base film. The transfer layer is formed by sequentially laminating a peeling layer, a pattern layer, an adhesive layer and the like. The release layer is a layer that imparts releasability between the base film and the transfer layer.
The pattern layer is a layer that imparts decoration and functionality to the surface of the molded article 130. There are a usual printed pattern and a conductive pattern formed of a conductive material. The adhesive layer is a layer for adhering the transfer layer and the molded article 130.

The transfer film 8 is adhered to the surface of the molded product 130, the base film is peeled off, and only the transfer layer is molded.
It may be transferred to the surface 0. Alternatively, by closing the mold, a necessary portion of the transfer film 8 may be punched out, and the transfer layer may be transferred together with the base film onto the surface of the molded article 130. For the transfer film 8, it is preferable that the transfer film feeding device 11 feeds the long transfer film 8 having a transfer layer on the base film at predetermined pitches between the molds. When the transfer film 8 reaches the predetermined position, the film feeding is stopped.

For the clamp, the clamp means 12 is attached to the A mold 5
It is recommended to press it on. Clamping means 12
Has a frame shape that abuts on a portion surrounding the cavity forming surface of the A mold 5.

Next, the transfer film pressing device 1 is inserted between the molds, and the transfer convexes 2 press the transfer film 8 only on the corners 52 or the concave and convex portions 7 of the cavity forming surface of the A mold 5 (see FIG. 4, FIG. 11). When the portion to be pressed is the corner portion 52 of the cavity forming surface, the arm 3 of the transfer film pressing device 1 is operated to press the pressing convex portion 2 against the corner portion 52 and the transfer film 8 to the corner portion 52. Deform according to how it bends.

When the portion to be pressed is the entire concave-convex portion 7 on the cavity forming surface, the arm 3 of the transfer film pressing device 1 is operated to press the pressing convex portion 2 against the concave-convex portion 7, and the transfer film 8 is transferred. Are deformed in accordance with the ups and downs of the uneven portion 7.

When the portion to be pressed is a part of the uneven portion 7, for example, the deepest portion 71 of the concave portion of the uneven portion 7,
By pressing the pressing projection 2 and only the deepest portion 71 of the uneven portion 7 with the transfer film 8 in between, the shape of the uneven portion 7 is changed to a shape close to the surface shape of the portion where the transfer film 8 is most difficult to adhere. (See FIG. 8).

By simply pressing the pressing convex portion 2, the transfer film 8 is formed in accordance with the corner portion 52 of the A mold 5 and the uneven portion 7.
When it is not possible to deform, the vacuum suction means or the compressed air pressing means may be used supplementarily.

When pressing the convex portion 2 against the concave-convex portion 7,
The electromagnet 32 may be embedded in the pressing convex portion 2 so that the pressing convex portion 2 is reliably pressed against the A mold 5 by magnetic force. Further, after the pressing convex portion 2 is pressed against the concave-convex portion 7, the molded product taking-out means 33 such as a suction cup provided on the back side of the pressing convex portion 2 sucks the molded product 130 to the suction cup and operates the arm 3. The molded product 130 may be removed from the mold.

Next, the molten resin 13 is injected into the cavity 14 formed by closing the mold (see FIGS. 5 and 12). By the heat of the resin when injecting the molten resin 13,
The adhesive layer of the transfer film 8 melts and the molten resin 13 cools and solidifies, and the adhesive layer adheres to the surface of the molded article 130. Examples of the molten resin 13 include acrylonitrile styrene resin, polycarbonate resin, polystyrene resin, acrylic resin, ABS resin, polyester resin and the like.

Next, after the molten resin 13 is cooled and solidified, the injection molding simultaneous transfer mold 4 is opened, and the molded simultaneous transfer product 1 in which the transfer layer is formed on the surface of the molded product 130.
5 is taken out from between the injection molding simultaneous transfer dies 4. When a mold having the corner portion 52 is used as the A mold of the injection molding simultaneous transfer mold 4, the simultaneous molding transfer product 15 in which the transfer layer is finely formed on the rising corner portion 131 is obtained ( (See FIG. 7). When a mold having the concave-convex portion 7 is used as the A mold of the injection molding simultaneous transfer mold 4, the simultaneous molding transfer product 15 in which the transfer layer is finely formed in the slit holes 132 and the slit grooves 133 is obtained. (See FIGS. 13 and 14).

[0039]

According to the present invention, the following effects can be obtained because of the structure and operation as described above. That is, the transfer film at the corner portion or the uneven portion is not forcedly pushed by the injection pressure of the molten resin.
Therefore, the transfer film adheres to the corners of the injection molding simultaneous transfer mold and the uneven parts such as the cage shape, the lattice shape, or the wavy shape without tearing, and the simultaneous transfer molding product transfers without deformation or gloss change. The layer has a good-looking appearance formed on the surface of the molded article. In addition, the pressing projection is
Transfer film is pressed only on the corners of the concave surface
Since it is an opener, the material cost of the pressing convex part is suppressed, and also
As the weight of the pressing protrusion is reduced, the movement of the pressing protrusion
Becomes smooth. Also, heat the part without the pressing protrusion.
Space can be effectively used by incorporating means, etc.

[Brief description of the drawings]

FIG. 1 is a sectional view showing an embodiment of a transfer film pressing device of the present invention.

FIG. 2 is an enlarged perspective view of an essential part showing an embodiment of a pair of injection molding simultaneous transfer molds A mold used in the method of manufacturing a molded simultaneous transfer product of the present invention.

FIG. 3 is a plan view showing another embodiment of the transfer film pressing device of the present invention.

FIG. 4 is a cross-sectional view showing a state where the pressing projection is pressed against the A mold in the transfer film pressing device shown in FIG.

5 is a cross-sectional view showing a state where the injection molding simultaneous transfer mold shown in FIG. 1 is closed and a molten resin is injected.

FIG. 6 is a cross-sectional view showing another embodiment of the transfer film pressing device of the present invention.

FIG. 7 is a perspective view showing an example of a molding simultaneous transfer product obtained by the manufacturing method of the present invention.

FIG. 8 is a sectional view showing another embodiment of the transfer film pressing device of the present invention.

FIG. 9 is an enlarged perspective view of a main part showing an embodiment of a pair of injection molding simultaneous transfer molds A mold used in the method of manufacturing a molded simultaneous transfer product of the present invention.

FIG. 10 is a plan view showing another embodiment of the transfer film pressing device of the present invention.

11 is a cross-sectional view showing a state in which the pressing projection is pressed against the A mold in the transfer film pressing device shown in FIG.

FIG. 12 is a cross-sectional view showing a state in which the injection molding simultaneous transfer mold shown in FIG. 8 is closed and a molten resin is injected.

FIG. 13 is a perspective view showing an example of a molding simultaneous transfer product obtained by the manufacturing method of the present invention.

FIG. 14 is a perspective view showing an example of a molding simultaneous transfer product obtained by the manufacturing method of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Transfer film pressing device 2 Pressing convex part 3 Arm 31 Heating means 32 Electromagnet 33 Molded product taking out means 34 Air cylinder 4 Injection molding simultaneous transfer mold 5 A mold 51 Cavity forming concave surface 52 Corner part 53 Wall surface 54 Bottom surface 6 B gold Mold 61 Cavity forming convex surface 7 Concavo-convex portion 71 Deepest portion 8 Transfer film 9 Resin injection hole 10 Vacuum suction means 11 Transfer film feeding device 12 Clamping means 13 Molten resin 130 Molded product 131 Corner part 132 Slit hole 133 Slit groove 14 Cavity 15 Simultaneous molding Transcript

Claims (6)

(57) [Claims] 1. An arm that can be moved in and out between a pair of injection-molding simultaneous transfer dies including an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface, and a cavity forming concave surface of the A mold. A transfer film pressing device, characterized in that it comprises a pressing convex part that matches only a corner part. 2. An A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface,
Between the pair of injection molding simultaneous transfer molds in which the concave and convex portions are formed on at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold, only the arm that can move in and out and the concave and convex portion are provided . A transfer film pressing device, characterized in that the transfer film pressing device comprises a matching pressing projection. 3. An A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface,
Between the pair of injection-molding simultaneous transfer molds having a concave-convex portion formed on at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold, a movable arm and a concave-convex portion A transfer film pressing device comprising a pressing convex portion that contacts only a portion. 4. The transfer film pressing device according to claim 1, wherein an electromagnet is provided around the pressing protrusion. 5. A transfer in which at least a transfer layer is formed on a base film between a pair of injection molding simultaneous transfer dies including an A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface. The transfer layer was formed on the surface by feeding the film, clamping the transfer film at a predetermined position of the mold, injecting the molten resin into the cavity formed by closing the mold, and cooling and opening the mold. In the method for producing a molded simultaneous transfer product for obtaining a molded product, between the time when the transfer film is clamped at a predetermined position and the molten resin is injected into the cavity, the method according to claim 1 or 4.
The transfer film pressing apparatus described in the above is inserted between molds, and the transfer film is pressed only at the corners of the cavity forming concave surface of the mold A by the pressing convex portion, and the production of a molded simultaneous transfer product. Method. 6. An A mold having a cavity forming concave surface and a B mold having a cavity forming convex surface, and
At least a transfer layer is formed on a base film between a pair of injection molding simultaneous transfer molds in which unevenness is formed on at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold. feeding the transfer film that is, the transfer film was clamped in a predetermined position of the mold, the mold closed and the molten resin is injected into the formed cavity, by the opening after cooling type, the transfer layer on the surface In the method for producing a molded simultaneous transfer product for obtaining a formed product, any one of claims 2 to 4 between the time when the transfer film is clamped at a predetermined position and the time when the molten resin is injected into the cavity. The transfer film pressing device described in 1. is inserted between the molds, and at least one of the cavity forming concave surface of the A mold and the cavity forming convex surface of the B mold is formed in the pressing convex portion. Method for producing a molded simultaneous transfer article, characterized in that only the formed concavo-convex portion to press the transfer film.