TWI275467B - Apparatuses and methods for producing items, in particular compression moulded items - Google Patents

Abstract

An apparatus comprises a moulding unit having a punch and a mould cavity movable along a path between an open position in which said punch and said mould cavity are distanced apart from each other to receive a dose of plastics therebetween, and a closed position in which said punch and said mould cavity interact to form an item by pressing said dose, a supporting arrangement extending externally of said moulding unit being interposed between said punch and said mould cavity for supporting said dose. A mould compression item comprises a body formed from a plurality of plastic materials having different properties and/or appearance from one another.

Description

1275467 发明, INSTRUCTION DESCRIPTION: TECHNICAL FIELD The present invention relates to an apparatus and method for manufacturing a product, and more particularly to a molded product made of plastic, such as a lid for bottles and containers. The invention is more related to a product made of a plastic material. [Prior Art] U.S. Patent No. 5,807,592 discloses a device for manufacturing a cover having a plurality of weights mounted on a rotating frame that rotates about a main axis. The parent molding unit includes a cavity, and the plastic material of the fluid or semi-fluid is fed into the cavity; the punch is interacting with the cavity, To shape the dose of plastic material according to the desired shape of the lid. Each of the cavities and the corresponding punch are movable between an open position and a closed position in which they are at a distance from each other to accommodate the dose of plastic in the closed position. 'These interactions are formed by the compression molding from the plasticity of the dose—a plastic system is fed by the extruder' and removed by the fixing of the flat plate π (four) the plastic can not be removed from the place Another main axis of the main shaft of the revolving frame: the disk is flat... Each removal element #妁 ^ extruder removes a dose of plastic that is bonded to the corresponding removal element. The carrying element is "widely and viscous and remains attached to the flat disk - the rotating element, the i-receiving element of the heart-shaped plastic body is twisted and reaches at 1275467 above the cavity below, and the cavity system A distance from the punch. A burst of air blows the plastic of the agent i away from the removal element, which is formed in the lower cavity and formed there. It is disclosed in U.S. Patent No. 5,807,592 One of the disadvantages of the device is that when the plastic falls on the cavity, the lower portion of the dose of plastic that contacts the cavity will cool faster than the other adjacent parts of the plastic. Therefore, the plastic is below the part. The viscosity will increase more than the other parts, and the plastic of the dose is prevented from flowing unrestrictedly inside the molding unit and uniformly filled in the space between the cavity and the punch. Uneven cooling The area of the earlier cooled portion will have a different appearance than the later cooling area. Since the first cooled area is located at the position where the lid meets the cavity: the outer surface, when using the cover Time zone In the opinion of the consumer, it is very unsightly. The patent of U.S. Patent No. 4,943,405 discloses a device for manufacturing a molded article having a profiled section, wherein a τ 杈 系 system is disposed under an apricot. When the closing element is opened, there is (4) two; = plastic material will flow out from the orifice of the prayer mold and be -" = the player will extend in the interior of the cavity... One of the extended positions moves between the extended position and the one of the extended positions, and the squad is squeezed at the squad to receive the white s: from the squatting position, the intermediate portion is retracted to define The shape of the cavity is shaped in the shape required by the eight. It is revealed in:: The flute and the thermoplastic material is revealed in the US$ 4,435,405 of the US patent. The shortcomings are: I (4) The structure is very complicated, the frame must be connected to the actuating mechanism capable of acting in the narrow space of the cavity. In addition, the heated thermoplastic material may penetrate due to the mechanical wear of the intermediate support and/or the cavity. The sidewall of the cavity and the intermediate support defining the die In the space between the pieces. If this happens, a straight line of _ a beauty will be formed on the finished item, and the imperfect line will protrude from the main body of the item. 9 [Summary of the Invention] It is desirable to improve such apparatus and methods for making products, particularly for compression molded plastic products. Another object of the invention is to provide apparatus and methods whereby a good appearance is obtained. And more general terms of the mechanical, physical and chemical properties of the plastic product. A further object of the invention is to provide a skirt having a molded unit in which a plastic product is manufactured in the molding unit, the molding The unit is an interstitial configuration. According to a first aspect of the present invention, a device is provided comprising a molding unit having a punch and a cavity, the punch and the cavity being movable along an open position a movement between closed positions in which the punch and the cavity are separated from each other to accommodate a dose of plastic therebetween, in the closed position, the 榭# — Τ °海冲The acupoint The interaction is to make a print by the ^ ^ / wood, a support device extending outside the molding unit, which is inserted between the punch and the cavity for supporting the 1275467 dose of plastic . In one embodiment the cavity is above. The other described punch is not placed along the route in such a manner that the (four) dose (four) glue is held in the open position between the punch and the cavity without regard to the position of the punch relative to the cavity. In particular, 'the punch can be placed on a flat grip — and placed only under the top eight, or the punch and the die can be placed on a common κ umbrella tens of thousands of faces, while the plastic is held Between the two. Due to this aspect of the invention, it is possible that the plastic holding the dose is not in contact with the wall portion until the punch enters the cavity (4). Thus, premature cooling of the undesired plastic portion can be avoided and the plastic will maintain a substantially uniform density throughout its volume. In another embodiment, the branch assembly includes a pair of rods for supporting the dose of plastic between the punch and the die cavity, the pair of bars being connected to a pair of hinges to a base The control rods of the main body, each of which is connected to the other control rod of the pair of control rods by a connecting rod. In still further embodiments, the support device can be oscillated by the cam assembly and/or the gear assembly parallel to a major axis of the molding unit. Thanks to these aspects of the invention, the support for the plastic of the dose can be provided in a particularly simple manner. The abutment device can comprise a pivot member having a porous material. The support device can include a tubular support member having a bore through which fluid can be injected toward the plastic. Due to this aspect of the invention, a fluid like air is blown in a predetermined state (i.e., temperature and / 1275467 or pressure and / or humidity) so that the dose of plastic can be maintained in a desired state. As possible. The abutment means may comprise a support member that is substantially non-conductive material in terms of heat. Due to this state, when contact occurs between the dose of plastic and the support member, the cooling of the plastic can be substantially avoided. According to a second aspect of the present invention, a device is provided comprising: a molding unit having a punch and a cavity, the punch and the cavity being movable between an open position and a closed position In the open position, the face punch and the a die are separated from each other to accommodate a dose of plastic therebetween, in the closed position, the punch and the cavity interact to squeeze the plastic To form a product; a dose delivery port of the extruder, the delivery port being disposed between the punch and the cavity in the 4 open position. As a result of this aspect of the invention, it will no longer be desirable to provide a rotatable plate or other means of transport for transporting plastic from the extruder into the cavity. Thus, the construction of the machine can be significantly simplified. In one embodiment, a cutting device cooperates with the dose delivery port to supply plastic from the extruder. The cutting device can be mounted on the molding unit. The cutting device is rotatable about a respective main shaft. The cutting device can be driven by a separate blade unit that can be supplied by the blade. The singer is cut off, or is provided with a knife attached to the support or the cavity by a support device connected to a support device. The piece of plastic can be easily separated from the extruder, 12 1275467, and then shipped to the molding unit. According to a third aspect of the invention, there is provided apparatus comprising: - a molding unit having a - punch and a cavity, the punch and the cavity being movable between an open position and a closed position - In the open position, the punch and the cavity are separated from one another and receive a plurality of doses of plastic therebetween, in the closed position, the punch and the cavity interact to squeeze the plurality of doses Plastic to form a product. Due to this aspect of the invention, it is possible to manufacture a plastic product from two or more materials, or materials having the same color or different colors. A stamper product according to the fourth aspect of the present invention includes a body formed of a plurality of plastic materials having different properties and/or appearances from each other. Thus, a molded product achieved by the combination of (four) materials of two or more colors for various doses of plastic is more attractive than conventional compression molded products. Due to the combination or juxtaposition of various materials, it is possible to provide a stamper product having unique properties. • According to a fifth aspect of the invention, a method is provided that includes a call: a plurality of aligns! The amount of plastic is transported to a die and the plastic in the plurality of backs is squeezed together between a punch and a cavity. This makes new stamping products easy to manufacture. According to the sixth aspect of the present invention, a method for molding a plastic product is provided by: forming a dose by forming a punch and a cavity in the molding unit. Plastic, in which the plastic of the dose is pushed toward the punch or the hole of the mold 13 1275467 during the punch and the τ. It is possible to bring the parts together and form the plastic and mold part of the dose. The time when the knife is lost is reduced to the minimum. The seventh mode of the present invention provides a device that includes and has a punch and a die, and the two of them are used as one. In an open position=piece, the molding unit can be along the open position two: two in a (four) closed position, the punch and the cavity being a straight armor/receiver receiving member of the route. And: According to the eighth aspect of the present invention, the apparatus provided includes: ^ a punching unit and a molding unit of a cavity. The punch and the cavity can be along a position between the release position and the closed position. The route moves, in which the '(four) head and the cavity are separated from each other to accommodate a dose of plastic I in between, in the closed position, the punch and the cavity are mutually wrong The plurality of doses of plastic to form a product; the transport mechanism for transporting the dose of plastic from an extruder port along the other route to the molding unit 'the transport mechanism is extended along the other route Surrounded by a channel device. (d) Such aspects of the invention 'It is possible to introduce a conditioning fluid into the channel or crucible to hold the plastic in the four doses in a desired environment. b For example, the temperature of the dose of plastic can be easily controlled. 1275467 [Embodiment] The wording "cavity" in the following description must be interpreted as a hole in a cookware in a single crucible, or a cavity in a molded product, in which the plastic of the agent s must be The cavity is inserted and subsequently pressed into, for example, when a closure for a screw cap is to be formed. Figure 1 shows a device for molding a plastic product, in particular a plastic cover for a bottle or container. The device 1 comprises a revolving frame 2 which is rotatable about a main axis in the direction of the front X. The swivel frame 2 includes a support member 62 having a plurality of moldings 3 in its peripheral region. As shown in Figures 5 to 7, each molding... includes an internal root! The outer geometry of the lid to be served is the mold & 4 and a punch 5 that replicates the inner shape of the lid. The cavity 4 and/or the punch 5 can be moved along a respective position between an open position and a closed position in which the cavity 4 and the punch 5 are spaced apart from each other by a distance The plastic material 枓' in which the dose D is received in the closed position 'punch 5 and cavity 4' interact to form a lid from the dose D. The molding units 3 are equally spaced along the support member 62, and as shown in Fig. 1, the smudges are moved by the striker C. The shaft B is introduced around each of the molding units 3 in a paste shape along the main axis A along the circular path = D, and is fed by the stalked portion 66, which is slidable. The other-spindle E (Fig. 5) of the spindle eight is in the direction of the arrow A: 15 !275467. The detailed description of the rotatable head 66 can be referred to the US patent, which is added as Reference # The rotatable head 66 comprises a __ rotatable shaft 67 which is extended along the trunk and connected at its upper end to a circular plate member 8. The other plate member 69 is Fixed above the plate member 8, and a star plate member 9 is fixed to the rotatable shaft π above the other plate member 69. "The perimeter system of the star seven board #9 is provided and used A plurality of notches 1 移 that remove each cover from the corresponding molding unit 3. A plurality of removing members 7 which are wound around the other main axis E at the same interval are fixed to the lower portion of the plate member 8. The distance between two adjacent removal elements is approximately corresponding to two adjacent molded singles &

. Each removal... includes a type of cover having a configuration for: to dose D from the nozzle portion of the extruder 6. 1 U Each molding unit 3 is provided with means for having - a pair of rods n which are inserted between the cavity 4 and the punch 5. The first channel area @300 system having a curved shape encloses one rotating frame 2; the first channel area|the system is stationary and has ": Γ 2: 1 and a first exit 302, etc. The cavities 4 can enter one by one through the inlet, and the cavities 4 can exit the first passage section 3 from the middle 302. At a delivery location w between the population-outlet 302, the agent two: and the first portion 66 are transported to the poles u. The second channel section 303 extends from the nozzles 1275467 73 to the delivery position W about the rotatable head 66. The second channel section 3〇3 has a second inlet 304 and a second outlet 305, and the removing elements 7 enter the second channel section 3〇3 one by one via the inlet 304. The removal element is correspondingly exiting the second channel section from the outlet 305. The first channel section 300 has a third outlet 3〇6 that delivers the dose at the intermediate position w via the outlet 306. After that, the first channel section 300. The first channel section 3〇〇 and/or the second j section 303 may comprise a thermal energy control fluid by which the temperature of the dose D can be controlled above a predetermined limit to avoid solidification. The appeal occurs. The combination of the 柃 柃 11 and the first and second passage sections 3 〇〇 3 〇 3 ensures that the squeezing products are free of any unsightly and/or substantially non-uniform structural components. As shown in Figures 2 to 4, the swing device has a first pair of levers including two control levers 16 and a second pair of levers including the other two (four) levers 16. The cymbal control lever 16 is swingably connected to the side of the (four) hole 4 by the threaded frame shaft 74, and the other control lever 16 is swingably connected to the opposite by the additional threaded pivot 74. The other side of the plate 4 on the side to which the lever 16 is connected. Each pivot 74 is threaded into the base of the cavity 4 such that the control #16 can swing to H, and (4) the plane on which the other control #16' is swung. These planes are configured to be substantially radial with respect to the rotating frame 2. The levers 16 are swingably connected to each other by a pin 75, and the other pins 75 are swingably connected to each other. The lances 75 and the other lances 75 are respectively engaged with the respective slots, and the slots are respectively (4) in the arms projecting from the lower ends of the lever 16 and the other lever 16, respectively. The control levers 16 and the additional control handles 16 support the lever members ^, each of the lever members 11 having a first one connected to the _ control lever 16 and connected to the corresponding additional control lever 16, - a second end. The P1 Ming L dry piece 11 can be used as a receiving configuration and a "dose delivery configuration" in the receiving configuration, the rods #11 are connected to each other to maintain the shift In addition to the dose D dropped on the element #7, in the 1 delivery configuration, the rods #u are fairly separated from one another and are delivered to the molding unit 3 with this dose D. In the dose receiving configuration, as shown in Figure 2 = 2, a magazine 77 holds the levers in close proximity to each other, while another spring, not shown, holds the 16 relatively close to each other. . The rods U extend over the cavity t and are ready to receive the dose D. 17'' the additional 17' supports one of the control rods 16 to be provided with an additional member 17 and a corresponding additional control rod 16, another additional member, a roller 22. The ball and pinion trains are engaged with Gekou. The cam 19 includes a tilting member and a member (the straight portion of the main shaft A and located above the inclined portion 21) and a flat portion; the operation principle of the cymbal device 1 is explained as follows. The dose D is removed from the sigma of the 4 extruder 6 by the extruder 1275467 #1, which is continued to adhere to the removal element 7 due to the viscosity of the material. Item 8: At the time of turning, the 5H removal element 7 carries the agent D along another circular path G until the removal element 7 arrives - it interacts with the - molding unit 3: position... The circular path is tangent to the other circular line G and the plate unit 3 (in its open position), receiving the dose D from the pair, except for the element 7. D in an air by D Blowing away from the removal element Y, the blowing of the air can be tied to the mechanical I, the mechanical t-system is two in order to move parallel to the spindle β in each of the removal elements 7 and An expulsion piston actuated by the high-pressure air of the door-reading mechanism. θ# τ豸1 D drops from the removal element 7 to the rods. In the dose receiving configuration. Simultaneously, the cover formed in the molding sheet during the cycle is moved from a respective recess 1 of the m star plate member 9 to the route defined by 13:14. The head-outlet channel 12 is transported. After the 5 and =! 1 have been transported to the molding unit 3, the punch 4-8 will reach the closed position. For this purpose, in particular, the cover is formed as shown in Fig. 5 "1". The 4 series is located below the punch 5, and the cavity in the embodiment shown is produced at an angle as shown in the figure: when the punch is set: the movement is performed. This case is as shown in Fig. 6 When the hole 4 faces the punch and starts to move with the inclined portion of the cam 19, the roller 22 controls the lever 16 and the other lever 16, for use; this will cause the force of the machine 77 to open! 275467 The rods D thus fall to the angular position of the die and are also moved into the dose delivery configuration. This is in the agent cavity 4. This phenomenon occurs as shown in Figure j. In Fig. 6. Subsequently, the roller is erected to move the straight portion 22 of the A#A & cam 19, / / kept separate from each other Far, as shown in Figure 7, start with the axillary 4 system and rush to the 5th. Each scorpion system remains. The sub-interaction to form the cover field from the agent 篁D, the 兀 兀 兀 抵达 3 arrived at the map!*, As shown in Fig. 8, the cover 85 (1) has been formed when the position of the towel is not shown.

The molding unit 3 is integrated in a closed position until it reaches the position indicated by the angle to stabilize the cover 85. In the case of _, the roller 22 is still in contact with the straight portion 2 of the cam 19, and the rods 11 are still separated from each other by a considerable distance. After: continuation, the cavity 4 is moved downward away from the punch 5, and the straight portion 2Q of the roller cam 1G is lowered and starts to be inclined with the inclined portion ^

2 role. At this point, the bomb I 77 and the additional spring will cause the controller 16 and the other levers 16 to be closed, thereby bringing the rods 1 1 to the dose receiving configuration as shown in FIG. type. After the cover 85 that is attached to the punch 5 is dropped onto the additional plate member 5, the cover 85 is removed therefrom by a recess 10 of the star plate member 9, and toward the outlet passage 12 Shipping. Due to the haptic support means, the period during which the dose D remains in contact with the cavity 4 before the compression molding step is reduced to a minimum. Therefore, this period will not be sufficient to cause a significant change in the consistency of the plastic. The temperature of this dose D is maintained substantially at each point of the point to ensure uniform deformation during the 20 1275467 compression molding. The device 1 described above can also be used to make a lid with a label. In this case, the label is introduced into the mold R 4 before the dose D is transported to the corresponding molding unit 3. Only when the molding step begins, the support device allows the dose D to be in contact with the label resting on the bottom of the cavity 4. Therefore, the contact between the dose D and the label will be limited to a period of 2 -:: often short, which will avoid the formation of creases and wrinkles on the k-mark due to the contact with the thermal dose. It can be observed that the speed of the cavity 4 can be selected such that the rods 11 can be suddenly opened and the dose D is sprayed toward the punch 5. According to the cavity

The speed of 4, when the cavity 4 is lifted upward toward the punch 5, the dose D: is caught between the punch 5 and the cavity 4, or may be adhered to the D by the image An impact force on the head 5 pushes the dose against the punch 5. In the latter case, the premature cooling defects caused by the contact of the dose D with the punch 5 will remain inside the cover and thus will not be viewed by the consumer. In the support device described above, the levers 16 and the other levers 16' are pivoted on respective planes that are substantially radial with respect to the rotating frame 2, and the levers 11 are substantially Extending perpendicular to these radial planes. From Fig. 14 to Fig. 14, an embodiment of the supporting device is shown in which the member 11 is extended in a substantially radial direction with respect to the revolving frame 2. According to this embodiment, each additional lever 6 is in its center 21 ! 275 467 : position: supporting a respective idler 78 '' which is directed toward the revolver = projection. The sliders 75 of the control cymbals 16 are connected to each other, and the rollers 79 projecting toward the periphery of the revolving frame 2 are attached. As shown in Fig. 16 and Fig. 17, the wheel 80 acts on the other roller 79 of the idler rollers. An inner protrusion 78 coupled to the support member 62, and an outer cam 81 acting on the inner cam 80 includes a pair of lanes 82, each of which engages: the corresponding idler 78' acts as A cam driven wheel acts. Each rail f 82 has a first, upper vertical Lu and a second, lower vertical portion joined by an inclined intermediate portion. The two lower portions of the rails 82 are relatively close to each other, and the two upper portions are relatively far apart from each other. Therefore, when the cavity 4 is moved upward toward the punch 5, the U-wheel 78 engaged with the rail 82 will pay the lever! 6 and the other lever 丄6, open. The rods 11 thus move from the dose receiving configuration to the dose delivery configuration. The outer cam 81 includes a bulge projecting from the base member 83 that is stationary relative to the turret 2 . This bulging is provided at the point of contact between the circle/route C and the other circular path G, and when the rotator 2 is rotated, the system will then lift the additional roller 79 of each of the molding units 3. In order to cause the rods to be quickly and mutually separated and close together. As shown in Fig. 14, each of the members can be provided with a curved portion 84 at its center. The curved portion 84 defines a socket adapted to receive the dose d from the removal unit 7. As shown in Fig. 16, when the dose D is released by the removal unit 7 (e.g., by blowing a blow of air), the outer cam 81 interacts with another 22 1275467 roller 79. The outer cam 81 will cause the lever member to suddenly open and close so that the lever member 11 can grasp the dose D while the latter will fall downward from the removal member 7. Figure 17 illustrates the agent D that has been grasped by the rods u. The rods 11 are now in a dose receiving configuration, and the idler pulleys 78 engage the second, lower vertical portions of the lane 82. Next, the cavity 4 is raised toward the punch 5, and the idler gears 78 are first engaged with the inclined intermediate portions of the lanes 82 and then joined to the first and upper vertical portions. The idler gears 78 thus cause the bars 11 to open and the dose D is delivered to the space between the punch 5 and the cavity 4 in another embodiment, without providing blowing air to dose D is detached from the removal element 7, and the lever 11 actuated by the outer cam 81 clamps the dose D attached to the removal element 7 and removes it therefrom. The rods 11 are then actuated by the outer cams 8 to transport the dose D in the space between the punch 5 and the cavity 4. Another embodiment of the flattening 1 is shown in Figures 18 and 19. This embodiment is simpler than the embodiment described with reference to Figures 14 through 14, since it only requires an additional lever 16' and the lever 16 is deleted. Each of the rods η is supported at its one end by a corresponding control rod 16 like a cantilever. The second end of each rod U is unrestricted. As shown in Fig. 20, the punch 5 can also be placed in the 'unit 3' below the cavity*. In this case, the punch 5 is disposed on the top of a rod member 15 which is integrally formed with the rotary frame 2. - The control lever 16 is coupled to the punch 5, and each control lever 16 23 1275467 corresponds to the "end of the material 11. Alternatively - the control lever can be raised. The ''head 5' is opposite to the side of the side shown in FIG. In an alternative, only two levers 16 are provided, which are in the form of a cantilever: a gum stem #u. The levers 16 are hingedly connected to one another at a position: one of the levers 16 has an attachment member 17 carrying a roller 2 2 . The cavity 4 is positioned at the end of the other member 18, which is moved toward or away from the punch 5 relative to the revolving frame 2. One

= Fixed to the cavity 4' The projection (four) is a shape along the movement of the cavity 4: an elongated member extending in two. The convex (four) has a straight portion 2〇 adjacent to the inclined portion 21. The cavity 4 and the punch 5 shown in Fig. 20 are in an open position, and the rods 16 are brought close to each other 'to drive the rods u into the receiving configuration in the agent'. The dose D is just delivered to The rod u.

The acupoint 4 is then moved toward the punch 5 as shown in Fig. 21, and reaches the position where the inclined portion 21 of the cam 19 is placed with the roller 22. The cam 19 causes the levers 16 to move about the position so that the bars n are separated from each other. The inclined portion Μ: the shape and the speed of the cavity 4 can be selected such that the levers a are quickly opened. Therefore, the dose D will be subjected to a strong thrust and pushed upward toward the cavity 4. At the same time, the cavity 4 continues to move towards the punch 5 and is as shown. Shown: Beginning interaction with the punch 5 to shape the dose D. The rods U are separated from each other by a distance of 24 1275467 by the rollers 22 of the straight portion 2Q of the cam 19, and the second two: the dose D is in contact with the rods and the cavities in a minimum amount of time: ...quickly cools, and when used with the punch 5, allows the dose D to be able to burn a dose D (four) A ~ the ground cut. By the service. The poor appearance caused by the cold part is therefore generally avoided by extension = yes 16 And the two 11-series

The complex support of the movement is not, not: to be used in the interior of the slab 4, according to the alternative embodiment shown in Figures 23 to 25, the cam 19 is smashed by the 丨The suspected turntable 2. Located below the cavity 4, the rod 15 of the punch 5 can be slid into the bushing 2 3 which is mounted on the revolving frame 2. Κι山 _ ^ ^ y Therefore, the punch 5 will be close to or away from the Wu Ba in the direction F. The latter is fixed to the revolving frame 2. Figure 23 shows the punch 5 and the cavity 4 in the open position, while the dose D is placed on the bars u. As shown in Fig. 24, when the punch 5 moves toward ^, the inclined portions of the roller 2 2 and the cam 19 are mutually

This causes the control lever 16 to suddenly swing around the position point ρ, whereby the dose D is thrown toward the cavity 4. The levers 16 are then held open by the rollers 22 that engage the linear portions of the cams 19, thereby allowing the occupant to interact with the pockets 4 and form a cover from the portion D. This is shown in Figure 25. In another embodiment, illustrated in Figures 26-28, the cavity 4 is clamped under the punch 5. The levers 16 are coupled to the cavity 4 and are hinged to each other at a position p. The cavity 4 is stationary with respect to the rotating frame 2 and 25 1275467. The Qian Shuo 5 series is fixed to be rotatable relative to the spin. Therefore, the punch 5 may be in the direction of approaching or moving away from the die 2... The two rim 9 series is fixed to the _ side extensions 24 of the punch 5. Figure 26 shows the molded :::::: square distance in the open position. The levers 11 above the levers _ 8 are capable of receiving and maintaining the dose D. As shown in Fig. 27, when the punch 4 is moved toward the cavity 5, Γ: Γ:: two will come into contact with the roller 2 2 and cause the levers 16 D to be pushed toward the punch 5. (d) The rapid action of the lever 16 will cause the levers to remain open by the linear portion of the cam 19 and the roller cymbal, thus allowing the punch 5 to penetrate into the inner and the The dose D forms a lid as shown in FIG. In the embodiment shown by the cymbal, the lever 16 supporting the lever member 11 is connected by a 0 chain and 2 pieces. The connecting rod member is at the first end 1 Γ - the control rod 16a' and the second end thereof is connected to the two arms - the control rod 16a and the second control rod 16b: the end of the member ^ is used for The middle portion of the corresponding lever 16a for the dose D is attached to the projection (four) 26 fixed to the revolving frame 2 at a position point. The first control is connected to the connecting rod member 25 in a rotatable manner to the end portion of the end of the carrying member 11. 26 1275467 The second lever 16b has a further end portion with respect to the end of the carrier bar u, which is connected to the projection of the rotating frame 2 rigidly in a position point p2 with a key to the other. 27. An intermediate portion of the second lever is rotatably coupled to the connecting rod member 25. The side control lever 16a supports a cam follower #28 which is engaged with the cam track 29 to control the movement of the 16a by the cam track. The first control lever ... in turn activates the second control lever 16b by means of the first member. In this manner, the rods 11 are moveable between a dose receiving configuration and a dose delivery configuration. Referring to the control rod disclosed in Fig. 29, the actuation system of (10) may be coupled to any of the molding unit arrangements of the apparatus 34, i.e., = the head is placed under the cavity or vice versa, and has A movable punch and a fixed cavity or vice versa. Figures 30 to 36 show an embodiment in which the lever iu can dream =!: each spindle A extending in the main axis A of the revolving frame 2 The oscillating movement between the oscillating receiving configuration and the dose delivery configuration is affixed to a flat surface 31 provided with a flat surface 31. The flat surface 31 is shaped to conform to the solid rod The end portion of the piece 111 is evenly coupled and rotated on the rod member 3. The rod member 30 is connected to each other by a connecting device 32 so that the cup member 30 can be oscillated in synchronization. The connection is fitted to a cylinder 33 of a flat cam 34. One of the 32 pushers is shown in Fig. 31, and the flat cam 34 has a straight line portion and another 27 1275467 Γ parallel to the straight line (four) 35 and a line of (four) - (d) Part of the 36β far straight line portion 35 and the other straight line portion 36 are stored - the inclined partial phase As shown in Fig. 33, when the cylinder 33 is engaged with the straight portion 35, the cicada rod ill is located in the dose receiving configuration as shown in Fig. 32, and the dose can be The punches 5 are marked at a distance from each other: between the cavities 4. Subsequently, the cavities 4 are moved toward the punch 5 as shown in Fig. 35. Engaging the inclined portion 37, but joining the other straight portion 36. The other straight portion 36 is forcibly = the cylinder 33 swings the connecting device 32 around the main axis of the punch 5, and the connecting device 32 is sequentially oscillated. Rod #3〇 causes the rod (1) to reach the dose delivery configuration shown in Figure 30. In this configuration, the dose cavity 4 is released between the punch 5 and the two are as shown in Figure The ground interacts to form a lid. What is observed is that it can be wound around the main axes parallel to the main axis of the rotating frame 2

The lever 1U that swings about the shaft can be used in combination with any configured cavity and punch. In the implementation shown in Fig. 37, the # lever member is actuated by a gear mechanism including a sector # wheel 38 integrally formed with the coupling device 32. When the revolving frame 2 is rotated about the main axis A, the sector gear 38 is placed in the device with the other! The sector gears 39 in the upper fixed position interact cyclically and reciprocally. When the sector gear 38 is mated with another sector gear 39, the sector gear 38 will move the rods 28 I2 to 5467 to a dose receiving configuration and dose as indicated by jg| q 7 _ mouth w Between delivery configurations. It is emphasized that the gear device disclosed in connection with Fig. 37 can be used in combination with any common configuration of the member and the die. 38 and FIG. 4A show a molded row of the transfer wheel 4A coupled to the transfer wheel 4G. The transfer wheel 4G can be wound around a spindle perpendicular to the spindle of the other spindle. The other spindle moves. The transfer wheel 4Q is provided with a plurality of removal members having a U-shaped cross section. When the transfer wheel 40 is rotated about its respective main axis, each removal 4 series interacts with an extrusion device 42 and will be 々 々 λ ^I and one of the 杳 if D 攸 is removed. The removal member 42 will be above the cavity 4 in the case where it is indicated. Specifically, as shown in Fig. (10), in the special case where the rotating frame 2 is moved away from the transfer wheel 39, the cavity is in motion. The punch 5 is upwardly directed. Figures 41 and 42 show an embodiment in which - the spindle Z rotates and the spindle z is tilted by 45 degrees with respect to the rotation and the wheel 40. Due to this configuration of the spindle z, the extruder is rotated to rotate the spindle and the extrusion spindle of the extended spindle is removed from the spindle having a turret 2 and the dose D is transmitted parallel to the spinner 11 For those who are possible. The lever of the unit 3 can be observed that any common configuration of the transfer wheel 4() is used in combination. , the aforementioned punch and cavity can be rotated around a transfer wheel 140 which is tilted in the embodiment 29 I275467 Z axis Zi shown in FIG. 43 and FIG. 44 to make the _ dose (four) plastic = material from - The extrusion pack 4 142 is transferred to a lid 43. The agent 在 in the cover a is then passed by a molding device not shown in the drawing: a sealing member in the cover is obtained by escaping. The sealing element is free of zero in the contents of the container or bottle closed by the tweezers 43. The conveying wheel 140 has a plurality of removing members n in the vicinity, and the member 141 has a dose (1) from the extrusion. The cutting edge removed at the device 142. The dose D1 removed from the extrusion device 142 by the subsequent removal configuration 141 is then transferred to the respective covers moved by a conveyor 45 in a forward direction F1. 43: 45 indicates a molding unit 3 mated with a cutting device, the cutting device being mounted on a main shaft 46 which is rotatable about a main vehicle by Z2. The blade 46 is periodically Interacting with an extruder port 48, and supplying a plastic material agent * D therefrom, and the dose D is dropped onto the lower rod U. "The dry main f molding unit 3 is followed by For example, it is removed from the extruder π 48 about the rotation of the main shaft of the rotating frame 2. When the rods u are moved from the dose receiving configuration to the dose delivery configuration, the dose is released to the punch 5 fish. Between the cavities 4. /, as shown in Fig. 46, the vanes 46 may also be coupled to the molding unit 3. In this case, the blade 46 is attached to the cavity 4 and moved in synchronism with the rod 11 to periodically interact with the extruder port 48 and supply a dose D therefrom. 30 1275467 The cutting device shown at 46 is connected to the member of the type disclosed in Figures 30 to 36. However, the cutting device can also be different from other supporting devices and/or punches and cavities. Figure 47 to Figure 49 are a cutting device according to another embodiment. In this case, the cavity 4 can be approached or away from the punch 5 seated above the cavity 4. Moving. - A substantially triangular knife 49 is fixed to one side of the cavity 4. When the cavity 4 is lifted up toward the punch 5, the knife 49 is a fender Acting, along the horizontal extrusion spindle feed plastic material ^. As shown in Figure 47, the knife 49 is supplied from the extruder port 48a dose D, and this dose D is then dropped into the cavity due to gravity " By the triangular shape, the knife 49 & can act as a guide for the center of a cavity 4. The cavity 4 will eventually reach the seal shown in the figure, and a cover will be formed. 隹This + because the extruder π can be seated adjacent to the molding unit and not provided a transfer device for transferring the doses from the extruder port to the mold, the cutting device permitting molding, and the compaction can be simplified. In the embodiment shown in Figs. 47 to 49 The molding device can be even simpler because of the support device. A cutting device of the above type can also be used in combination with a horizontal molding unit 3a as shown in Fig. 5. 3a includes a cavity with the punch 5a, 31 1275467 = r::: die... moves along the - level... The. It is provided on one of its upwardly facing sides with a knife-shirt cam 19a fixed to the side/μ of the punch 5 with respect to the branch (four) knife 49a and the side system = hole (four) is A pair of control levers 216 are provided, the pair of points being connected to the lower portion of the cavity h by a hinge: = the lever 216 is L-shaped and each lever 216 includes -: horizontally The first arm portion 5 extends and a second arm portion 51 extending perpendicular thereto. The rod members are supported at the respective ends of the first portion 51. One of the control levers 216 has - a roller 22 attachment member 17a. An extruder mouth is disposed above the molding head defined by a terminal portion of the first and third guides, and the first conduit 3 and the second conduit 3 〇8 is the first and second of the plastic material and the second plastic material, and the second is shown in the figure. The WI is not in this manner, and at the outside of the port 48b, the dose D includes a first portion 3〇9 made of the first plastic material and a second portion made of =_ plastic material. 31〇. It is observed that when the first portion 3〇9 faces the punch 5a, the second portion 310 of the crucible faces the cavity 4a such that when the punch 5a and the cavity 2 are brought together to form A screw cover 311 (shown as FIG. 15), the first portion 309 of the swallowing portion forms an inner wall 312 of the screw cap 311, and the first portion 310 forms an outer wall 313 of the screw cap 311. , system: 32 1275467 A multi-layered screw cover 311 Ή Ή 孙 i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i i The outer wall 313 has a unique mechanical, chemical or physical property. When the mouth moves toward the cavity 4a, the knife-and the extrusion two: off: From there, cut off a plastic agent. In this agent, DJ Luo is on the lower part Ua, and in a dose receiving configuration, it is close to the guilty dust. This case can be seen from the side view of FIG. 50 and the plan view of FIG. 51.

When the reserve head 5a is continuously moved toward the cavity 4a, the roller cymbal will be coupled to the δ cam 19a, causing the levers 216 to open by swinging the position point p. This dose D is thus maintained in an unconstrained state in the space between the punch 4a and the die 5a as shown in Fig. 52. Next, as shown in Fig. 53, the punch 5a is moved closer to the cavity to facilitate compression of the dose D and to shape it into a cover.

Fig. 54 shows a cutting device having a pair of rod members 211 each having two adjacent curved portions 212 for accommodating two doses DaA Db therebetween. The doses such as Db and the Db may be plastics of different nature and color and can be subsequently released between a cavity and the punch 5 to obtain a molded article having two different plastic material bodies. &The curved portions 2丨2 enable the dose Db to be positioned on the rods 211; however, the presence of the rods is not critical and the straight rods can be substituted for FIG. Rod 211. The rods 211 and the f-curved portions 212 (if any) may be of any porous material and/or selectively have holes toward the dose "and Db oriented 33 1275467" for opposing the doses. The fluid is held in the same controlled state. The other side - 'with a curved rod member can replace the rod members 11, 111, 11a described with reference to the previous figures. The doses Da, Db can also be supported by two pairs of bars 213, 214, for example, when using a cavity having an extended plan view, the bars can be opened to release the dose.

If the doses Da and Db are the materials of the column, a hinge closure 315 as shown in Fig. 57 can be obtained, wherein a first closure portion 316 is made of a special flexible material occupying a hinge region 317. Adjacent to the first closure portion 316 is a second closure portion 318 for engaging a container (not shown in the drawings and made of a material compatible with the material of the mating portion of the container) By). Fig. 56 shows a screw cover 250 having a bottom portion and a side wall made of a first material 251 and a second material # 252, and the two plastic materials are different colors. It should be understood that in the foregoing description, the cavities and/or punches may spring drive any of the combined drive drives, I being pneumatic and/or (d) pistons, or electromagnetic linear actuators. Earth, another shape. The cavity and the punch may be any desired in addition to the circular shape so that the temperature of the dose can be resisted, electromagnetically induced, or the support device can also contain a hot rod for precise control. The rods can be heated by, for example, electricity as a fluid effluent. 34 1275467 Heating the support device, or providing a rod with a tubular rod or porous material through which the pressurized fluid can be injected, is possible to ensure that the separation of the agent from the support device occurs at any Under operating conditions, it is actually possible to prevent the dose from sticking to the support device. It is also to be understood that the features described in the drawings with reference to the specific embodiments may also claim their ownership with any of the disclosed embodiments or even the invention. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the present invention clearly and completely disclosed, the accompanying drawings will now be referred to by way of example, in the drawings: FIG. A plan view of a device for molding a plastic cover; FIG. 2 is a cross-sectional view of a support device for supporting a dose of plastic taken along a line π-η of the figure; FIG. 3 is a support of FIG. Figure 4 is a left side view of the support device of Figure 2; Figure 5 to Figure 10 are partial views of a molding unit of the device of the device in a subsequent molding step; Figure U is similar to Figure 2 Figure 2 is a partial cross-sectional view of the support device taken from the left side; Figure 13 is a left side view of the support device of Figure 11 and Figure 12 from the left side of Figure 12 Side view taken; 35 I275467 Figure 14 is a plan view of the support device of Figure 12; Figure 15 is a schematic cross-sectional view taken along a main car made of a screw cap made of two plastics; Figure 16 and Figure 17 is a molding unit including the supporting device of Figure u in the mold Partial view of the step; FIG lines a view similar to Figure 4 of the head, illustrating a third embodiment of the support device; planar view of the support means 18 of the system 19 of FIG;

The modification is in the subsequent mode, and FIGS. 20 to 22 are partial views in the first manufacturing step of the molding unit of FIG. 1; FIG. 23 to FIG. 25 are partial views of FIG. 2 to FIG. According to a second modification of a molding unit 丨, FIG. 26 to FIG. 28 are a part of FIG. 20 to FIG. 22, a molding unit according to a third modification; Figure 4 is a side view of the support member; (iv) a schematic portion of the support member of the dry member is used to support a dose view, the members being in a cam of Figure 31 along the plane support member of Figure 3 Figure 32 is a support member similar to the view configuration of Figure 3A; Figure 3 is a view taken similar to the view of Figure 31; a portion of the support member of the i-gel material is in a flat Φ dose delivery configuration; An actuation of AA is shown in Figure 3, which is in a dose delivery, which is shown along the plane β-β 36 1275467 of Figure 32. Figures 34 to 36 show a fragmentary view of the molding unit. A side view 37 of the unit having the support of Figs. 30 to 33 is a support member driven by a gear mechanism The plan view 38 is a partial front view of a molding unit that is used to transport the -dosed plastic from the extruder port to the one-to-feed device; Figure 39 of the device is shown in Figure 38. Side view of the molding unit, the center has been removed for easy understanding; Fig. 40 is a top view of the wheeling device shown in Fig. 38; Fig. 41 is a drawing of the tilting spindle of Fig. 38; (4) The device is a side view of the wheeling device shown in Fig. 41, Fig. 41; Fig. 43 is a view similar to Fig. 41, illustrating a delivery device 'for conveying a device for dispensing a plurality of doses of plastic material from - the extruder is sent to the already formed lid for forming a sealing member on the lid; Fig. 44 is a front view of the conveying device of Fig. 43; Fig. 45 is a fragmentary side view of a partial section of the molding unit The tether is combined with the cutting device to cut off a supply of plastic material from the extrusion machine; Figure 4 6 is a view similar to Figure 4 5 ή i mesh m ^ ^ 4b, A different embodiment of the molding unit is illustrated; Figures 47 to 49 are a star 7 /, a cross-sectional side view of a fragment of a molding unit that cuts the knife to cut the dose of the plastic material from the extruder; Fig. 50 to Fig. 53 - a molding unit having a punch Molding 37 1275467 and the punch can be moved along a section of the section of the horizontal main section of the section; Figure 54 Sun ~ Shi w - body diagram /, # two doses of plastic material support device Branch 5 of the vertical member: including two pairs of supporting and supporting devices for supporting two doses of plastic material; Figure 5 6-rb-:i-κ 箸; a kind of cut..., different plastic materials A perspective view of the die screw; and a view of the hinge member of a hinge closure made of two plastic materials. Representative side symbol 2 3 3a 4 4a 5 5a 6 7 8 9 10 Device swivel molding unit Horizontal molding unit cavity

Clamp punch punch extruder removal element circular plate star plate notch 38 1275467 11 bar 11a bar 12 outlet channel 13 guide 14 guide 15 bar 16 lever 16, lever 16a First lever 16b second lever 17 add-on 17, add-on 17a add-on 18 lever 19 cam 19a cam 20 straight portion 21 inclined portion 22 roller 22a roller 23 bushing 24 side extension 25 connecting rod 26 projections

39 1275467 28 Cam follower 29 Cam way 30 Support rod 31 Flat surface 32 Connecting means 33 Cylinder 34 Flat cam 35 Straight line 36 Straight line 37 Inclined part 38 Sector gear 39 Sector gear 40 Transfer wheel 41 Removal Member 42 extrusion device 43 cover 45 conveyor 46 blade 46b extruder port 48 extruder port 48a extruder port 48b extruder port 49 knife 49a knife first arm second arm support member head shaft Plate nozzle thread pivot

Thread pivot pin tip pin slot spring idler roller inner cam

Outer cam road base member curved portion cover rod transfer wheel removal member 41 extrusion device rod bending portion rod member lever control rod screw cover first material second material first passage section first inlet first Outlet second passage section second inlet second outlet third outlet first duct second duct first part second part screw cap inner wall outer wall cavity 42 1275467 315 hinge closure 316 first closed portion 317 hinge region 318 Second closed part A Spindle B Spindle C Route D Dose Da Dose Db Dose D E Ejection Spindle F Direction G Round Route H Horizontal Direction P Position Point PI Position Point P2 Position Point W Delivery Position X Arrow Y Arrow Z Spindle Z2 Spindle

43

Claims (1)

1275467 Picking up, patent application scope: 丨None «The device used to manufacture products, especially for stamping products, is a molding unit with a punch and a cavity, which is molded in a single motion. The '1' moves the open position to a position between an open position and a closed position such that the punch and the cavity are mutually (four): == amount of plastic, in the closed position, the punch and the The molded US: the extrusion plant " the dosage to form a product; a support device from which the extension is inserted into the punch and the cavity, for supporting the dose of plastic . 〃 2. The device of claim 1, wherein the device is held above the cavity that is not along the route. / Port 3. If the scope of the patent application is the second or the second item, the punch is placed under the cavity. <Set,, and 4. In the apparatus described in claim 1 or 2, the punch and the cavity are placed on a common horizontal plane, in which 5. Range! The device of the item, wherein the system is moveable between the closed position and the open position. The device of claim 1, wherein the two of the selective gates are capable of receiving a configuration in a dose and a dose delivery configuration == retaining the dose, in the dose delivery configuration, the: & The dose is used to deliver the dose to the molding unit. 7. The device of claim 1, wherein the support device is driven by an actuating mechanism. X-tooth 44 1275467 8. The assembly mechanism described in claim 7 includes a cam mechanism.罝,,,中, the actuation 9· As stated in the device of claim 8 of the patent scope, ▲ the mechanism is fixed to the punch. In the eighth, the cam 10 is fixed to the cavity as described in the patent application 帛8. , set, /, medium, the convex 11 · as described in the scope of claim 8 of the dress... The unit is installed in a plant # /, in the mold The gamma-ray force 12 is as on the square turret of the patent application (four) n S 疋. The nightmare Gansu wheel system described in the 11th section of the school is fixed to the rotating frame. Wherein, the convex portion 13. The struts according to the scope of claim U includes a control rod system that is connected to the actuator, and the support mechanism. The patent range of the thirteenth rod system includes a D garment, in which the control is placed in the molding unit. The parenting element is oriented to 15. The patent application scope is substantially in the diameter of the square... ... in the salted scorpion, the pole is placed in the direction of the mold hole. 16. The rod-making system described in claim 14 further includes a pivot, Controlling the corpse... A 7° pair of levers that are respectively coupled to the ends of the respective members of the pair of bars and actuated by the actuating mechanism. 7. The device of clause 7, wherein the control is substantially for the pair of levers, the pair of levers being pivoted to the opposite phase in a diametrically opposite position. The molding unit, the other - is firmly connected to each pole 2::::: outside _^^ " two as (four) circumference * The device of the present invention, wherein the pair of t-cups or the other pair of controls are connected to each other. The respective stems of the stem are articulated as described in claim 18, wherein The control lever or the other pair of _ 吿丨Α ^ plane m ^ and the like are configured to be in each configuration. The plane is substantially radially relative to the main axis 20. As claimed in the patent scope π The device of the above-mentioned item further includes a traction rod acting between the pair of control rods. The pair of control rods of the pair of control rods and the device of the second aspect of the invention, wherein One of at least one of the pair of dry and outer-to-control levers of the control lever is provided with a functional upper cam follower wheel. 3 rounds of - respective cam related 22. as claimed in claim 21 The device described in the item, in the middle, is provided with - an inclined material and - parallel to the ^ (four) straight portion Γ 23. The device according to claim 21, comprising an unrestricted arm Supported roller, the phase (four) pair of control levers and the other pair of controls A device according to claim 6, wherein the one member is provided with a respective curved portion which is subdivided into four (4) into 46 1275467 which is adapted to receive the seat of the dose. The device of claim 5, further comprising a material suitable for being bonded to the plastic material during molding of the product, wherein the warfare system is stored in the molding unit. The device of claim 5, further comprising: a mechanism for thermally adjusting the support device. 27. The device of claim 16, wherein the pair of levers Each lever is connected by a connecting rod (four) to control (four) another lever. The device of claim 6, wherein the support member is oscillating flush with the spindle, and the punch and the cavity are movable along the spindle. The device of claim 1, wherein the support device is swingable by a gear mechanism. A device according to the invention of claim 4, wherein the target member is made of a porous material. The device of claim 6, wherein the cough building member comprises a tubular support member having a bore through which the flow system can be injected toward the dose. The branch is the apparatus of claim 7, wherein the support member is made of a substantially thermally non-conductive material. 33. If the scope of the patent application is "the arrangement of the member, the centering member is substantially L-shaped." 34. The device according to claim 6, which further comprises 47 1275467 extrusion The dose of the device is delivered to the mouth and between the right abutment and the cavity. - In the open position, the device is inserted into the punch. The device of claim 34, wherein a device is cut. And the dose is used to break the dose. & mouth to facilitate cutting from the extruder, the cut 36. The device according to claim 35 of the scope of the device is installed The cutting unit is provided on the molding unit, wherein the cutting device can be rotated around a respective main shaft according to claim 35 of the patent application scope. The device breaking device described in item 37 is driven by a separate motor unit. wherein the cutting device is provided as described in claim 36, the Dan t broken device is provided with one connected To the blade of the support member, the device according to claim 36, The device is provided with a device mounted on the punch or the cavity; the device of claim 41, wherein the straight cough 2 and the cavity are spaced apart from each other - the distance In the open position, the plural _ is placed between the punch and the cavity so that it interacts when the punch and the cymbal are placed in the closed position. The spoon is used for manufacturing, especially for pressure. The device of the product of the molded product, the bean:: has:: for supporting a dose between a punch and a cavity, (4) the lever member (4) at each of the bases, hingedly connected to each of the levers, Each control rod of the pair of levers is coupled to another control lever of the pair of levers by a connecting rod 48 1275467. Into a device for manufacturing a product, in particular a stamped product, comprising a molding unit having a punch and a cavity, the molding unit; moving in a °H open position along a main and auxiliary position between the -open position and a closed position The cavities are separated from one another to receive a dose of plastic between them in the closed position, The punch and the die interact to form a product by squeezing the dose of plastic; a support device for supporting the dose between the punch and the cavity and parallel to the spindle Swinging member 44. A device for producing a product, in particular a stamped product, comprising a moulding unit having a punch and a cavity, the moulding unit being in an open position and a closed position Between (d), in the open position: the punch and the cavity are separated from each other to receive therebetween - a dose of plastic in the closed position, the punch and the cavity interact to squeeze The crimping agent is placed in plastic to form a product. The mouth of the extruder is delivered to the mouth, and the open position is inserted between the punch and the cavity. 45. A device for producing a product, in particular a molded product, comprising a molding unit having a punch and a cavity, the die being single/, between the open position and the closed position Moving, at the open position =, the punch and the mold line are separated from each other to receive a plurality of plastics therebetween. In the closed position, the punch and the cavity interact to press the plurality of doses of plastic To form a product. The hunting comprises a molding unit having a punch and a cavity. 46. An ancient female for the manufacture of a product, in particular a molded product, only -πβ ... & straight and its mold 49 1275467 The armor of the armor is used in one thing. 丄Γ: Γ 构件 ' 'The molding unit can be along a route between the two agents and a closed position = open position punch and the cavity Phase π Α In the closed position of the ΰ 兮 兮 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 果 封闭Route ring • 47. The product used to manufacture, in particular, the mold-moving product contains a punch, a garment, which is in an open position and a door: the early stage of the department, the molding unit can, the punch And moving between the W and the position, in the open position, the punching and the acupoints are in each other, in the closed position, the punch and the mold: forming a product with the dose of plastic; a conveying mechanism , the extruder mouth is delivered to the molding unit, and the conveyor is placed The apparatus of claim 44, wherein the basin further comprises a unit extending externally and interposed between the punch and the die for supporting the The device of claim 45. The device of claim 45, further comprising a device extending outside the molding unit and interposed between the punch and the cavity for supporting the dose The device of claim 46, further comprising a device extending outside the molding unit and interposed between the punch and the die for supporting the dose 51. The device of claim 47, further comprising a 50 1275467 support extending outside the molding unit and inserted into the punch and the mold for supporting the dose The device of claim 43, wherein the support device comprises a support member of a porous material. 53. The device of claim 48, wherein the bean support device comprises a Porous material 54. The device of claim 49, wherein the brace device comprises a support member of a porous material. 55. The device of claim 5, wherein the brace device comprises a The support member of the porous material. 56. The support device according to claim 51 of the invention includes a support member of a porous material. ..., 5 7 · The support device according to the fourth aspect of the patent application scope The right θ ^ clothing 'is placed 3 has _ with a hole in the support member, the fluid can be injected toward the dose of the hole. 0 · A "the patent device of the scope of the selected device contains - has a hole The branch member, the flow body: the hole is injected toward the dose. The body can be 59. As claimed in claim 49, the support device comprises a right eye (9) garment, and a support member having a hole through which the fluid can be injected toward the dose. 6〇. As claimed in the 50th article of the patent application, the erected white person 曰 曰] clothing, | hole tr - a hole with a hole, the fluid can be. The dose is injected towards the dose. • between the branch, the branch, the branch, the branch, the branch, the branch, the 1275467, 61. The inferior white ancient gentleman as described in claim 51 And wherein the support bag 3 has a support hole having a hole toward the dose. The body may be passed through the device. The device of claim 43, wherein the device comprises a support member having a substantially thermally non-conductive material; the branch 63. The device, the support device comprises a branch member having a substantially thermally non-conductive material < 64. The support device of claim 49, comprising: a substantially thermally non-conductive material: a support member t i 65 The device of claim 5, wherein the support device comprises a support member of a substantially thermally non-conductive material (the device of claim 51, wherein the support device A support member 67 comprising a substantially thermally non-conductive material. A compression molded container closure 'includes a body having a wall formed by a plurality of plastic materials having different properties and/or views from each other. 68. The compression molded container closure of claim 67, wherein the plurality of plastic materials comprise a first plastic material and a second plastic material. A compression molded container closure comprising a first closure portion and a second closure portion hinged to each other and formed of a plurality of plastic materials having different properties and/or appearances from each other. 70. The stamper container closure of claim 69, wherein the plurality of plastic materials comprise a first plastic material and a second plastic material 52 1275467. 71. A use, in particular, a stamper A method of product of the product, comprising: delivering a plurality of doses of plastic to a molding unit, and molding the plurality of agents together between a punch and a cavity. A method for molding a plastic product, comprising: forming a pair of plastics in a molding unit by tapeging a punch and a mold cavity, wherein the punch and the mold The dose is pushed toward the punch or the cavity before the hole is taken. θ wherein the dose 73 is as described in claim 72, the method is pushed against the punch.壹, schema: As the next page 53