TW201036790A - In-mold decorating apparatus, decorative sheet, and in-mold decorating system - Google Patents

Abstract

In in-mold decorating apparatus of the present invention, for the purpose of preventing it from performing simultaneous in-mold decoration using a defect pattern included in a decorative sheet, and as a result improving yields of decorative molded products, an inspection device 10 optically inspects whether or not there is a defect in patterns 91 of the decorative sheet 71, and the in-mold decorating apparatus 1 is configured not to perform positioning by skipping the defect pattern based on a defect mark 86a so that simultaneous in-mold decoration using the detect pattern 91N of the decorative sheet 71a, on which the defect mark is provided corresponding to the defect pattern, is not performed.

Description

201036790 VI. Description of the Invention: [Technical Field of the Invention] Technical Field The present invention relates to a technique for aligning a resin molded article by using a decorative plate, and at the same time, a decorative plate alignment and defect management technique used in the decorative device . In the prior art, as a method of decorating the surface of the resin molded article, there is a method of forming and decorating a decorative sheet formed on the surface of the base sheet by using a 0-folding material or the like. (Refer to, for example, International Publication No. W〇2〇〇5/li8250) The so-called simultaneous molding method is to sandwich a decorative plate on which a replica layer has been formed on a substrate plate, and to melt the inside of the mold. Resin, and a method in which the resin sheet is cooled to obtain a resin molded article, and after the decorative sheet is attached to the decorative sheet, the base sheet is peeled off to transfer the copy layer to the surface to be embossed. The simultaneous molding method has a feature that a molded article can be formed in a shape in which it is difficult to form a pattern by printing. & and the decorative sheet used for forming and simultaneously embossing is generally printed with a strip of a layer including a peeling layer, a pattern layer, an adhesive layer, etc., on the surface of a base plate such as a polycarbonate plate. The drum is constructed. However, in the case where the copying layer provided on the roll-shaped decorative sheet is in the case of gravure printing or winding, fine defects such as fine marks or pinholes may occur. Once the molding is performed by using the defective copying layer and the decoration is performed, there is a problem that a molded article having defects is caused. Therefore, pre-inspection is used to form and decorate the decorative sheet of the farm, and the removal has defects: 3 201036790 Copy layer (pattern). The inspection of the decorative panel was carried out by visually confirming the copying layer while removing the decorative sheet which was wound into a roll shape by the end of the general printing step. When it is found that one of the copying layers is defective, in order to remove the defective portion, a part of the decorative sheet including the defective portion is cut, and then the cut and pasted two sheets are re-joined by tape or the like. . DISCLOSURE OF THE INVENTION PROBLEMS TO BE SOLVED BY THE INVENTION Problems to be Solved by the Invention However, when the decorative sheet is visually confirmed, the processing for confirming the work is enormous. Further, the decorative sheet joined by a tape or the like is difficult to perform alignment during molding. As a result, in the forming step, there is a possibility that secondary defects that cause the defective product occur. Further, in the manufacturing step of the decorative sheet, not all of the patterns of the copying layer are confirmed, but the entire drum of the decorative sheet is divided into blocks of several meters, and the entire block having the defective portion is removed. Therefore, there is a case where the block contains a pattern having no defects, and a case where the decorative plate is wastefully discarded is performed. Therefore, the technical problem to be solved by the present invention is to provide a pattern for preventing the use of a pattern having a defect included in a decorative sheet, and to improve the yield of the decorative molded article. At the same time, the decorative plate for the decoration device. Means for Solving the Problems In order to solve the above-described technical problems, the present invention provides a 201036790 simultaneous decoration device, a decorative panel, and a simultaneous molding system.

According to a first aspect of the present invention, a simultaneous molding device is provided which uses a decorative plate which is attached to a surface of a substrate plate with a copy layer containing a plurality of good patterns and defective patterns, and has been subjected to And a defect mark, a width direction mark, and a length direction mark corresponding to the defect pattern, and the forming simultaneous decoration device closes the mold in a state in which the mold is aligned, and emits the molten resin, so that the foregoing copying The layer is overwritten onto the surface of the molded product in which the molten resin has been solidified, and the simultaneous molding and decorating apparatus includes a decorative sheet supply unit that intermittently supplies the decorative sheet to the mold; and detects the longitudinal direction mark and the width direction Marking and detecting the sensor of the missing mark; and driving control for controlling the supply of the decorative plate to align the pattern of the decorative plate to the mold according to the detection result of the mark detecting sensor And the driving control unit drives and controls the decorative sheet when detecting the defect mark by the detecting sensor as described above. To skip to the portion corresponding to the pattern of the mark without the aforementioned drawbacks aligned. According to a second aspect of the present invention, there is provided a second simultaneous molding device, wherein the defect mark is disposed in the same row as the longitudinal direction of the decorative sheet, and the mark detecting feeling is The detector includes a width direction sensor that detects the width direction mark, and a length direction sensor that detects the length direction mark and the defect mark. According to a third aspect of the present invention, a second molding and simultaneous decoration device is provided, and the defect mark is continuously provided toward a downstream side of a decorative sheet supply direction of a longitudinal direction mark corresponding to the defect pattern, and is opposite to the foregoing Adding 5 201036790, the longitudinal direction of the plaque is in the same row as the longitudinal direction mark, and the driving control unit is based on whether the length direction sensor is in a non-transmissive state or whether the amount of the decorative plate is larger than a predetermined gate. The value is implanted and the presence or absence of the aforementioned defect mark is detected. According to a fourth aspect of the present invention, a second molding and simultaneous decoration device is provided, and the defect mark is provided in a length direction mark corresponding to the defect pattern and a length direction corresponding to a pattern before the defect pattern. Standard. Between the two, the lengthwise direction is marked in the same direction as the direction in which the decorative sheet is supplied, and the driving control unit is in a state in which the longitudinal direction sensor is in a transparent state or whether the amount of the decorative sheet is larger than a predetermined amount. The threshold of the decision is depreciated, and the presence or absence of the aforementioned defect mark is detected. According to a fifth aspect of the present invention, a decorative panel is provided for use in forming a simultaneous decorative device, and the forming and simultaneously adding device is configured to close the mold and eject the blister resin in a state in which the mold is aligned, and The copying layer is overwritten to the surface of the molded article which has been solidified, and the decorative plate is attached to the surface of the base plate X with a copying layer including a plurality of good patterns and defective patterns, and is assigned to the defect pattern. Set the defect mark, width direction mark and length direction 襟 reporter. According to the sixth aspect of the present invention, the fifth aspect is provided

And the month 1J V width direction mark extends in a strip shape toward the longitudinal direction of the decorative sheet, and is disposed near one end of the width direction of the decorative sheet, and the length direction mark

The respective patterns are provided correspondingly, and the defect marks are arranged in the same row as the longitudinal direction marks with respect to the longitudinal direction. J. According to the seventh aspect of the present invention, the decorative sheet of the sixth aspect is provided, and the defect mark of the preceding paragraph 201036790 is continuously provided toward the downstream side in the supply direction of the decorative sheet corresponding to the longitudinal direction mark corresponding to the defective pattern. According to an eighth aspect of the present invention, a decorative sheet of a sixth aspect is provided, and the defect mark is provided in a length direction mark corresponding to the defect pattern, and a length direction mark corresponding to the front side of the defect pattern between. ,

According to a ninth aspect of the present invention, the fifth plate state of the fifth aspect is provided, and the width direction mark extends in a strip shape in the longitudinal direction and is disposed near the end of the visibility direction of the decorative sheet. The longitudinal direction marks are provided in a discontinuous band shape and correspond to the respective patterns without gaps, and the defect marks are provided to be coated with the gaps corresponding to the defect patterns. According to the first aspect of the present invention, a simultaneous molding system is provided, which is a Hi device and a simultaneous molding device, and the inspection device detects whether a pattern is defective, and the decorative plate is on the substrate plate. a copying layer of a wide two-number pattern having a length direction mark and a three-direction mark, and further, by the forming and simultaneous decorating means, intermittently supplying the above-mentioned subjected to == between the dies, and according to the aforementioned length square σ, (1) The width direction mark is used to close the mold in a state in which the aforementioned decorative sheet is aligned, and to eject the molten resin, and to rewrite the surface of the molded product on which the slick resin has been cured, and the front inspection device includes optical properties. Determining whether the pattern of the decorative plate is a heart=checking the pattern of the sensor unit, and according to whether the sensor unit has a == defect pattern, corresponding to the defect circle and the defective rod is a different part, the arrow The defective mark includes the decorative plate supply portion that supplies the adding plate and the slab is aligned with the mold, and the decorative plate pair is provided in the decorative plate supply portion according to the above 7 201036790 Before the aligning of the mold, the defect mark detecting sensor for detecting the defect mark, and the defect mark detecting j sensor detecting the defect mark, driving and controlling the decorative plate supply portion to skip the defect A drive control unit that marks the corresponding pattern without performing the aforementioned alignment. According to the eleventh aspect of the present invention, a first simultaneous molding and simultaneous decoration system is provided, and the defect mark detection sensor detects the length direction sensor of the length direction ladder and the aforementioned defect mark The portion of the length direction mark corresponding to the defect pattern is assigned to the defect mark. According to a twelfth aspect of the present invention, a forming simultaneous decoration system of the tenth or eleventh aspect is provided, and the defective mark imparting portion prints a printing unit for displaying a defect mark on the decorative plate. According to a thirteenth aspect of the present invention, there is provided a forming simultaneous decoration system of a twelfth aspect, wherein the printing unit is continuous to the downstream direction of the decorative sheet feeding direction in the longitudinal direction mark corresponding to the defect pattern The aforementioned defect mark is printed. According to a fourteenth aspect of the present invention, there is provided a forming simultaneous decoration system of a twelfth aspect, wherein the printing unit has the length direction mark corresponding to the defect pattern and a length direction mark corresponding to a pattern before the defect pattern The assignment of the aforementioned defects to the mark is made. According to a fifteenth aspect of the present invention, there is provided a forming simultaneous decoration system of a twelfth aspect, wherein the printing unit prints the defect mark to the gap corresponding to the defect between the length direction marks In the gap, the length direction mark corresponds to each of the above-described patterns, and is formed in a strip shape intermittently with a gap of 201036790'. According to a sixteenth aspect of the present invention, a forming simultaneous decoration system of the tenth or eleventh aspect is provided, and the defect mark imparting portion removes a removal direction unit of the length direction mark, and the length direction mark is based on the sensor according to the foregoing The unit determines that the pattern of the aforementioned defect pattern corresponds. According to a seventeenth aspect of the present invention, there is provided a forming simultaneous decoration system of the twelfth aspect, wherein the printing unit displays a defect different from the defect mark on the defect pattern. Advantageous Effects of Invention According to the first aspect of the present invention, a decorative sheet corresponding to the defect pattern and assigned a defect mark can be used, and the defect-marking device can be used as a reference and skipped without being performed. Alignment, therefore, forming a molded article without depending on the defect • pattern. This can be used to remove the defect pattern of the 5-plate, and it can eliminate the problem caused by the conventional cutting of the decorative sheet which occurs during the removal of the defective pattern. Further, since the molded article can be formed by removing the defect pattern, the manufacturing efficiency of the molded article can be improved. According to the second aspect of the present invention, it is only necessary to detect one of the sensor for the defect mark and the length direction mark, and therefore, the simplification of the apparatus can be achieved. Moreover, in the case of this configuration, the difference between the defect mark and the length direction mark must be added to the signal detected by the sensor. Therefore, for example, the shadow of the optical sensor is shielded by the defect mark and the length direction mark. Time can distinguish between the two. According to the fifth aspect of the present invention, the defect 9 201036790 mark can be used as a reference and can be skipped without being aligned by the forming simultaneous decoration device, and the molded article can be formed without the defect pattern. As a result, the work of removing the defective pattern of the decorative sheet can be saved, and the problem of the conventional cutting of the decorative sheet which occurs during the removal of the defective pattern can be eliminated. Further, since the defective pattern can be removed to form a molded article, the manufacturing success rate of the molded article can be improved. According to the tenth aspect of the present invention, the inspection device optically inspects the pattern, and the decorative sheet corresponding to the defect pattern and assigned the defect mark can be used to form the simultaneous decoration device to mark the defect mark as a reference and jump. The alignment is not performed. Therefore, the molded article is not formed in accordance with the defect pattern.爰 This saves the labor of removing the defective pattern of the decorative sheet, and can eliminate the problem caused by the conventional cutting of the decorative sheet which occurs during the removal of the defective pattern. Further, since the defect pattern can be removed to form a molded article, the manufacturing success rate of the molded product can be improved. According to the eleventh aspect of the invention, the sensor for detecting the defect mark and the sensor for detecting the length direction mark are shared, and the device can be simplified. BRIEF DESCRIPTION OF THE DRAWINGS These and other objects and features of the present invention will become apparent from the following description of the appended claims. In the drawings: Fig. 1 shows a configuration of a simultaneous forming device for forming a simultaneous decoration system according to an embodiment of the present invention; Fig. 2 is a sectional view taken along line π_π of Fig. 1; 201036790 Fig. 3 is a plan view showing an embodiment of a decorative plate in a pre-inspection state used in the forming simultaneous decoration device shown in Fig. 1; and Fig. 4 is a view showing a simultaneous molding system according to an embodiment of the present invention. The configuration of the simultaneous molding device used for forming; FIG. 5A is a plan view showing the first embodiment of the decorative sheet to which the inspection device has been given the defect mark; FIG. 5B is a cross-sectional view taken along line B-B of FIG. 5A. Figure 6A is a plan view showing a second embodiment of a decorative sheet to which a check device has been assigned a defect mark; Figure 6B is a cross-sectional view taken along line B-B of Figure 6A; The plan view of the third embodiment of the decorative sheet with the defect mark is applied; the 7B is a cross-sectional view taken along line B-B of Fig. 7A; and the 8A is a view showing that the check device has been assigned a defect mark. A plan view of a fourth embodiment of a decorative panel; Fig. 8A is a cross-sectional view of line B - line B; Fig. 9 is a flow chart showing the skip action when the decorative sheet shown in Fig. 5A is used; and Fig. 10 is a view showing the use of the decorative sheet shown in Fig. 6A Flowchart of the skip action, Fig. 11 shows a flow chart of the skip action when the decorative plate shown in Fig. 7A is used; Fig. 12 shows the skip action when the decorative plate shown in Fig. 8A is used Flowchart; 11 201036790 Figure 13 shows a plan view of a modification of the decorative panel shown in Fig. 5a. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE PREFERRED EMBODIMENT The description of the preferred embodiment of the present invention is continued with the description of the present invention. The factory is described with reference to the present invention. The present invention is directed to the formation of the present embodiment, while the tearing includes the forming of the upper enamel, and the decoration of the forming and decorating device. Board inspection device. Fig. 1 and Fig. 2 show the construction of the simultaneous decoration device according to the embodiment of the present invention. The forming simultaneous decoration device i is continuously fed between the mold (fixed mold and movable mold) in accordance with the control of the control unit (10), and the decorative sheet 71 is lost in the rhyme. In the state in which the U-tree is printed in the mold, a device in which the pattern attached to the surface of the decorative sheet 71 is overwritten onto the surface of the resin molded article to add a resin molded article. X, related to the formation of the present embodiment, while adding the decorative plate 7i used for the first set, as described in the following paragraph, it is possible to check the fine marks or needles of the pattern by checking the crack 1 〇 (refer to the figure *) A hole, etc., which corresponds to the pattern of the defective product and has been assigned the defect mark state. The forming simultaneous decoration device 1 includes a fixed disk 32 fixed to the frame 31, and a movable disk 34 that is moved to the column 33 of the fixed disk 32. The frame of the movable plate 34 is movably moved by a roller which is not shown in the drawings. A fixed die 36 is attached to the fixed disk 32. The fixed mold 36 is on its parting face side 12 201036790 - having a convex portion 36a. The forming and decorating means can be configured to eject the molten resin from the injection nozzle % to the fixed mold 36. A movable mold 4 is attached to the movable plate 34. The movable mold has a concave portion corresponding to the convex portion 36a of the fixed mold 36. The movable mold 4 is provided with seat tubes _, 81 for attaching the decorative sheet 71 to the mold. The fixed mold is provided with a recess (not shown) and is arranged not to interfere with the seat tube bundles 8A, 81. As a result, when the movable mold 40 and the fixed mold 36 have been closed, the seat tube bundles 8A, 81 can be avoided in the concave portion. Further, the upstream side frame 60 is mounted on the downstream side frame 6〇b so as to be movable in the horizontal direction with respect to the movable platen 34. By the upstream side frame and the downstream side frame _ the decorative plate 71 is transported by any amount of conveyance, the long and opposite direction of the decorative plate 71 can be aligned, and the upstream side frame 6 and the downstream side frame _ The horizontal direction is moved to enable alignment of the decorative sheet 71 in the width direction. That is, the upstream hemp_a and the sole__b have functions as a decorative sheet supply portion. The upstream side frame 6〇a and the downstream side frame_ are guided by the guide members ❹ B and (4) with respect to the guide rails _ mounted on the movable disk. A direct-acting universal bearing can be used as the guide member and the coffee. The upstream side frame _filled ___ can be moved in the horizontal direction by the single direction by moving the device in the width direction which is not shown in the figure. Each of the width direction movements is configured to, for example, a motor, a pulley, a conveyor belt, and the like, and can rotate the ball screw at a rotational speed of the fuel. The ball screw is meshed with the screw attached to the upstream side frame 6a and the downstream side frame. . Therefore, by rotating the motor, the ball screw can be rotated, whereby the side frame 6Ga and the downstream side frame 6% can be moved in the horizontal direction. 13 201036790 A plate supply roller 69 is provided in the upstream side frame 60a. The plate supply roller 69 is constructed to be rotatable by the driving of the upstream side motor 76a and to wind up the decorative plate 71. The upstream side guide rollers 72, 78 guide the decorative sheet 71 wound from the sheet supply roller 69 in the vertical direction so that the decorative sheet is positioned on the surface of the movable mold 40. Further, the upstream side guide rollers 72 and 78 are not limited to two, and may be any number. Further, in order to impart a proper tension to the supplied decorative panel 71, a magnetic powder type clutch (not shown) may be provided on the shaft of the reel of the take-up decorative sheet 71. A sheet winding drum 70 is provided in the downstream side frame 60b. The plate take-up roll 7 is constructed to constitute a decorative sheet 71 which can be wound around the surface of the movable mold 40. In order to impart appropriate tension to the supplied decorative panel 71, the plate winding drum 7 is provided with a motor 76b for driving the reel and a DC servo motor. Further, in order to guide the decorative sheet 71 having passed through the cavity surface of the movable mold 4G to the sheet winding drum 70, an arbitrary number of downstream side guide rollers 77, 78, 75 are provided to the lower private side frame 60b. The width direction sensors 82a and 82b are respectively arranged in the supply direction of the decorative sheet 71 and are provided above and below the movable mold 4〇. Further, the longitudinal direction sensor 83 is provided in the movable mold 4 in a state of being embedded, and the longitudinal direction sensor 83 is embedded and placed in the movable mold 4, and the pattern and the length direction of the decorative sheet 71 are sensed. The position of the detector 83 becomes close, so the accuracy of the alignment can be improved. The decorative plate 71 is supplied downward from the plate supply roller 69 in the vertical direction, and is guided toward the upstream side plate (four) rollers 72, 78 to pass through the mold surface of the mold 4 and is guided to the downstream side plate. The guide rollers 77, 78, 75 are guided and taken up by the plate take-up reel 70. 14 201036790 The supply of the decorative sheet 71 is driven and controlled so that the pattern 91 formed on the decorative sheet 71 is torn at a predetermined position with respect to the concave portion of the movable mold 4 (). The supply and positioning of the decorative sheet 71 is controlled by the control unit 100 to control the width direction moving device X of the plate supply roller, the width direction moving device X of the upstream side frame 6a, and the downstream side frame 6Gb. get on. At the same time, the decorative device is formed according to the detection result of the width direction sensor and the longitudinal direction sensing 1183, and the positioning operation of the decorative plate 71 is performed as will be described later, and then, the resin is injected (4). action. In the state in which the positioning of the slab is completed, the decorative plate 71 is formed. The case has been placed at the end of the position corresponding to the cavity of the fixed mold 36 and the movable mold 4G, and the position of the launching plate 34 is completed. And the mold is turned off, and the pattern on the decorative panel 71 is rewritten at the same time as the forming. After the molded article is cooled, the mold is taken out and the molded article is taken out. This ends the action of the loop. ❹ Fig. 3 shows the construction of the decorative panel used in this embodiment. The decorative plate 71 shown in Fig. 3 is a shape in which the inspection step which will be described later is not completed, and the plate 71 has a transparent base plate 2G and a replication layer 23 provided on the battle surface of the base plate (refer to 5B)). The copying layer 23 is formed by laminating the peeling layer 2, the adhesive layer 22, and the like. The pattern layer is provided with a plurality of patterns 91 formed by a partition, and a longitudinal direction mark 85 (also referred to as a rectangular mark pattern 91) formed at a certain interval from each pattern 91 by a gradation: phase:: two 1 pattern 91. The width direction mark 84 (also referred to as a streamline) is formed in the vicinity of the wide square η — * in the form of a strip. The length direction is two directions: 201036790 The direction mark 8 4 is attached to the printed pattern 91 at the same time. The width direction sensors 82a and 82b and the length direction sensor 83 are for reading the width direction mark 84 provided in the decorative sheet 71, the length direction mark 85', and the inspection step to be described later. Optical sensors of the defect marks 86a, 86b, and 86c (refer to FIG. 5A, FIG. 6A, and FIG. 7A). The width direction sensors 82a and 82b and the length direction sensor 83 detect the positions in the longitudinal direction and the width direction. Further, the width direction sensors 82a, 82b and the length direction sensor 83 read the defective marks 86a, 86b, 86c and detect the defective pattern 91N. Further, the width direction sensors 82a, 82b and the length direction sensing The device 83 is constructed to form a finely adjustable mounting position. Figure 4 shows the progress The schematic structure of the inspection apparatus for the inspection step of the decorative panel 71. The inspection apparatus 10 is a device for inspecting the roller-shaped decorative sheet 71 on which the copy layer 23 is printed by a gravure printing apparatus not shown in the drawings. In the inspection device shown, the effective width of the decorative plate 71 that can be inspected is 600 mm, the defect detection size is 30/m, and the conveying speed of the decorative plate 71 is 10 to 40 m/min. The decorative plate 71 to be inspected is installed. The delivery drum 11 is controlled to be driven by the torque motor 11a, and is controlled to feed the wound decorative sheet 71 with a predetermined tension by driving of the winding drum 12 to be described later. The drum 12 is controlled by the driving amount and the driving torque. The inspection device 1 is constructed to detect the conveyance amount of the decorative sheet 71. The decorative sheet 71 fed from the delivery drum 11 is rotated by the rotating drum 13a and the plate pressing drum 16a. And 17a is sent to the guide roller 19. The plate pressing roller 17a is coupled with a cylinder that can be moved up and down (not shown). Thereby, the cylinder 161636790 can be moved up and down to adjust the plate pressing roller 17a and the plate pressing roller. ! Adding between 6 a In this way, the conveyance of the decorative panel 71 can be surely performed. The guide roller 19 is configured by three rollers arranged substantially horizontally, and the decorative panel 71 is guided in the horizontal direction. The line sensor 71 of the area in which the guide roller is disposed is provided by the line sensor unit disposed above the guide roller 19. The line sensor unit 15 has two sensings for measuring transmitted light and reflected light. Further, the transmitted light source 14a and the reflected light source 14b are provided as light sources for inspection by the line sensor unit 15. The image captured by each line sensor unit 15 is inspected by a control arithmetic unit not shown in the figure, and the defect of the copy layer 23 can be optically discriminated. Further, a defect mark imparting portion 18 is provided on the downstream side of the line sensor unit 15. The mark of the defect mark assignment section will be added as a mark to be described later, and various configurations can be employed. As a specific example, the removal of the portion of the ink jet unit or the laser mark ❹ stomach, the decorative sheet Μ copy layer 23 for printing the decorative sheet (four) surface can be used as the defect mark imparting portion 18. The decorative plate 7 i guided by the guide roller 19 is guided by a plate pressing roller. The plate pressing roller 17b is coupled to a cylinder (not shown) that can be moved up and down. Thereby, the clamping force of the decorative plate 71 between the plate pressing roller and the blood plate pressing roller 16b can be adjusted by the up and down movement of the cylinder. In this way, the transfer of the decorative panel 71 can be confirmed. Downstream of the plate pressing drums 16b, 17b, there is a rotating rocking drum. The embossing roller 71 is rotated by the squeezing roller between the plate pressing rollers 17 and 17b, and is taken to the winding roller 12. Winding 17 201036790 12 is provided with a torque motor 12a. By controlling the driving of the torque motor 12&, the take-up reel 12 can take up the decorative sheet 7 in a state in which the decorative sheet 7i is given a predetermined tension. The defect mark imparting portion 18 connects the line sensor unit 丨5. The length direction mark 85N (refer to FIG. 5A) corresponding to the pattern 91N of the defective copy layer 23 is determined, and the decorative sheet 71 is given in a form different from the longitudinal direction mark 85 of the good product. Further, the defect mark imparting portion 18 adds or removes the longitudinal direction mark 85 to the specific portion of the decorative sheet 71 in accordance with the timing of the conveyance of the decorative sheet 71. The _axis mark # and the portion 18 are described as a fine structure. This defect mark is assigned to the timing control (4) by the control unit of the inspection device 1〇 which is not closed.

The fifth embodiment of the dance board 71, which is subjected to defect inspection and assigned a defect mark, is a plan view of the first embodiment of the decorative sheet 71 to which the defect mark is applied without the inspection apparatus. The fifth relationship is reduced by the scale of the length direction of the decorative panel in the B-BJ® X' 5B of Fig. 5A. As shown in Fig. 5, a width direction mark 84, a length direction mark 85, and patterns 91 and 91N are attached to the decorative sheet 71a. These marks 84, 85 and pattern 9 are attached to the back write layer 23 provided on the surface of the base plate 20 as shown in Fig. 5B. The replication layer 23 has a release layer 2 disposed on the surface of the face plate π and an adhesive layer 22 disposed on the pattern layers 84, 85, 91. Further, in the molding simultaneous decoration device 1, an arrow F indicates the supply direction of the supply decorative plate 71a. For the sake of. The peelability from the replica layer 23 of the base plate 20 can also be 18 201036790 = the replication layer 23 is provided before the discharge of the silk plate 2, and the entire (four) dissimilar layer (not shown in Formula 2). The figure system 84, 85, 91 is called _ (four) and the length side = record 85, the width direction mark 8 is layered, and is set on the surface of the _ layer 21. The layers 84, 85, and 91 are formed on the peeling layer 72 by using a film or the like by inkjet printing or riding, etc., in order to improve the adhesion between the other copying layer and the metal thin film layer. Can also be set

The unclosed layer is followed by the layer 22_ to a layer in which the layers are attached to the surface of the resin molded article. The defect mark 86a is a defect mark of the inspection device iq shown in the fourth embodiment, and the center of the first embodiment of the present invention is directed to the downstream direction of the longitudinal direction mark 85N of the defect pattern 9in. Side, pair length = mark_ continued printing defect mark 86a. The surface of the printed defect marking shirt is the surface of the writing layer 23. It is suitable to use an inkjet unit or the like as a related item! The defect marking portion 18 of the inspection apparatus 1 of the embodiment. Figure 6A shows a plan view of an embodiment of a decorative panel that has been marked with a defect by means of an inspection device. The first hat diagram is a cross-sectional view taken along line B-B of Fig. 6A. Further, the scale of the length direction of the decorative panel is reduced and shown. As shown in Fig. 6A, a width direction mark 84, a length direction mark 85, and a pattern 9b 91N are attached to the decorative plate 71b. These marks 84, 85 and the patterns 91, 91N are attached to the copy layer 23 provided on the surface of the base plate 2' as shown in Fig. 6B, respectively. Further, the layer structure of the decorative sheet 71b is the same as that of the decorative sheet 71a of the second embodiment, and thus detailed description will be omitted. Defect mark fine mark 4®_The defect mark of the inspection device 1 () 19 201036790 The mark assigned to the portion 18 is assigned. In the second embodiment, the defect mark 86b is printed with the longitudinal direction mark 85F corresponding to the pattern 91F and the inter-turn position of the longitudinal direction 85N corresponding to the defect pattern_, and the pattern 91F is located in the longitudinal direction mark corresponding to the defect pattern 91N. The supply direction (4) upstream side (ie, the upstream side of the defect pattern). The surface of the printing defect mark 复 is the surface of the layer 23. An ink jet unit or the like can be suitably used as the defect mark imparting portion 8 of the inspection apparatus 10 of the present embodiment. Fig. 7A is a plan view showing a third embodiment of a decorative sheet in which the inspection device has been given a defect mark. Figure 7B is a cross-sectional view taken along line B-b of the $7A diagram. Further, in Fig. 7B, the scale of the length of the slab is reduced and shown. As shown in Fig. 7A, a width direction mark 84, a length direction mark 85e, and a case 91, _ are attached to the additional plate 71e. The material marks 84, 85 and the patterns 91, (4) are respectively attached to the carbon layer 23 provided on the surface of the base plate 20 as shown in the _th. Further, the layer structure of the decorative plate 7ic is the same as that of the decorative plate 71a of the second embodiment, and therefore detailed description thereof will be omitted. In the brocade plate of the third embodiment, the longitudinal direction mark 85c is intermittently formed in a strip shape. Further, the strip-shaped longitudinal direction marks are decoupled from the neutral position 87), and 87N is provided corresponding to the pattern 91. In the center of the forming, the simultaneous decoration device 1 detects the direction to the standard interlacing position 87 by the longitudinal direction sensor 83, thereby performing alignment in the longitudinal direction. The defect mark 86c is assigned a mark assigned by the phase by the defect of the inspection device ι shown in Fig. 4. In the third embodiment, the position mark_c print mark 86c is interrupted by the length direction mark 85c corresponding to the defect pattern 9in 20 201036790. As a result, when the surface of the (four) plate 71 is viewed from the vertical direction, the gap of the intermittent position _ is covered, and the longitudinal direction marks 85c and 85c adjacent to each other by the intermittent position 87 are connected. The surface of the defective mark 86? is printed on the surface of the layer. The ink jet single or the like can be suitably used as the defect mark imparting portion 18 of the inspection apparatus 10 of the third embodiment. Fig. 8A is a plan view showing a fourth embodiment of a decorative sheet in which an inspection device has been given a defect mark. Fig. 8B is a cross-sectional view taken along line B-B of Fig. 8th. Further, in Fig. 8B, the scale of the length direction of the decorative panel is reduced and shown. As shown in Fig. 8A, a width direction mark 84, a length direction mark 85, and patterns 91 and 91N are attached to the decorative sheet 71d. These marks 84, 85 and patterns 91, 91N are respectively attached to the overlying layer 23 provided on the surface of the base plate 2A as shown in Fig. 8B. Further, the layer structure of the decorative plate 71d is the same as that of the decorative plate 71a of the second embodiment, and therefore detailed description thereof will be omitted. The defect mark 86d shown in Fig. 4 of the defect mark 86 is assigned to the mark given by the portion 18. In the fourth embodiment, the defect mark 86d is given by removing the longitudinal direction mark 85N corresponding to the defect pattern 91n. That is, as shown in Fig. 8B, the length direction mark 85N corresponding to the defect pattern 91N is removed by removing the area of the copy layer 23 including the length direction mark 85N corresponding to the defect pattern 91N. Thereby, the longitudinal direction sensor 83 cannot detect the length direction mark 85N when the longitudinal direction of the decorative sheet 7ld is aligned as will be described later. For example, an adhesive unit for removing the replica layer 23 or the like can be suitably used as the defect mark imparting portion 18 of the inspection apparatus 10 of the present embodiment. 21 201036790 The adhesive unit abuts the state in which the head copy layer 23 is to be removed to rewrite the 23 to the side of the head 18d to remove the copy 23 from the decorative sheet. , 3 then 'description in the first! The positioning action of the decorative panel of the simultaneous decoration device shown in the figure is shown. First, an operation in which the pattern used for the simultaneous molding of the molding is aligned in the longitudinal direction and the width direction will be described in the case where the defect mark is not attached to the contact (four) shape. Thereafter, it is explained that, depending on the force, the plate 71 is subjected to the action of the defective pattern which is not used for the simultaneous decoration and decoration by the defect mark = state '. (Alignment operation of pattern) When the signal of the start of circulation is input, the upstream side frame _ and the downstream side frame 60b return to the machine origin, and the conveyance operation of conveying the decorative plate "in the vertical direction" is started. Thereafter, the plate supply roller 69 and the plate take-up (four) 7 rotation are rotated by the motor 76a 'can drive, and the decorative plate 71 is wound from the plate supply roller (4). Further, at this time, the motor 76a and the plate supply roller 69 are supplied. The plate winding drum 70 is rotated at a high speed, so that the conveying speed of the decorative plate 71 is high. The high-speed rotation of the motors 76a, 76b is maintained until the length direction sensor 83 detects the decorative plate as will be described later. The longitudinal direction mark of the 71 is attached to the decorative plate 71 by a predetermined length, and the length direction sensor phantomly detects the length direction mark 85 of the decorative plate 71 (the case of the embodiment shown in Fig. 7A is the intermittent position 87). Then, the rotational speeds of the motors 76a, 76b are switched to the low speed. Thus, the transport speed of the decorative panel 71 is slowed down. The transport speed of the decorative panel 71 at a low speed can be set, for example, to the decorative panel 71 at a high speed. The speed of delivery is 20 points or more. 22 20 1036790 Further, the timing at which the decorative sheet 71 is switched from the high speed conveyance to the low speed conveyance is not the timing at which the length direction mark 85 of the longitudinal direction sensor 83 is detected, but can be controlled in accordance with the conveyance amount of the decorative sheet 71. The decorative sheet 71 of the embodiment is not cut and attached for removing the defect pattern as in the conventional example, so that the interval between the adjacent longitudinal direction marks 85 and 85 does not change when the decorative sheet 71 is manufactured. First, the interval between the length direction marks 85 is all constant. Therefore, even if the timing of switching from the high speed to the low zero speed is controlled according to the conveyance amount of the decorative sheet 71, the precision is not lowered. During the driving, the timing of the longitudinal direction mark 85 is not detected by the longitudinal direction sensor 83 (that is, the timing of the switching of the transmission direction and the non-transmission state of the longitudinal direction sensor 83), and the motors 76a and 76b are stopped and the decorative plate 71 is stopped. In order to stabilize the rotation speed, a servo motor is used as the motor 76a provided in the upstream side frame 6A, and is controlled according to the feedback control using the rotation speed generator or the encoder. The rotation speed is preferably as follows. After the positioning of the decorative panel 71 in the longitudinal direction is performed, the positioning of the fascia 71 in the width direction is performed. The upstream side frame _ and the downstream side frame 60b are respectively moved in the horizontal direction. The decorative plate 71 disposed on the surface of the core of the movable mold 4 is moved in the horizontal direction. Thereby, once one end of the width direction mark 84 is detected by the width direction sensors 82a, 82b, the decoration will be decorated. The moving speed of the plate 71 is set to be slow. Thereafter, the timing detected by the width direction sensors 82a, 82b in the width direction or a predetermined length causes the decorative plate 71 to move in the horizontal direction, and then the decoration is made. Since the movement of the plate is small because the moving distance of the decorative plate 71 in the horizontal direction is small, it can also be constructed such that one end of the width direction mark 84 is detected by the width direction sensor 23 201036790 82a, 82b, and immediately In the horizontal alignment of the movement stop decorative plate 71 of the plaque η, a wide household is used. Moreover, the purpose of the (four) sensors is to adjust the tilt of the decorative plate. The skew is perpendicular to the vertical direction (the skip motion of the defect pattern). The skip motion of the defect pattern is divided into the form of the defect mark attached to the decorative sheet, respectively, according to the form of the defect mark attached to the decorative sheet. The following is a description of the skip action of each of the four-plates in the above-described respective embodiments. X. In the following description, the forming operation before one cycle of the skip-moving pattern is completed, and the end-of-day defect pattern is aligned in the end direction. & Good pattern Fig. 9 shows a peach over flow chart when using the decorative sheet shown in Fig. 5A. The skipping action for setting the molding while the limb (four) plate 71a is being formed is as follows. 1 〇). At this time, the decorative sheet first 'starts the conveyance operation of the decorative sheet 71 (the conveyance speed of #71a is high speed. When the decorative sheet 71a is conveyed in the longitudinal direction, the longitudinal direction sensor 83 is shielded by the longitudinal direction mark 85 From the transmission state (NO at #11) to the non-transmission state (YES at #11), the conveyance speed of the timing decoration plate 71a is switched to the low speed (#12), and the timer not shown in the figure starts. Time calculation (#13). When the transport speed of the decorative panel 71a is low, before the predetermined time elapses (when #14 is NO), the length direction sensor 83 is switched from the non-transmissive state to the transmissive state. In the case (that is, in the case where the length direction sensor 83 is blocked when the time of 24 201036790 ' is shorter than the predetermined time: YES at #15), the motor 76 is stopped (#16). Thus, the decorative plate 71a In the other hand, when the longitudinal direction sensor 83 is in a non-transmissive state, it is determined that the longitudinal direction mark 85 has elapsed after a predetermined time elapses from the calculation of the time (YES at #14). Continuous (contiguous) who is attached with a defect mark 86a When the If is turned on, the motor is switched to the high speed drive, and the conveyance width of the decorative panel 71 & is set to high speed (#17). Further, on the way of the high speed conveyance of the decorative panel 71a, according to the defect mark 86 a The longitudinal direction sensor 83 is in a non-transmissive state by the longitudinal direction sensor 83. However, the first non-transmissive state of the longitudinal direction sensor 83 is ignored, ignoring the detection signal (#18). After the defect mark 86a passes through the length direction sensor 83, the length direction sensor 83 detects the non-transmission state (YES at #11), and conveys the decorative plate 71a at a high speed, and repeats the above operation to the above-mentioned decorative plate. The lengthwise alignment of the 71& is completed. The above-mentioned "when the decorative sheet of the 5A drawing is used, the skipping operation of the decorative device 0" is constructed to change the conveying speed of the decorative plate 71a from high speed to low speed. Since the timing is started, the trigger of the processing can be set small. Therefore, the skip operation can be performed with an easy process. Alternatively, instead of performing the time measurement, it is possible to determine whether or not there is a defect based on the amount of conveyance of the decorative sheet 71a. Mark 86a, As a modification of the skipping, that is, the amount of conveyance of the decorative plate 71a is calculated after the #11 lengthwise direction sensor 83 is in a non-transmissive state, and the longitudinal direction sensor 83 is in a non-transmissive state, according to the decorative plate 71a. Whether or not the predetermined distance has been moved to determine whether or not there is a defect mark 25 201036790 86a. Fig. 1 is a flow chart showing the skip action when the decorative sheet shown in Fig. 6A is used, which is set to be used when the decorative plate 71b is used. The skipping operation of the simultaneous molding apparatus is as follows. First, the conveyance operation of the decorative sheet 71b is started (#20). At this time, the conveyance speed of the decorative panel 71b is as described above. When the transporting operation of the decorative panel 71b is started, the timer not shown in the figure starts timing simultaneously (# 21). When the decorative sheet 71b is transported in the longitudinal direction, the longitudinal direction sensor 83 detects the longitudinal direction mark 85 and switches from the transmitted state to the non-transmissive state (YES at #22). The switching sequence determines whether or not the predetermined time has elapsed since the start of the timer, and if the predetermined time has elapsed (YES at #23), the conveyance speed of the decorative panel 71b is switched to the low speed as described above (#24). ). Next, when the length direction sensor 83 is switched from the non-transmissive state to the transmissive state (YES at #25), the motor 76 (#26) is stopped, and the alignment of the trimming plate 71b in the longitudinal direction is ended. On the other hand, when the decorative sheet 71b is transported at a high speed, it is expected that the lengthwise direction sensing is finely switched from the transmitting state to the armpit (No in #23) from the start of the counting period. The defect mark system between Z85 and 85 and the length direction sensor 83 are detected. In this case, the high speed conveyance of the decorative panel 71b is continued. Further, in the middle of the high-speed conveyance of the decorative sheet 71b, the longitudinal direction sensor 83 is in a non-transmissive state by the lengthwise direction sensor 83, but the detection nickname (#28) is ignored. That is, the non-transmissive state of the first 26 201036790 of the length direction sensor 93 is ignored. After the defect mark 86b passes through the length direction sensor 83, the length direction sensor 83 detects the non-transmission state (YES at #22), and conveys the decorative plate 71b at a high speed. In the following, the above-described operation is repeated until the alignment in the longitudinal direction of the above-mentioned decorative sheet 71b is completed. In the skipping operation of the forming and decorating apparatus when the decorative sheet 71b of Fig. 6A is used, the timing is started at the timing when the conveying speed of the decorative sheet 71a is switched from the high speed to the low speed. Therefore, the trigger for processing has increased. However, in order to ensure the continuity of the defect mark 86 and the length direction mark 85, it is not necessary to perform alignment with high precision. Thus, the control for the inspection device 10 and the defect flag 86b can be easily achieved. Fig. 11 is a flow chart showing the skip action when the decorative sheet shown in Fig. 7A is used. The skipping operation of the simultaneous decoration device set when the decorative plate 71c is used is as follows. First, the conveyance operation of the decorative panel 71c is started (#30). At this time, the conveyance speed of the decorative panel 71c is high as described above. Since the longitudinal direction mark 85c of the decorative plate 71c constitutes a strip shape which is intermittently provided, the longitudinal direction sensor 83 is in a non-transmissive state at the timing when the pattern 91 is not detected. When the decorative sheet 71c is transported in the longitudinal direction, the longitudinal direction sensor 83 detects the intermittent position 87 of the longitudinal direction mark 85c and switches from the non-transmissive state to the transmitted state (YES at #31). Further, the defect mark 86c is given to the intermittent position 87N corresponding to the defective pattern 91N. Therefore, the length direction sensor 83 cannot detect the intermittent position 87 at the position corresponding to the defect pattern 91N. Therefore, in the sense of length direction 27 201036790 When the detector 83 detects the transmission state, the pattern 91 corresponding to the detection position becomes 1 _N. In the length direction, the sensing (10) is switched from the non-transmissive state to the transmitted state_order, such as ± riding to change the decorative plate 7ie to the low speed (#32). When the lengthwise direction sensor is transmitted to the non-transmissive state by the low-speed conveyance of the decorative plate 71c (in the case of #33), the motor is stopped (4). Thus, the length of the decorative plate 71 (the length direction) The alignment is completed. When the decorative sheet 71c shown in Fig. 7A is used, the skipping action towel of the simultaneous decoration device is used in the case of the shape of the lengthwise direction mark 85e. By the operation, the defect pattern and the good pattern are discriminated. Thereby, the skip operation can be performed with an easy process. Further, the defect mark 86c to be placed by the recording can be realized by a simple structure such as an ink jet unit. The figure shows a flow chart of the skipping operation when the decorative plate shown in Fig. 4 is set. The skipping operation of the decorative device set at the time of forming the decorative plate 71d is as follows. First, the decorative plate 71d is started. The conveyance operation (#4〇). At this time, the conveyance speed of the decorative panel 71d is high as described above. The length direction mark 85d of the decorative panel 7id is only provided with the good pattern 91, and is inspected by the inspection apparatus 1 Pre-attached to the pattern 91N with defects The length direction mark 85 is removed. Thus, the length direction mark 85 is not added to the position corresponding to the defect pattern 91N, so the length direction sensor 83 does not detect the length direction mark ". Thus, the sense of length direction When the detector 83 detects the non-transmission state, the pattern 91 corresponding to the inspection position is the non-defect pattern 9iN. 28 201036790 When the plate 7 is transported in the longitudinal direction, the longitudinal direction sensor X direction is shielded and transmitted. The state is switched to the non-transmissive state (in the case of # is YES). In the length direction, for example, 3 is switched from the transmission to the non-transmissive g, and the speed of the decorative plate is switched to the low.

When the decorative plate 7ld is transported at a low speed and the longitudinal direction sensor is switched from the non-transmissive state to the transmissive state (YES at #43), the stirrup is stopped (#44). Thus, the length of the decorative plate 71d is increased. The alignment is over. The longitudinal direction mark 85 corresponding to the defect pattern 91N is removed during the skipping operation of the Korean device in the case where the decorative plate 7 is shown in Fig. 8A. Thus, in the case of the simultaneous molding device i, the control for skipping the movement is not particularly required, and the sound with respect to the above-described alignment operation can be originally used locally. As described above, the simultaneous molding system including the simultaneous molding device 1 and the inspection device 10 according to the present embodiment constitutes a long-term production corresponding to the defect pattern 91N detected at the inspection stage of the decorative panel 71. Since the direction mark is assigned to the defect mark, the molded article can be formed by skipping the defect = the case 91N at the time of molding. Therefore, in the inspection stage of the decorative panel 71, it is not necessary to cut and paste the decorative panel 71, and a good pattern is not wasted, thereby preventing wasteful disposal of the decorative panel or formation of a defective molded article. The manufacturing success rate of a good molded product. Further, the present invention is not limited to the above embodiment, and can be implemented in other various forms.

For example, in the above embodiment, the sensing device is used for forming, the I 29 201036790 f side is used, the detector 83 is used as the detection mark, and the second component is more sensitive to detecting defects - Reducer. In this case, the I sound " ★ direction sensor 83 and the defect mark detection sense "set to be as shown in Fig. 13 in the width of the decorative plate ~ 85 mark until the stop plate /, # The timing "is based on the inspection of the defect mark 86e, whether or not the transmission state is determined, and whether or not the skip pattern can be determined. ~ In the case of the 丄 丄 〜 〜 研 研 研 研 研 丹 伙 伙 伙 伙 91 91 91 91 91 91 91 The pattern corresponds to and is provided with the defect marks 86a to 86e. For example, it is also possible to add a visually judgeable defect to the defect pattern 91N, for example, "NG characters" or "marks" are displayed as defects. Further, the defect display is attached to the force, and the surface of the plate 71 is ♦, and when it is attached to the side on which the copying layer 23 is provided, the defect indication is originally overwritten on the molded article at the time of molding and decoration. Therefore, in the defect inspection of the molded article after molding, there is an effect that the defect can be easily found by finding the above defect display. Further, in the above-described embodiment, the simultaneous molding device (the device independent of the inspection device 1G) is configured as a device for constituting the simultaneous molding system. However, the device may be configured as the body 1. The construction is used to form the decorative sheet and the timing of the supply of the decorative sheet, and the inspection and the job are marked with the !! mark. In this case, the structure is constructed on the upstream side frame, and the line sensor unit 15 and the ink jet unit are arranged. The defect mark can be assigned to the part 8. 30 201036790 The present invention - while the winter reference frame fully describes the relevant state of the application, however, the correction and the correction. It is to be understood that such changes and modifications may be included in the scope of the present invention as long as they do not depart from the scope of the invention, and are included in the scope of the present invention.

Fig. 1 is a view showing the construction of a simultaneous molding apparatus for forming a simultaneous addition system according to an embodiment of the present invention; Fig. 2 is a sectional view taken along line 第-Η of Fig. 1; 1 is a plan view showing an embodiment of a decorative panel in a pre-inspection state used for forming a simultaneous dancing device; FIG. 4 is a view showing the formation of a simultaneous decoration system according to an embodiment of the present invention. The structure of the decorative device; the fifth drawing shows a plan view of the first embodiment of the decorative plate to which the inspection device has been assigned the defect mark; the fifth drawing is a sectional view of the β-Β line of the fifth drawing; The figure shows a plan view of a second embodiment of a decorative panel to which a check device has been assigned a defect mark; FIG. 6B is a cross-sectional view taken along line b-b of FIG. 6A; and FIG. 7A shows that the check has been subjected to inspection A plan view of a third embodiment of a decorative sheet with a defect mark; a 7B view is a cross-sectional view taken along line b-b of Fig. 7A; and Fig. 8A is a view showing a decoration with a defect mark by means of a check mark Plan view of the fourth embodiment of the board; 31 201036790 Figure 8B is based on Figure 8A a cross-sectional view of the b-b line; Fig. 9 is a flow chart showing the skip action when the decorative plate shown in Fig. 5A is used; and Fig. 10 shows the skip action when the decorative plate shown in Fig. 6A is used. Flowchart; Fig. 11 is a flow chart showing the skip action when the decorative plate shown in Fig. 7A is used; Fig. 12 is a flow chart showing the skip action when the decorative plate shown in Fig. 8A is used; Fig. 13 is a plan view showing a modification of the decorative panel shown in Fig. 5A. [Description of main component symbols] 1···Making simultaneous decoration device 18cl···Head 10...Inspection device 19...Guiding roller 11...Sending roller 20...Base plate 11a···Torque motor 21...Separation layer 12 ...winding roller 22...subsequent layer 12a···torque motor 23...copying layer 13a, 13b···rotating rocking drum 31...frame 14a...transmitting light source 32...fixing disk 14b...reflecting light source 33... Column 15...line sensor unit 34...movable disk 16a, 17a...plate pressing roller 36...fixed die 16b, 17b...plate pressing roller 36a·... convex portion 18... defect marking imparting portion 39...injecting nozzle 32 201036790 40 ··· movable mold 40a···recessed part 60a···upstream side frame 60b...downstream side frame 61a,61b...guide rail 62a,62b...guide member 69...plate supply roller 70...board take-up drum 71, 71a ～71e...plus slats 72, 78...upstream side guide rollers 76a...upstream side motor 76b...motors 75,77,78...downstream side guide rollers 80,81...seat tube bundles 82a,82b...width direction sensor 83 ...length direction sensor 84...width direction mark 85, 85c 85N ... longitudinal direction marks 86a1 ^ " 86e ··· discontinuity defect position marking 87,87N ... 91,91N ... 100 ··· pattern control unit

33

Claims (1)

201036790 VII. Patent application scope: 1. A forming and simultaneous decoration device, which uses a decorative plate, and the decorative plate is attached to the surface of the base plate with a copy layer containing a plurality of good patterns and defect patterns. a defect mark, a width direction mark, and a length direction mark disposed corresponding to the defect pattern, and the forming simultaneous decoration device closes the mold in a state in which the mold is aligned, and ejects the molten resin to cause the foregoing copy The layer is overwritten onto the surface of the molded product in which the molten resin has been solidified, and the molding simultaneous decoration device includes: a decorative sheet supply portion that intermittently supplies the decorative sheet to the mold; a width direction mark and the aforementioned defect mark a mark detecting sensor that detects the length direction mark, and the detection control unit of the aforementioned drive control unit 'the above-mentioned mark inspection device' drives the control of the decorative plate supply unit to align the mold, the aforementioned The pattern of the decorative panel is described when the drive control unit detects the aforementioned defect mark according to the previous month's mark detection sensor. Before 'the decorative sheet feed drive control unit L7s, ...' driving control Wherein the aforementioned lack 34 201036790: the decorative plate corresponding to the longitudinal direction mark corresponding to the defect pattern = direction downward_continuously disposed, with the length direction of the aforementioned decorative plate being marked as _, and the aforementioned drive control plus The time in which the length direction is favored to be in a non-transmissive state or the aforementioned force: whether the amount of conveyance is greater than a predetermined threshold value and whether or not the defect mark is detected. (4) Adding sugar, wherein the above-mentioned missing === case corresponds to the length direction mark _ before the relative plus = give:::=:: mark _, and again, ι, +. 叩 ', the length direction is marked as In the same column, the time of leaving; according to the length direction sensor, the transport amount of the transparent plaque is greater than a predetermined threshold value, and the presence or absence of the aforementioned defect mark is detected. 5. - ^ (4) plate, _ at the same time as forming (4) device, and Ο = device is to close the mold in the state where the mold is aligned and shoot out the resin and make the replication layer re-wrapped to the formation of the aforementioned fused resin The surface of the sigma σ, the surface of the plaque recording base plate (4) is accompanied by a copy layer containing a plurality of good patterns and defect patterns, and is assigned a defect mark 'width direction mark and length direction handle' disposed opposite to the aforementioned defect map. By. - 6. The force of the fifth aspect of the patent application, wherein the width direction of the width direction of the decorative sheet extends in a strip shape and is disposed in the width direction of the decorative sheet, the length The direction marks are provided corresponding to the respective patterns described above, and the new defect marks are arranged in the same direction as the aforementioned length direction marks with respect to the length direction 35 201036790. 7. The decorative panel of claim 6, wherein the defect mark is continuously disposed toward a downstream side of the decorative sheet supply direction of the longitudinal direction mark corresponding to the defect pattern. 8. The decorative panel of claim 6, wherein the defect mark is provided between a length direction mark corresponding to the defect pattern and a length direction mark corresponding to a pattern before the defect pattern. 9. The decorative panel of claim 5, wherein the width direction mark extends in a strip shape toward the longitudinal direction and is disposed near one end of the width direction of the decorative sheet, and the length direction mark is set to a discontinuous strip shape. And corresponding to each of the above patterns and without gaps, and the defect mark is set to be coated with the gap corresponding to the defect pattern. 10. A forming simultaneous decoration system having an inspection device and a molding simultaneous decoration device, wherein the inspection device checks whether each pattern of the decorative panel is defective, and the decorative panel is attached to the surface of the base plate. a copying layer of a plurality of patterns, having a length direction mark and a width direction mark, and further, intermittently feeding the inspected decorative plate between the molds by the forming simultaneous decoration device, and marking according to the length direction and the foregoing In the width direction mark, the decorative sheet is closed in a state in which the mold is aligned, and the molten resin is ejected, and the copying layer is overwritten onto the surface of the molded product in which the molten resin has been solidified. The inspection apparatus includes: The detector unit is optically judged whether the pattern of the decorative plate is the defect pattern, and the portion of the pattern is corresponding to the defect pattern, and the defective rod J is The decoration device contains: '. In the case of the front force, the supply of the decorative sheet and the pre-recording (four) feeling of the decorative sheet are performed, and the defect mark is described before the mold is aligned according to the decorative sheet supply portion. The aforementioned defect mark detector detects that the front turn (four) front and the fascia supply are skipped and the front mark is applied to the red pattern without performing the aforementioned solution. A molding simultaneous decoration system of claim 1G of the patent track, wherein the defect mark detection sensing H detects the long-term production of the length direction mark: Ο 2 = ' and the aforementioned defect mark assignment portion corresponds to the aforementioned defect map Your length direction mark is assigned the aforementioned defect mark. I: Please refer to paragraph 1 or 11 of the patent scope at the same time, I:: note and the department print the aforementioned defect mark on the above-mentioned decorative plate 13 · as in the case of the application of the 12th article of the patent scope plus (four) system, = toward The length direction direction corresponding to the defect pattern is on the downstream side in the supply direction of the decorative sheet, and the length direction mark is marked with a defect. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Between the direction marks, the aforementioned defect assignment mark is assigned. 15. The forming simultaneous decoration system of claim 12, wherein the printing unit prints the defect mark to fill the gap, and the length, in a gap corresponding to the defect pattern located between the length direction marks The direction marks correspond to the respective patterns described above and are intermittently provided in a strip shape with a gap interposed therebetween. 16. The forming simultaneous decoration system of claim 10, wherein the defect mark imparting portion removes a removal unit of the length direction mark, and the length direction mark is determined to be the aforementioned defect according to the sensor unit The pattern of the pattern corresponds. 17. The forming simultaneous decoration system of claim 12, wherein the printing unit displays a defect different from the defect mark on the defect pattern. 38