TW382000B - Heat-insulating container, and heat-insulating container producing apparatus, sleeve forming apparatus, assembling apparatus and rib-processing apparatus used in producing the heat-insulating containr, and rib forming process used therefor - Google Patents

Abstract

A heat-insulating container is used for an instant dried food and is excellent in heat-insulating property, design and economy. The container comprises a paper cup body with a bottom, which has an inner surface coated with a polyolefin resin and is provided with an outward curled portion formed at an upper opening end of the cup body and at least one horizontal rib formed on a side wall of the cup body so as to project outward therefrom; and an inverse-frustoconical paper sleeve provided with an inward curled portion formed at lower end of the sleeve. The cup body and the sleeve are integrally combined with each other so that an upper end of the sleeve is joined to an outer periphery of the side wall of the cup body, which is adjacent to the outward curled portion of the cup body, and an inner surface of the inward curled portion of the sleeve is joined to an outer periphery of a lower portion of the side wall of the cup body.

Description

V. Description of the Invention (31) Mobile. · The blank stretch piece 113 is provided with a plurality of suction U5... 115 at its upper end. Holding = When the stretcher 113 is driven upward, the suction head contacts the blank 3 which is set to be sucked by the blank holder, and the air is driven down from the sticky surface of each suction head 115. The suction head 115 reaches the blank 3 '. Subsequently, the blank stretcher 113 is moved and the blank 3 'that has adhered to the suction head 115 is under the enlarged section 112 "one more cow D out of the blank holder 111. Then the blank stretcher 113 is sucked in Two Π two drives, so the blank material 3, the two ends meshing and holding 101, 101, at the same time by the air termination and from the blank material 3, release the tip u 5. 141 eight pictures ^ 2, ^ 5 The chain conveyor 1 2 0, 1 40 contains two chain lines 121, 14ΐΓΐ # / σ / ν 1〇1 '1〇1 settings. The chains 121, 141 are provided with nails 121a, as shown in the figure; 121, 141 transmits the feed force to the blank 3, 1 22 1 22 ^ No, the first chain conveyor 120 is equipped at one end with a sprocket shaft attached to the sprocket shaft 123 and can rotate together with the sprocket shaft. The sprocket 124 is connected Key private rotation support, one end of the sprocket shaft 123 is connected through the clutch 131. As shown in Figs. 7 and 8, the sprocket 125 is transmitted through the transmission mechanism 132 and the bismuth to the motor 130 of the main body 11. The transmission mechanism 131 is transmitted through the belt 135 and Chain 136: and the transmission mechanism 131 is turned to the key wheel 125 through the shaft 疋 of the sprocket transmission mechanism (refer to Figs. 7 and 8). The details of the branch structure 1 3 1 can be variously changed. 浐 1 ~ 6; L By. 'The first chain conveyor 12 ° is also equipped with a chain oblique spine at the other end; ^ * Each sprocket 126 is mounted on the sprocket shaft 142 so that it can be supported by the 142 series by the main body 11 (see reference) Figure 7). So

87334168.ptd Page 36 Revised JE Xia Invention Description (1) Technical Field: The present invention relates to a thermally insulated container made of paper which is used for instant dry food, which is made edible by pouring Buddha water on food 'and a Suitable for the production of at least one container of tM / ° pieces. Yanjing Technology: Because paper-insulated containers are mainly used for instant noodles, a container is widely used in which the outer periphery of the paper cup is covered with a heat-insulating wave-shaped member. The process is therefore manufactured by alternating narrow convex and concave configurations in the longitudinal direction of the cup. Japanese Patent Publication No. 8-1 13274 suggests a heat-insulating container in which the cross-sectional shape is changed so that the total area of the recessed portion on the outer surface of the container is reduced 'and the total area of the flat portion is increased. Such containers have been put into practical use. Japanese Patent Publication No. 4-452 16 and Japanese Patent Publication No. 8-1 043 + 72 suggest a heat-insulating container, in which the heat-insulating member undergoes a creping process or an embossing process, so irregularities are formed on the outer surface of the container. unit. Japanese New Patent Publication No. 4_4521 No. 2 proposes that the insulating property is provided through the gap formed between the double-walled cups. … The problem with the Lishu container having a heat-insulating corrugated piece around the periphery of the cup is that the container also has an unnecessarily large thickness on the upper part, no matter how the insulation is > the part does not touch the hand. Irregular parts on the outer surface of the container become obstacles to the design of the container. The text printed on the surface may become unclear and fuzzy, which may cause problems. In order to solve this kind of situation in Yuancha Temple ... · ™ 丨 Peach called Chao, said the new public case No. 87479 and the Japanese new bulletin No. "^" ^ proposed to put an extra layer around the crying Paper liner or sheet. According to this ant extraction capacity & device ° ^

1 '~~~ Pulse M correction

____ f · '25. Description of the invention (35) Use the hearth in the curling device 200 to curl the blank 21 from the blank curling block 21 onto the blank 3, and then move the movable part 22 la of the pneumatic cylinder 221 downward, and The heated stamping block 222 is punched to the joint line 3d of the blank 3 ', and then the blank curling block 21 is moved away from the mandrel 23. Therefore, the bonding wire 3 d is pressed and heated to accelerate the bonding. The heating and punching by the punching block 222 are continued until the mandrel 23 reaches the station A7. After the mandrel 23 arrives at the station A7, the movable part 221a of the pneumatic cylinder 221 moves upward, and the stamping block 222 moves the centrifugal shaft 23. The blank 3 (the joint line is repeated by the main sealing device 2000) is transferred from the station A1 to the station A2 according to the% of the turntable 21, and is carried on the auxiliary sealing device 240 according to the next rotation of the turntable 21 ( (See Figures 7, 18, and 19). The auxiliary sealing device 240 is provided with an end protruding from the mandrel 23 for pressing and heating the bonding wire 3d so as to accelerate the bonding thereof. In other words, in the apparatus 10 for producing this specific example, the body 23a of the mandrel 23 is shorter than the blank 3 curled thereon. The reason for this arrangement is the curled blank 3, and the curled portion 3a (see FIG. 6) is formed at the lower end of the 3 without changing the heart. If the body of the heart palate ... the length f is greater than or equal to the length of the blank 3, then the body 23a is formed by curling the blank 3, and the end is recognized, so the curled portion 3a cannot be formed without moving the blank 3 by the mandrel 23. In other aspects 23 :: For example, the shaft 23 is shorter than the blank 3 '. One end of the tank is punched by the mandrel because of the punching block 222 of the main sealing device 220. 2 Auxiliary fork seal and crack 240 is only added for the joining of the stamping and heating protrusions 3e. 'Auxiliary sealing device 240 includes-the base 241 is installed on the support ϋ Λ body 11'-the pneumatic cylinder 242 is installed on the base 241,-support The piece 243 is attached to the movable part 242a of the pneumatic and steam rainbow, a pneumatic cylinder

87ll4l68.ptd Page 40. Revised page 5. Description of the invention (2) 2 entitled "Uneconomical" requires production costs, and there must be no irregular bottoms, narrow convexes and recesses or embossed parts on the appearance. The sanitary problems cannot be seen from the bottom. , Dust or liquid may enter these gaps. Crying, this new public case No. H4_4521 No. 2 reminder of the absent-minded view of the face. The heat-insulating container 50 is installed at the lower end of the 2 -f roll by inserting a paper cup body 51 composed of a bottom plate 52 and a side wall 3b3 having outwards and 邠 54 into the body cover 55-the inner roll portion 5 6, and above and The lower contact portion aligns the combined cup body 51 and the body cover 55. A curled portion 56 of the body cover 55 > 5 ° is used to form a heat-insulating space. This kind of heat-insulating container 50 does not use any specific heat-insulating member and therefore has no heat-insulating member. When the middle part of the side wall of the container is actually held with a hand, the body sleeve Η is liable to warp inward, reducing the thermal insulation space capacity, thereby deteriorating the thermal insulation properties. In addition, there has been proposed a container in which a body cover is sleeved around the outer periphery of the cup, such as Japanese Patent Publication No. S52-97282 and Japanese Patent Publication No. 4-2 0 1 840. The containers disclosed in these publications are provided with outwardly protruding ribs and body sleeves bonded to the ribs. However, in this structure, since the ribs are formed into circular or triangular sections, and only the ridges of the ribs contact the body cover, the bonding area between the ribs and the body cover is reduced, resulting in a lack of adhesion strength. Since the position of the ribs varies greatly with the type of container, the adhesive application position needs to be adjusted according to the position of the ribs, so the manufacturing process is troublesome. In particular, if the ribs are used as Peter 1ine (hereinafter referred to as the water injection line) to indicate the proper height of the liquid to be injected into the container, the position of the ribs often changes with the packaged product in the container, thus exacerbating the aforementioned problems. And if the water injection line is curled next to the cup body 4 ’, the gap between the body cover and the cup body is reduced’ and the resistance pressure during the combination process is large.

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V. Description of the invention (40) Six pulleys 305a, 305b, .... 305 are provided on the bottom plate 301. The motor 306 is mounted on the motor base 302, and the pulley 305a is nested in the output shaft 306a of the motor 306, so it rotates with the motor. The other pulleys 305b and 305 £ are fitted to the pulley shaft 30 7... 30 7 and rotate with the pulley shaft. Each pulley shaft 307 is rotatably supported by the bottom plate 300. Between the pulleys 3053 to 305 1 ', there is an extension belt 3008 which can rotate the pulleys 305a to 30 5f together according to the rotation of the output shaft 306a of the motor 306. The two pulleys 305b and 305f are adjacent to the pulley 305a, and the pulley 305d disposed on the opposite side of the pulley 305a of the through hole 303 is connected by a roller 309... 309 through a pulley shaft 307. Each roll 309 is formed with a spiral groove 309a on its outer peripheral surface. The roller 309 protrudes slightly inward in the radial direction from the outer circumference of the hole 303, and the two cups 2 are supported by the lower end by a roller 309. When the motor 306 is driven in a fixed direction, it is set on all the cups 2 ... 2, and the curled part 2c of the cup 2 is the cut of the intermeshing roller 309. The rotation of the top 9 and the rotation Λ downward Feed. Therefore, the cup body 2-: between the rod 3 ° and 4 '> LogV / Λ ^ # ^ # 1 33 0 ^ ^ # * 31 ^ # 45 ^ ^ The roller 30Θ is driven backward to a predetermined angle to supply the cup clamp住 器 33。 33. The basket 2 carried on the station 81 and the cup body 2 on the cup holder 33 follows the turntable to the rib processing device 32 of the station B2, and further moves downward to the rib processing device 32 of the station B3. D-turn 31 again Figures 28 and 29 show that the holder 33 of the rib processing device 320 includes a vertically extending support shaft 40A. The device 320 and the cup clamp nut 41 are sleeved on the screw portion 40a of the supporting shaft 40, and the outer periphery of the screw shaft 31 is a rotating barrel 43 as a rotating portion, and the transparent shaft 40 is on the rotating table 31

87114168.ptd Repair on page 45 Totally through bearings 42A, 42B Rotary 5. Description of the invention (3) Assembly error. Shape production container. Particularly preferred is a complete mandrel. It also hopes that the sheet-shaped blank of the material is curled on it. In addition, it effectively assembles the body cover and the cup body. The process. The book is specially designed to provide a rib arrangement that can assist the side wall of the cup to form ribs. Among them, Case No. 783 No. 3 discloses a rib processing that expands outwards and expands outward. 1 Into the body, the chuck is in the cup. The predetermined position widens the descent to Aida, thus forming a rib. Cup body side 2 :: text: m device all-second to its entire perimeter to force to the side wall, even if the rib: =: Zeng ΐ devices such as wedges increase relatively and because the chuck is tied to the cup body Zou drive :: two It is difficult to form a great help. The movement of the part inside the cup requires two chuck driving mechanisms, η # ^ -Β u ^, so the mechanism structure becomes complicated. It takes a long time == to resist the cup body in and out, so it is difficult Effectively forming ribs, absolutely [埶 ： Ϊ: The purpose of the present invention is to provide a kind of paper-making device; = ::; quality 'advanced design' by printing in volume. ^ Degree of freedom, and reduce production cost.

For the purposes described above, the thermally insulated container of the present invention includes: It has an inner surface coated with a polyolefin resin and is set to # ° 2; an open end on the cup body and at least one horizontal rib are formed on the cup body The side wall thus protrudes outward from the cup body; and-the inverted frustoconical paper body cover is provided with an inner roll formed at the lower end of the body cover, the cup body and the body cover are integrated into one, and the body cover upper end # 合To cup D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd _-- __ 丨 Tengxin 0½ correction ''

5. Description of the invention (42) The output shaft 324a and a driving wheel 325 are used as the rotation shaft 324a. When the rotation of the cup holder 33 with the turntable is less than the output B3, the driving wheel 325 contacts the cup holder 3 station B2 or the barrel 43 according to the output correction of the motor 324 and allows to rotate 3! During rotation, the driven wheel 43a moves away from the rotation between the driving wheels 3 25 H. When the rotating table 31 rotates a predetermined angle, that is, 45 :: = win 43: The driven wheel 43a of a cup holder 33 contacts the driving wheel 325 θ Rotational transmission. The paste 25 is therefore allowed to be shown in detail as shown in FIG. 30. The stamping mechanism 33 includes four rods 33m. The motor base 323 extends vertically and a bracket 332 is installed on the side of the vehicle. On the bracket 332, the previous clamp-holding, 3 34 is attached to the piston rod 33 仏 of the pneumatic cylinder 333, and a punch, ° through bearing 334a, 334a is rotatably mounted on the shaft portion 3 of the holder 334a The outer peripheral surface of the roller 3 3 5 is formed into a pushing surface “inclined” along the side wall of the cup body 2 (see FIG. 6), and the groove 33 5 is formed with a semicircular profile. In B2, the outer periphery of the groove 335a of the stamping roller 335 is complementary to the outer periphery of the flange ^, and the punching groove 3335 of the station B3 is 335. The outer periphery of the complementary flange is 0. The bracket 332 is installed on The lever 331 can be adjusted along its vertical position. At station B2, the position of the bracket 332 is adjusted to position the cut groove 335a and flange 45a of the stamping roller 335 in the same vertical position; and at station B3, the position of the bracket 332 is adjusted to position the cut of the stamping roller 335. The grooves 335 & and the flanges 46 & are in the same position in the vertical direction. The restraining mechanism 33 6 includes a bracket 3 37 mounted on the upper end of the rod 331, a pneumatic force

V. Description of the invention (4) The outer periphery of the side wall is adjacent to the outer roll of the cup body, and the inner surface of the inner roll of the body cover is joined to the outer periphery of the lower part of the side wall of the cup body. Any number of horizontal ribs can be formed so as to extend continuously on the outer periphery or intermittently in the circumferential direction of the side wall of the cup. The heat-insulating wave-shaped member can be arranged between the body cover and the upper part of the side wall of the cup body. According to the foregoing invention, it is possible to provide a paper heat-insulating container, which has an excellent design, has a stable external heat insulation property, a smooth outer surface, a high-level appearance, and a high degree of freedom in printing instructions. The container has a suitable hardness to prevent warping of the side wall, so it is easy to hold it by hand. As a result, the safety required for the instant dry food container filled with boiling water to be prepared therein can be improved. In addition, the increase in material and production costs prevents the supply of insulated containers at low cost. The heat-insulating container of the present invention is made of paper, so it is easy to dispose of it without having to engage in sorting. When it is discarded, it is easy to reduce the volume of the container and obtain excellent discardability. The container is easily recyclable. As such, the present invention contributes to reducing the adverse effects on the environment. Another object of the present invention is to provide a heat-insulating container having an improved structure, and the body sleeve is surely adhered to the cup body. 〃 In order to achieve the foregoing object, a heat-insulating container is provided. The cup body has a side wall and a bottom provided at one end of the side wall, the side wall is provided with a protruding rib extending in a circumferential direction thereof, and an outer roll portion is provided at the other end; ... The one-piece sleeve is arranged on the outer side of the side wall, leaving a space therebetween and bonded to the side wall in the bonding area of the boundary, so the cup is adjacent to the outer roll at night, and the outward protruding rib is only provided outside the bonding area region.

5. Description of the invention (51) Description of component number: A1 station 2 cup body A2 station 2a side wall A3 station 2b bottom A4 station 2c outer roll part A5 station 2d horizontal rib A6 station 2e lower rib A7 station 2f upper rib A8 station 3 body Set B1 Station 3, Blank B2 Station 3a Inner coil B3 Station 3b Side wall B4 Station 3c End B5 Station 3d Junction line B6 Station 3e End B7 Station 3f Upper end B8 Station 4 Adhesive BD Adhesive zone 8 Notch C1 Location 9 Insulation wave, insulation C2 position 10 Production unit C3 position 11 Main body C4 position 12 Motor FL base plate 13 Sprocket 1 Insulated container 14 Chain

87114168.ptd Page 56 Correction Page

V. Description of the invention (5) 2 like the description of the container 'Because the protruding ribs are removed by the bonding area, the body sleeve and the ::: wall can be widely entangled with each other, so the area of the bonding area increases and the body is improved. The adhesive area is often set adjacent to the outer roll part formed around the perimeter of the opening of the cup body. Therefore, the position of the adhesive to be applied is independent of the position of the protruding ribs. The inner cover can be provided with an inner roll part. It can contact the outer periphery of one end of the side wall. The side wall of the cup body can be provided with an internal convex rib extending in the circumferential direction. The internal convex rib can be included in the bonding area to improve the hardness of the cup body without reducing the bonding area. The meat rib can be used as an indicator. The liquid is injected into the proper height line of the cup body. The ribs can be arranged in the bonding area and thus close to the outer roll as a water injection line. According to another aspect of the present invention, a heat-insulating container is provided including: a cup body having a side wall and a bottom provided on the One end of the side wall; and an integrated sleeve is arranged on the outer side of the side wall, leaving a space therebetween and adhering to the side wall, and a rib indicating an appropriate height of the liquid injection cup is provided on the side wall so that the side wall protrudes inward. In this case, the bonding area is maintained by defining the bonding area and including the ribs as the green injection effect. According to yet another aspect of the present invention, a heat-insulating container is provided including: a glass body having a side wall and a bottom disposed at one end of the side wall, The other end is provided with an outer roll part; and the integrated sleeve is arranged on the outside of the side wall with a space interposed therebetween, and is bonded to the side wall at a defined bonding area, so it is adjacent to the outer roll part of the cup body;

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd Page 10 V. Description of the invention (6) ^ ---- " ----— The side wall is provided with—the inner roll part is included in the bonding area . In this case, it is possible to keep the ridges sufficiently defined so that they extend beyond the ribs toward the bottom of the cup. Another purpose of this month is to provide a device which can effectively and reasonably produce adiabatic containers. For the purpose of covering the cup, a production device is provided for combining the outer periphery of the body to produce a thermally insulated container. The device includes: an integral sleeve forming section for forming a sleeve through a tube-shaped rolled blank sheet and joining the two; and An assembly section is used for covering the assembly around the outer periphery of the cup; the assembly section includes: a rib processing device for processing ribs on the side wall of the container; an adhesive application device for applying adhesive to the side wall of the formed rib body The sleeve delivery device is used to place the body sleeve formed by the body sleeve forming section on the outer periphery of the body to which the adhesive has been applied. According to the aforementioned production device, the ribs are formed on the cup body and the adhesive is applied on the assembly area, and the body cover is formed on the body cover forming section by the blank. Then the shape of: the body sleeve is placed on the cup body and applied with the outer periphery of the adhesive to combine in one. Because the valley production process is simultaneous with each other in the two sections, the container can be effectively closed.仏 王座 According to yet another aspect of the present invention, a production device is provided. The combined body is sleeved around the outer periphery of the cup to produce a thermally insulated container. The device includes a sleeve for an integrated sleeve holder to hold the body sleeve;

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The holder can hold the cup body and a transmission device for moving along the stupid holder. The second circulation path is the circulation body sleeve holder and the cup holder. The device curls the body sleeve and holds the integrated sleeve. The device is also installed along the supply. Cup body to cup holder The cup body is formed with ribs for ejection. The body cover carrier on the transmission device is carried by the sheet embryos of the device for body cover cup clamping. The holder passes through the holder, the side wall of _, the side wall of _, and the body cover, and the periphery; and the transmission body cover is clamped and transported in the body cover and the top body cover, and the circulation path is provided with a crimping device for feeding and joining. The ends of the curled blank are removed, and the displacer is removed from the body cover. 1 clothing path is provided with a cup body supply device for rib processing device for processing ribs fixed to the cup adhesive application device for applying adhesive to the body cover conveying device for acceptance by The top cover of the body cover accepts the body holder and the cup holder of the cup body, so when the body cover holds the device, the cup on which the adhesive is applied. The material is curled in the body cover holder to form a body cover. The prepared body cover is ejected by the body cover holder ㈣, and ejected to the body cover delivery device i according to the cycle of the body cover holder. In its aspect, the cup system is fixed to the cup holder, and after the ribs are processed on the cup body and the adhesive is applied thereon, the cup system is carried on the body sleeve conveying device. Then the body cover is put on the cup body to apply the outer periphery of the adhesive to combine them together. Because the processes required to produce the containers are simultaneous with each other in the two sections, the containers can be efficiently and reasonably produced. An end curling device for processing a curling portion at one end of a body cover can be arranged on a circulation path of the body cover holder.

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A circulation path of a body sleeve matching search, the body sleeve on the cup body covers the blank material to the crimping device, and the adhesive is applied to the blank material device, and the device can be installed in the cup clip weeping sleeve adapter device to supply oil. The medium pressure of the seeker has been directed towards the cup by the body sleeve conveying device, and the body is as expected. The version is aligned with the cup. The device also contains-a blank material supply device for the poor and a blank material supply-the infant end, the mouth, and the mouth. Hold the 5 and set the adhesive applicator for punching. The ends of the blank material overlapping by the curling device face 6 buddha young wheat. It can be set on the body cover and crying.

Accelerate cup and body paths. The Fei Feng device can be equipped with a heater for work Q0 ^ -ττ q to form a thermally insulated container; i Ϊ provides a body cover forming device which can be effective. The body cover 'especially can perform the curling operation of the blank on the mandrel' processing The operation from the curled end of the end to the curled blank without changing the heart glaze. In order to achieve the foregoing objective, a body cover forming device is provided for forming a large blank into a body cover for use as an outer packaging of a thermal insulation container. The device includes: It can fit into the inside of the body cover and be shorter than the body cover; a curling device is provided for the mandrel to curl the blank material so that one end of the binder for applying the blank material is located under the other end of the blank material to form a joint A main sealing device for punching the bonding wire to the mandrel;

An auxiliary sealing device is used to clamp the end of the mandrel protruding from the mandrel with a clamp, and a crimping device is provided for punching the blank from the mandrel protruding to the mandrel to form a body sleeve curled portion; and an integral sleeve The ejection device is used to remove the sleeve from the mandrel.

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd page 13 V. Description of the invention (9) According to the aforementioned body cover / system, the mandrel is raised to form a device, because the blank is curled on a part of the mandrel. The bonding wire end Qiu 11 can form the body curled line when the body cover is mounted on the mandrel. In order to use the auxiliary sealing device to punch, so that the joint body sleeve is formed to form the agent F to the blank-媸 β, one step includes the blank material supply device for the application of the adhesive body cover formation = to the blank material to the curling device. Circulation, and having a mandrel containing:-Conveying 11 can be spaced along a predetermined circulation path, each of which overlaps the words; 3 along = diameter while leaving some kind of section for the interval defined between the mandrel and the overlap Distance, lap-overlap; and multiple-step step feed mandrels. Each mandrel out device can be distributed to the auxiliary sealing device, end curling device, and body cover. ^ This type of ejector is used to move the conveyor. Bending device, auxiliary sealing device [end crimping device and body main sealing device check η. According to the present invention: move along the circulation path. It is used for forming sheet-shaped embryo material. It provides a body cover forming device, which contains a body cover for use as an outer packaging of a heat-insulating container. The device can: circulate along a predetermined circulation path; leave A certain interval;… while in the direction of the conveyor cycle is in between: the transmission device is used to intermittently move the conveyor for a corresponding distance 界定 relative to the cycle path to define each station step forward ::: = 卽

Description of the invention α〇) / Blank material supply device for supply_bonding_ i 抖 H shakes to be selected from each station-curling station accompanied by: = The blank material is supplied to the mandrel for curling, so the embryo is located under the other end to form a joint A pick-up seal is provided for the two ends of the stamping blank to face each other to form a joint line; and:! Ί! The output device is set at the ejection station selected from each station and located in the circulation direction: the forward direction of the crimp station The sleeve is removed from each mandrel.楯 clothing root Ϊ This type of body cover forming device, each time the conveyor moves a certain amount, the operation of the body cover ejection device is performed simultaneously each can have a body portion which can be fitted into the body cover two :, : Dense; the device contains a main sealing device for punching blanks = ends ;: auxiliary sealing device for borrowing ... tight bonding lines are set by the heart curve at one of the auxiliary sealing devices selected from each station and located at the crimping device Stand of-auxiliary sealing device and located in the roll = curved device for the blank material is curled by one of the mandrel protrusions. Alas, the device can be installed at least from each station-between the auxiliary sealing station and the ejection station. ^ Curl stations and these stations include at least two end curl stations' each provided with an end curl device.

Page 15 V. Description of the invention (11) Body cover! The f set can be turned on the body sleeves which are sleeved on each mandrel via punching rollers, with the axis of the axis of each mandrel as the axis to rotate lightly and the body removed from each mandrel to rotate on the predetermined axis as the axis. Yet another object of the present invention is to describe an assembly device with a cup. ， ', ° effectively and correctly combine the body cover 2 to achieve the aforementioned purpose, providing a kind of body cover to produce a thermally insulated container. The device Π a conveyor can circulate along a predetermined circulation path; and has-the rotating part can be Axis transmission; For stepwise movement of each station defined along the circulation path-the gripper transmission is set at the transmission station, which is selected from the joint cup holders at the rotating part of the transmission station to rotate the cup holders. Second, the mixture application device is set at an application station, which is selected from each station and the transport direction of the conveyor is driven by the outer periphery of the body; and the 3-way direction 'and the adhesive can be applied to the cup-, the set of delivery devices is set at the delivery The station is selected from each station and the mounting direction is from the application station forward direction and the body can be sleeved on the cup body. According to the aforementioned assembly device, when the cup holder holding the cup body is carried on the device driving device 'The rotating part of the cup holder is driven by the cooler dream ^ holding rotation. Therefore, a variety of processing can be performed, it is better to use the components of the cup body extending in the circumferential direction of the cup, such as help. Page 16

Q D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd 5. Description of the invention (12)

j the application device, while the cup body keeps rotating due to inertia II, the cup holder applies the adhesive to the outer periphery of the cup "no f:!: ': H is installed for rotating the cup clamp in the adhesive application device; ^ .: I Simplify the structure of the assembly device. On the wheel 迗 Is. As a result, ΠϊίϋΓΠί a disk-shaped rotating wheel inlet and the cup rotate coaxially; the Η device includes a rotating wheel outlet and a drive power source for the edge-edge adhesive application device. The nozzle is used for spraying the adhesive to hold the late joint toward the outer periphery of the cup, and it can contact the inner surface of the side wall of the cup, and the clamping device includes a stamping mechanism that can punch and clamp the side wall in between for processing. The side wall .. The part-to-adjacent conveyor includes a turntable that can be rotated on a predetermined axis as an axis. Human = another aspect of the present invention #, provides an assembly device, a vertical body covering the outer periphery of the cup to produce an insulated container, The set includes a cup holder that can hold the cup in an upright position in an upside down position. ^. :: The set of conveying device can be placed over the outer periphery of the cup of the solid cup by the upper body; Socketing device A cool body can be connected with an end portion of the cup body cover to the axial direction of the cup, the sleeve member means may be mating to axial direction: towards the cup thus having mating member and the cup body cover; fall inflammation

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd page 17 where the fixture is provided with a pair of positive devices, which can be clamped on the body cover and move the body cover in the radial direction. The front meshing body cover is thus aligned with the cup. body. / 、 R 澄 五 、 Explanation of the invention (13) According to the foregoing group of devices, if the body cover is non-aligned, the body cover is arranged in the radial direction by the right body; the positive device includes a pin, which is a cup holder. The axis of the upper cup body = the ring body can be supported by the clamp body of the clamp so that a push-out part or a rounded part can be formed at the lower end part of each lock. Heart: The lower end of the side wall surrounds the bottom of the cup body. Eight-contact cup body Another object of the present invention is to provide a rib processing device. The side walls of the basin and the nc cup body form ribs, thereby simplifying the "rib processing device. 0 f The outer ribs are formed due to the operation of the outside of the cup body. In order to achieve the foregoing object, a rib processing device is provided. The ribs of the side wall of the cup body thus extend in the circumferential direction of the side wall.

A and ΛΙ · f molds and pieces 3 are placed opposite each other and the side wall is interposed between the basins. 'The male mold component is set at the part facing the female mold component—M to form the rib Z concave side' and the female The die assembly is provided with all grooves facing the male die assembly, thereby forming the convex side of the rib; Du m: the drive unit is provided for the male and female modules to move in the radial direction of the cup body, so that the male die And the master mold components can be close to each other and far away from each other. ”The special moving device is provided between the cup body and the male and female mold components to (a) the relative rotation is changed and the side walls are clamped in the circumferential direction. Position between male and female components.

D: \ 2D-C0DE \ 87-ll \ 87ii Na · ptd Page 18 V. Description of the invention (14) According to the rib processing equipment described above, also > & Relative rotation on the circumference of the cup body; For example, if the entire ribs are formed between the female mold components, m is reduced. Therefore, it can be compared that the rib-shaped processing device includes the force applied to the cup body. With the support from its inner side, the holder can be rotated with its axis as the axis, and the male and female 设置 can be provided with the directional transmission device of the male and female mold components. The transmission can be placed on the outer periphery of the cup 体For the diameter and the grand circle: Move the male and female mold components in the iif direction and rotate the cup holder in any direction. One of the male and female mold components on aμ μ can be used to move the radial direction to set two lower ribs in the entire circumference of the sidewall of the cup body, and the sidewall of the cup body can be clamped by the female mold component; And in this case the body is formed. No need to drive in the radial direction on the inside of the cup. Simplified.] The mold assembly on the outside of the frame can only be driven in the radial direction. A roller that can be rotated as an axis parallel to the axis of the cup body can be provided as any one of the male and female mold assemblies provided outside the periphery of the cup body. The working device further includes a restraining device for preventing the cup body from being raised from the cup holder. The male mold component can be disposed inside the cup body, and the female mold component can be disposed outside the cup body. According to yet another aspect of the present invention, a rib processing device is provided, which is provided for a rib on the side wall of the cup and extends in the circumferential direction of the side wall. The device includes a cup holder which can be a cup axis Axis rotation while holding the cup by the inside page 19D: \ 2D-C0DE \ 87-li \ 87H4i68.ptd

A rotating transmission mechanism for rotating the cup holder; and a punching mechanism which is arranged on one side of the cup holder and has an axis which can rotate around the axis of the flat cup body axis, and a transmission six source The punching roller is provided for reciprocating in the radial direction of the cup body, wherein the groove forming the convex surface side of the rib and the convex portion forming the concave surface side of the cup are arranged on the outer periphery of the punching roller, and either of the groove and the convex portion ^: The position of the cup holder is parallel to the axis of the cup holder = 'and the position of one of the notch and the protrusion is provided on the stamping roller. In this device, the ribs are gradually formed on the side wall of the cup in its circumferential direction. The forming step is to hold the cup from the inside of the cup by the cup holder, and press the side wall 俾 to clamp the side wall between the stamping rollers. The groove and the cup holder protrusion and the rotating cup holder together with the cup body fixed thereon. Therefore, comparing the case where the overall rib is short, the force applied to the cup during the manufacturing process can be reduced. Because the cup body members are…, either one is driven in the radial direction of the cup body, and the stamping roller is the only one-moving member in the radial direction, which simplifies the device structure. Because the stamping roller can rotate with its axis as the axis, the friction between the roller and the side wall of the cup can be reduced. : The processing device further includes a conveyor for the conveyer cup holder to pass through a plurality of passes, and the rotary transmission mechanism and the stamping mechanism can be set at the intermediate position of the conveyor shuttle. According to another aspect of the present invention, a method for forming ribs on the side wall of the cup body is provided, so that the ribs extend in the circumferential direction of the cup body. The Shaw method includes the following steps: The cup body is clamped by the male and female mold components. A part of the side wall, the male mold assembly is

D: \ 2D-C0DE \ 87-11 \ 87114168.ptd 2〇 ΐ ----

It is disposed on the side facing the female mold component with a convex portion, and the female mold component is provided on the convex side of the rib; and a portion of the concave male mold component thus forming a rib is formed on at least the groove portion to form at least One performs relative rotation and changes the position of the circle between the female mold component and the sidewall between the cup body and the male and female mold components. At this time, the sidewall is clamped in the direction of the male periphery. The circumferential direction in this manufacturing. The power of the cup. In the aforementioned process, the cup body can be rotated from the inside to the axis of the cup body. One of the cups' and the other clamping side wall of the male and female mold components are interposed between the male and female mold components. The side is held by the cup holder, and the cup holder holder can be provided with male and female mold components-one can be stamped on the side wall from the outside, so 'the bottom of the cup body can be held in this case. The Yu 1 wall can be pressed down to the cup when it is clamped by the male and female mold components. Further objects, advantages and other aspects of the present invention will be described in detail in the following detailed description of the preferred specific examples of the invention with reference to the drawings. Brief description of the drawings: Figures 1A to 1D are explanatory diagrams illustrating the structure of the heat-insulating container of the present invention; Figures 2A and 2B are bottom views, each of which illustrates the cup body of the heat-insulating capacity of the present invention; 3C is a cross-sectional view, each of which illustrates the horizontal rib of the thermally insulated container of the present invention; ...

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd Page 21

Explanatory diagrams, each of which illustrates the thermal insulation space formed by the thermal insulation of the present invention; Figures 4A and 4B are horizontal ribs of the container; Figure 5 is a scraped surface view of a thermally insulated container produced by the processing device of the present invention; Figure 6 is a view The figure illustrates the schematic process of producing a container; Figure 7 is a plan view of the container manufacturing device of Figure 5; Figure 8 is a front view of the manufacturing device; Figure 9 is a left side view of the manufacturing device; Figure 10 is an enlarged view illustrating an example of setting in production The main sealing device of the device and its surrounding structure; Figure 11 is a cross-sectional view of the blank material supply device installed in the production device along the line 乂 丨 —χ I in FIG. 8; FIG. 12 is a cross-sectional view of the blank material supply device along the line XI-I_χΙI in FIG. Fig. 13 is a sectional view of the blank material supply device along the line χιπ_χιη in Fig. 8; Fig. 14 is a sectional view of the blank material supply device along the line χιν-χΐν in Fig. 8; Fig. 15 is a blank material supply device along the line χν-χν in Fig. 8 Fig. 16 is a view illustrating the structural details of the crimping device provided in the production device; _ Fig. 17 is a view illustrating the structure of the crimping device when viewed from one side indicated by arrow XII 丨 in Fig. 16; Figure 18 is a view An example illustrates the details of the auxiliary sealing device installed in the production device. Figure 19 is a view illustrating an example of the structure of the auxiliary sealing device when viewed from one side as shown by the arrow _ XIX in Figure 18; Figure 20 Α and 20Β An example of the view illustrates the sealing action of the auxiliary sealing device.

V. Description of the invention (18) FIG. 21 is a view illustrating the details of the installation of the crimping device in production; FIG. 2 is a view illustrating the crimping device by its—

Indicate the observed structure; ', Bay 1 as shown in Figure 21 arrow XXII Figure 23 is a view example to illustrate the structure of the curling device when viewed from the top of the display; item $ Figure 2 丨 arrow Figure 24 is a view example illustration Set the structural details of the production equipment; Figure 25 of the installed body cover ejection device is a view to illustrate the structure of the body cover ejection device observed by its XXV indication; Figure 24 arrow item Figure 26 is a view patent application The structural details of the installation in the production plant; Park Yao supply equipment Figure 27 is a view example to illustrate the structural details of the cup body supply device as viewed from the top as indicated by XXVII; The ribs of the device 'A. A / C · Yixia made details, Figure 29 is a view illustrating the structural details of the auxiliary processing device when viewed from one side; Song and Figure 30 are examples of enlarged views The main parts of the rib processing device · Figures 31 to 31C are examples of views to illustrate the method of using the rib processing device of Figure 28 as a water injection line; Figure 32 is a view to illustrate the bonding used in the production device Construction details; Figure 33 shows the view Description of the production equipment provided in the body of the delivery device sets

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd V. Description of the invention (19) Structural details; Figure 34 is a view illustrating the structural details of the body cover carousel which cannot be observed by its XX X111. Figure 35 is a view example showing the details of the body fitting structure of the money placed in the production; FIG. 36 is a view showing the structure details of the body cover mating device when viewed from the top as indicated by XXXVI; FIGS. 37A to 37C are views showing The example illustrates the process in which the fixtures of the body sleeve and cup body sleeve mating device are aligned with each other; Figures 38A to 38H are views illustrating the variation of the container of Figure 5; Figures 3 and 9 are views illustrating the other of the production device In a specific example, the sealing device and the auxiliary sealing device are integrated into a single device. 7 FIGS. 40 and 41 are views illustrating the changes of the rib processing device. FIG. 42 is a view illustrating the further changes of the rib processing device. Know the cross-sectional view of the insulated container. Best Mode for Carrying Out the Invention: Hereinafter, a detailed description of a preferred embodiment of the present invention will be described with reference to the drawings. 1A to 1D are explanatory diagrams illustrating the heat-insulating container of the present invention. The heat-insulating container 1 of the present invention is a paper cup 2 with an outer roll 2c on the upper part 2a and water in the middle of the side wall 2a. A bottom 2 b is provided as shown in FIG. 1A, and an inverted frustoconical paper has upper and lower open ends and is provided at the lower end—the inner roll portion. The upper end is bonded to the outer periphery of the side wall 2a of the cup body 2 with an adhesive, such as the arrow in FIG. 33 and the arrow in FIG. On its side wall ribs 2d, 2d body cover 3, adjacent to body cover 3

Page 24 V. Description of the invention (20) The outer roll 2c, as shown in Figure 1 "From-, the surface is also connected by an adhesive: body 20%: the body and the bottom of the inner roll 3a. 柘 艚? / The outer periphery of the lower side of the tai side wall ', which forms the B cup body 2 and the body cover 3, is a thermally insulated container 1 that is integrally illuminated in this way. "The prisoner I prepared the hair f = horizontal ribs 2d, 2d on the side wall 2a of the cup body 2" It is convex outwards, 1 can improve the strength of the cup body 2 and form a thermal insulation ^ ^, with the red-I ® evening, the thermal insulation of the work room can be formed. Single horizontal ribs and flat ribs can be formed. Horizontal ribs 2d, The position of 2d can be considered. The strength of the cup body 2 can be used as the main water. The horizontal rib 2d is formed. One of the 2d is formed on the rib 2d at an appropriate height. As shown in Figure 2, the line indicates that the boiling water is poured into The cup 2 is as shown in FIG. 1C. In the thermally insulated container 1 of the present invention, the horizontal ribs 2d and 2d preside over: Γ holding the wall on the side of the hand. When holding the middle part of the side wall 3b, the side wall 3b of the body cover 3 can be prevented from warping inward. Therefore, sufficient insulation space capacity can be maintained, and #this obtains excellent heat insulation properties. Θ In the bottom insulation device 1, the heat insulation space The horizontal distance towards the container 1, "two force 'between the container so! Obtain sufficient thermal insulation between the middle and the bottom ^ ° ^ Outside the top of the trough 1 # The part near the # 2 has lower thermal insulation. In order to prevent the thermal insulation property of the top of the container 1 from decreasing, another specific example of the thermally insulated container of the present invention is provided, as shown in FIG. 1D. In particular, the present invention has two bodies:] ~ The heat-insulating container 1 has a cup body made of paper: the heat wave-shaped member is 9% wound, and the wave-shaped member has alternating narrow convex portions and concave portions. In this specific example, the upper part of the body cover 3 is also joined to the side wall 2a of the cup body through the heat insulating member 9 near the outer roll portion 2c. For the instant dry food contained in the thermally insulated container of the present invention, such as

V. Description of the invention (21) It is shown that the container shown in FIG. 10 is suitable for almost container storage such as instant drying: not. … Half of the capacity of instant dried western-style soup is to be filled with hot water. Carcass 2: Let the container shown in Figure 2 be suitable for an example where the whole container of instant noodles is filled with boiling water. Figures 1A and 2B are bottom views illustrating examples of the horizontal ribs 2d, 2d formed in the middle of the cup body of the heat-insulating container of the present invention, extending continuously over the entire periphery of the side wall, as shown in Figure 2A. The side wall 2 extends intermittently, as shown in FIG. 2B. If the number of continuous formed ribs 2d, 2d and the intermittently formed ribs 2d, 2d are equal to each other, the latter allows the insulation space to be enlarged and communicates the upper and lower insulation spaces with each other so that hot air can easily move in the insulation space. The entire section is thus uniformly temperature-distributed, resulting in improved thermal insulation properties, but the warping function of the side wall 3b of the rear stopper 3 is slightly inferior to the former. When the horizontal ribs 2d and 2d are formed intermittently in the circumferential direction of the side wall 2a and the formation method can form the recess 8, it is better to divide the horizontal ribs 2d '2d #] into the circumferential direction of the side wall 2a. Four to eight parts, and maintain up to 30% of the surrounding area. The ribs 3A to 3C are cross-sectional views illustrating the horizontal ribs 2d of the heat-insulating open space of the present invention. The horizontal ribs 2d preferably have an acute-angled shape. The enlarged heat-insulating workshop is shown in FIG. 3A. Forming the horizontal ribs 2d in this shape requires excellent processing properties of the paper sheet for the cup body 2. The horizontal ribs 2d having a gentle curvature as shown in FIG. 3B are easily formed without being limited by the processing properties using paper. In this case, the contact area of the side walls 2a and 3b is increased, and the insulation space capacity is reduced. Page 26 D: \ 2D-CODE \ 87-ll \ 87114168. Ptd 5. Description of the invention (22) In the case of the side wall 2 The contact area of a, 3 b is increased, and the insulation space capacity is reduced, thus deteriorating the insulation properties and causing adverse problems. Therefore, the horizontal rib 2d preferably has a cross-section shown in FIG. 3C. In view of adiabatic properties and processing properties (described later in detail), it is obtained by combining the cross-sectional shape of the horizontal rib 2d shown in FIGS. 3A and ⑽. 4A and 4B are explanatory diagrams illustrating the heat insulation space obtained by the horizontal ribs of the heat insulation container of the present invention. When the thermally insulated container 1 of the present invention is formed, the 'horizontal ribs 2d, 2d may contact the side wall 3b of the body cover 3 as shown in Fig. 4A, or may not contact as shown in Fig. 4B. When the horizontal ribs 2 d and 2 d are not in contact with the side wall 3 b of the body cover 3, the temperature outside the insulated container 1 is low enough so that the insulated container 1 can still be used even after the process of dipping the instant dry food into the boiling water of the container is completed. Holding, but may cause some warpage of the side wall 3b of the body cover 3. The reason is that the non-contact condition of the rib 2d and the side wall causes the adiabatic space to expand, and the up and down circulation of air occurs between the two side walls 2a, 3b, thus allowing uniform heat distribution. The adiabatic trough device 1 of the present invention has a capacity of 2000 to 5000 cc. When the paper cup body 2 whose capacity belongs to the month 'J' is described by a conventional paper cup forming machine, a paper sheet with a basis weight of 160 g / rrf to 300 g / m2 is preferably used. Usually, the inner surface of the cup paper is coated with a thermoplastic resin in an amount of 20 to 80 // m. The inner surface of the paper sheet is coated with an extrusion coating method using, for example, a polyolefin resin such as a low density polyolefin resin, a medium density polyolefin resin, a high density polyolefin resin, a linear low density polyolefin resin, and the like. In addition to the function of protecting the contents contained in the container, the thermoplastic resin layer has improved cup formability, and ensures that the lid is heat-sealed by a heat-sealing method (not shown)

V. Description of the invention (shown in (23)), and provide functions such as good formability of the horizontal rib 2d. As for the paper sheet for the body cover 3, good printing properties and formability of the curled portion are required. The preferred body cover 3 uses a coated fiberboard sheet having a basis weight ranging from 230 g./rrf to 350,000 g / ^ or a cardboard sheet having a basis weight ranging from 160 g / m 2 to 250,000 g / m 2. When the time base weight is below the aforementioned lower limit, the rigidity of the body cover 3 is significantly reduced, and serious warping of the body cover is liable to occur at high temperatures. This results in poor thermal insulation properties. The weight, the aforementioned upper limit, the deterioration of the forming properties of the inner roll 3 & The anti-reliability is set to the disabled. Disposer is easy and the insulation is small. The material of the body cover 3 undergoes a resin coating process or a resin impregnation process to improve hardness, compression resistance, collapse resistance, etc., and thus protects the contents contained in the timed container from external forces. The cereal bowl not only has stable thermal insulation properties as a whole, but also has sufficient rigidity to cause container warpage, which allows to improve the required safety of food containers. The container will be filled with boiling water to contain the instant food in the container and must be held by hand. They eat. These properties are particularly important for the elderly and children and are a major factor in accessibility requirements. Ming) $ The hot container is made of paper, so it is easy to throw away. It is easy to reduce the volume of the container when it is not required to be sorted and discarded. Compared with other conventional thermally insulated containers using foamed plastic as the material, the container of the present invention has excellent waste properties and is environmentally friendly. In addition, the side wall of the thermally insulated container 1 of the present invention does not form an uneven portion, in other words

5. Description of the invention (24) The side wall has a smooth outer surface. Neighboring inner sleeve 3% a =: Out of moderate curvature. Therefore, the heat insulation container j is fine: two: f. It is sealed so as to prevent dust or foreign matter from entering the side = inward. Second, and to prevent liquid from being absorbed in the paper wall sheet constituting the cup body 2. The heat insulation valleyr 1 can maintain hygiene.躅 本 I * 月 身 套 3 has a high degree of printing freedom, because of the conventional printing process such as lithography, gravure °% unlimited connection, and can be accepted until the entire printing process is completed, etc., coating process , Punching process, embossing process, etc. • The manufacturing process such as the top can be used in conjunction with the outer surface of the front U slide to provide absolute;: = processing properties can be further on the side wall of the body cover and / or inside. Layer, so that these parts are prevented from forming a varnish top coat on the wet aj side. Next, the method for manufacturing the heat-insulating container of the present invention will be described. First, a tubular member having a truncated cone shape is formed into a paper sheet. The bottom plate 2 is then fed to the cup to form a machine core using a cup machine to form a machine core from a fan-shaped embryo to form a bottom. Then machine 2 on the tubular part to perform sealing treatment 2d, so that the ^ cup body ^ end is formed to form the outer roll part, and the steps to form the horizontal ribs 2d, 2d are performed, offline conditions. In particular, the horizontal ribs 2d forming the on-line conditions of the machine can be formed without ribs from the cup body 2 to the convex cavity outward, and the flat body 7 whose groove is water is near the forming of the die. The body 3 in the body 2 penetrates the slotted cup body 2 with force. Dan ’s system is extended by 1 § Applying force and rotating at the same time. 5. Description of the invention (25) In the example, when the roller is punched around the entire periphery of the cup body 2, it can form a level-the right part '9 extends continuously through the cup as shown in Figure M. Body 2 entire perimeter. Spring 辕 = When the circumferential direction of the body 2 is only punched in the dividing portion, a horizontal moon can be formed, as shown in FIG. 2A, which intermittently extends over the circumferential horizontal ribs 2d of the cup body 2, and after the formation of 2d is completed, the mold The forming cavity. As shown in FIG. 3C, the horizontal rib 2 (1 has a mild f-curve ^ = the horizontal rib 2d with a sharp end shown in FIG. 3A, and the cup 2 is pulled out in eight, so that excellent formability is obtained. By forming the j flat rib 2d can be formed by using the male and female molds by the stretching method. In :: f: The method of making the sleeve 3 is through printing patterns, slogans, texts, etc. :: ,,, slabs or coated fiberboards to cutting pieces or rolling Sheet i, punched into a fan-shaped blank, apply an adhesive bonding process to such a blank, and use a cup forming machine to form I ## 成 之 扇形 embryo M ^, and take out a shaped body with an inverted frustum, and The lower perimeter of the body thus formed is rolled to form an inwardly rolled portion. The wind body and the cup body 2 are placed inside the body cover 3, and the upper contact portions of the cup body 2 and the body cover 3 are bonded to each other with an adhesive, so that the * ° Phase method, two two * This is not included in the thermally insulated container 1 of the present invention. The joining step of the cup 2 and the lower part of the body cover 3 can be thus completed. The thermally insulated container 30 of the present invention can be supplied to the present invention under stacking conditions. Examples of heat-insulating containers The sample of the heat-insulating container according to the present invention is the cup body 2 Specification capacity: 400cc Valleyr 1 has a stack Due to the nature, plural users. As explained later. Prepare according to the following methods. ---- V. Description of the invention (26) Internal diameter at the upper end of the side wall: 8 8 mm External diameter at the bottom: 66mm Height: 90mm Material: 280g / basic weight The paper sheet of m2 provides the number of horizontal ribs of polyethylene layer of 20 / zm thickness: 2 Body cover 3 Internal diameter of the inner roll section: 66mm Thickness of the inner roll section: 2.5mm Internal diameter of the upper end of the side wall: 8 9mm Two degrees: 88. 5mm Material: The coated fiberboard has a basis weight of 23 0g / ηί. It is provided with printed layers and individual varnish top coating cups 2 and body covers 3, and the upper part and lower part of the cover are bonded to each other with an acrylic emulsion adhesive. 'Therefore, the cup body 2 and the body cover 3 can be integrated and integrated. As for the comparison sample, prepare a thermal insulation device 50 as shown in FIG. 43' ", the second series of the sample of the present invention, but the container 50 does not contain a horizontal rib 2d The boiling water at a temperature of 95 ° C was poured into each sample at 240cc, so the boiling waterline. After 2 or 3 minutes, the middle of each sample was held with a hand. ^ J This is the outer surface temperature of the sample. The aforementioned tactile detection shows the thermal insulation of this sample. Better, the surface temperature outside the former is more than the latter = Keep holding the former sample without feeling high temperature.-° This kind of tactile detection can be performed under two conditions, that is, the heat sense in the gripping condition in the sample of the present invention is almost the same;! = Light comparison sample in the More tight grip than light grip

Feeling hot. Secondly, the production contribution will be explained later. @ &Amp; $ FIG. 5 shows the details of specific examples through the manufacturing method of the present invention. The === container-example ’method showing the February method of the container is composed of a cup body 2 and a body cover 3. Cup 2 is a truncated cone of the rabbit in the same version as shown in Figure 1C. In the second cup: Mouth 2 == with side wall 2a and, after forming the outer roll part, -rib 2e forming -outer roll part 2c Wdirection W W 乂 If the side wall 2a is formed, it is oriented in the direction of the container 1k. Outside raised. Each rib 2e, 2f is used as a water injection line, indicating that the pouring substance is suitable for boiling water. The rib 2f is slightly larger. The amount of protrusion of the ribs 2e, 2a is determined and the two bottoms = faces. The material of the cup body 2 has, for example, a basis weight of 150 to _g / 3 = 3, and the inner surface of the cup body 2 is coated with a coating layer such as polycondensation and waterproofness. , W Bang Hangen and its heat resistance and system: Improve the thermal insulation properties of container i. As shown in the figure "Moon 'body cover 3 is formed by the following steps, curled fan-shaped paper = cone :, combined with the blank 3, both ends 3c, 3c, and processing at its lower end = head. Valley device 1 is prepared by the steps, Apply the adhesive 4 to the cup body a: the joint area (slashed area in Fig. 6) BD, assemble the cup body 2 and the body cover 3 = the upper end portion 3f of the sleeve 3 and the side wall 2a of the cup body 2. The material of the body cover 3 is: 400g / lrf paper sheet. Since the body cover 3 is neither in contact with cold water nor 150, the body cover 3 and the cup body 2 can be exempted from coating. Contact with boiling water Next, the production device of the container 1 will be described with reference to FIGS. 7 to 37 Figs. 7 to Θ show the structure of the production device according to the present invention, which are plan views, Fig. 8 is a front view, and Fig. 9 is a schematic left side.

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd

: Come with body cover forming section 20 and outfit section 30. In the miscellaneous D °, the sleeve 3 is formed from the blank 3 as shown in the example of Figure 6; and ;; the section 3 ° 'the body sleeve 3 and the cup 2 are assembled and joined to each other: into each: area Λ2 ° And the assembly section 30 is provided with turntables 21 and 31, respectively. The 3 series is supported by the main body 11 of the production device 10 so that it can rotate vertically and axially. The main body 11 is a base to which various components of the production apparatus 10 can be attached. The main body 11 is composed of steel and other steel products, and is horizontally installed at the bottom of the factory. The main body n is provided with a motor 12 as a driving power source (see Figs. 8 and 9). A sprocket 13 is mounted on the output shaft of the motor 12. The rotation of the sprocket 13 is transmitted to the sprocket 15, 16 through the chain 14. , And the rotation of the sprocket wheels 15, 16 are transmitted to the turntables 21, 31 through the transmission mechanisms 2 2, 3 2 respectively. The speed reduction ratios from the motor 12 to each of the turntables 21, 31 are equal to each other. Therefore, the turntables 21, 31 are Drive each other on the same night. The movements of the turntables 21 and 31 are intermittent, that is, the turntables 21 and 31 rotate and stop repeatedly. The rotation angle is set to 45 degrees. The rotation direction of the turntable 2131 is set to the counterclockwise direction in FIG. 7. In the transmission mechanism 22, the rotation input cover of the 'sprocket 丨 4' on the gear box 22b is a motion conversion mechanism (not shown), and the rotation of the transmission shaft 2 ia of the turntable 21 (see FIG. 10). 32 'The rotation of the sprocket 16 is transmitted through the sprocket shaft 32a which is integrated with the sprocket 16 to rotate. The sprocket 32b and chain 32c attached to the end of the sprocket shaft 32a are transmitted to the sprocket 32f. Then, the rotation input cover of the sprocket 32f is placed in the gear box. 32f motion conversion mechanism (not shown), and the transmission shaft (also not shown) ) The rotation transmission mechanism 22 may be varied such, details 32. 21 in the outer periphery of the turntable, the spindle 23 is provided-eight. 23 as the sleeve holder body,

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd page 33 V. Description of the invention (29) Therefore, the circumferential direction of the 2 chamber 21 leaves an equal angle (45 degrees) in between. Each ^ f / shape has a body 23a, which has a push-out outer periphery, in which the diameter decreases. The axial direction of the main body 23a of each mandrel 23 follows the direction of rotation j. Eight cup holders are provided on the outer periphery of the turntable 31. South South therefore creates an equal angle between the circumferential direction of the turntable 31 and each cup holder 33 supports the cup 2 in an upright position in the vertical direction. The details are detailed later. During the ft production process, the turntables 21 and 31 are intermittently driven at 45-degree angular intervals, and the s-angle is dedicated to the angular intervals set by the mandrels 23 ... 23 and the cup holders 33 ... 33. Therefore, each of the mandrels 23 stops in steps at eight stations A1 to A8 defined on the outer periphery of the turntable 21, and each cup holder 33 stops at t stations 设置 set apart on the outer periphery of the turntable 31. In other words, the mandrel 23 circulates along a circular path defined on the outer periphery of the turntable 21, and the cup holder 33 circulates along a% path defined on the outer periphery of the turntable 3. In this way, the combination of the motor 12, the sprocket 13, the chain 14, the sprocket 15, 16, the turntable 21, the transmission mechanism 22, the turntable 31, and the transmission mechanism 32 can be used as a transmission device of the body holder and the cup holder. As shown in FIG. 7, the body cover forming section 20 is provided with a crimping device 200 at station A1 as a crimping station, a secondary sealing device 240 at station A3 as a secondary sealing station, and end crimping devices 260, 260 at stations A4, A5 as End curling station, and body cover ejection device 280 as ejection station at station A7. The blank supply device 100 is provided on the side of the curling device. In other aspects, the assembly section 30 is provided with a cup body supply device 300 at the station, rib processing devices 320, 320 at stations B2 and B3 as the driving station, and an adhesive fine addition device 340 at the station B4 as the application station. The conveying device 36o is at the station B5 as a conveying station ', and the body fitting device 380 is at the station. 2i 31 per turn

d: \ 2D-C〇DE \ 87-11 \ 87114168. ptd page 34

V. Description of the invention (30) Stop after rotating 45 degrees, each device performs its proper processing work. The main sleeve forming section 20 'in the body cover forming section 20' is provided to be associated with each of the mandrels 23. Note that the main sealing device 220 is only illustrated at the stations A2 and ... shown in FIG. 11 to 15 show details of the blank feeding device 10 (). The device 100 is supplied to the blanks 3 illustrated in FIG. 6 one by one at station A1. As shown in FIG. 7 and FIG. 12 to “Understandably, the device 100 includes a pair of rails 101 and 101 for guiding the blank 3 by supporting the two ends at the bottom, and the guide plates 102 and 103 are arranged. The blank 3 can be placed in the middle to prevent the blank 3 'from sagging or rising. As shown in Fig. 7, the blank 3 is tied to the direction of the end 3C of the blank 3' from the rail 101, 10 Guidance. In order to tune the blank 3, the center and the central axis of the mandrel 23 in the upright direction of the station M, perform 101, 101 at the station A1 tilted by the central axis of the mandrel 23. As shown in Figures 7 and 8 The blank material supply device is provided with a blank material conveying unit 1 for conveying the blank material 3 'to one end of each holder 101 (the left-hand side of Fig. 7), the first plant and the second chain conveyor 12 and 14. (Refer to FIG. 8) Feeding the blank 3 'along the rails 101 and 101, and the adhesive applicator 17 for applying the binder to the blank 3 and end 3c of the rail j0i. 1 2 To understand the example, the blank conveying unit includes a blank holder 111 with a vertically extending rod 112 ... 112. The rod 112 ... is arranged along the contour of the blank 3 with a suitable interval in between Interval. Set the bottom of each pole 112 to prevent The blank 3, the enlarged enlarged portion 112a, and a large amount of blank 3 are stacked in the enlarged portion 112a .. 112a and the capacity is in the space surrounded by the rod in .. 112. The blank is pulled under the blank holder 111 Extending piece 113. The blank stretch piece u is connected to the piston rod of the pneumatic cylinder 114 installed on the main body 丨 丨 ", page 35 D: \ 2D-CODE \ 87-ll \ 87114168. Ptd 5. Description of the invention (31) Move. · The blank stretch piece 113 is provided with a plurality of suction U5... 115 at its upper end. Holding = When the stretcher 113 is driven upward, the suction head contacts the blank 3 which is set to be sucked by the blank holder, and the air is driven down from the sticky surface of each suction head 115. The suction head 115 reaches the blank 3 '. Subsequently, the blank stretcher 113 is moved and the blank 3 'that has adhered to the suction head 115 is under the enlarged section 112 "one more cow D out of the blank holder 111. Then the blank stretcher 113 is sucked in Two Π two drives, so the blank material 3, the two ends meshing and holding 101, 101, at the same time by the air termination and from the blank material 3, release the tip u 5. 141 eight pictures ^ 2, ^ 5 The chain conveyor 1 2 0, 1 40 contains two chain lines 121, 14ΐΓΐ # / σ / ν 1〇1 '1〇1 settings. The chains 121, 141 are provided with nails 121a, as shown in the figure; 121, 141 transmits the feed force to the blank 3, 1 22 1 22 ^ No, the first chain conveyor 120 is equipped at one end with a sprocket shaft attached to the sprocket shaft 123 and can rotate together with the sprocket shaft. The sprocket 124 is connected Key private rotation support, one end of the sprocket shaft 123 is connected through the clutch 131. As shown in Figs. 7 and 8, the sprocket 125 is transmitted through the transmission mechanism 132 and the bismuth to the motor 130 of the main body 11. The transmission mechanism 131 is transmitted through the belt 135 and Chain 136: and the transmission mechanism 131 is turned to the key wheel 125 through the shaft 疋 of the sprocket transmission mechanism (refer to Figs. 7 and 8). The details of the branch structure 1 3 1 can be variously changed. 浐 1 ~ 6; L By. 'The first chain conveyor 12 ° is also equipped with a chain oblique spine at the other end; ^ * Each sprocket 126 is mounted on the sprocket shaft 142 so that it can be supported by the 142 series by the main body 11 (see reference) Figure 7). So

87334168.ptd Page 36 Repair JE Summer

The chains 121, 121 can travel with the rotation of the motor 13 regardless of whether the sprocket shaft 142 is rotated or not. According to the travel of the chains 121, 121, the blank 3 'fed by the blank conveying unit 11 () in the 101,101 round is conveyed to the second chain conveyor 14o. The second chain conveyor 14 is equipped with a sprocket 143, which is attached to the sprocket shaft 142 and thus rotates with the coaxial 142. The sprocket shaft 142 is connected to the transmission shaft 213 of 1:21 (refer to FIG. 10) through the transmission mechanism 150. In this way, the chains 141, 141 travel a predetermined distance along with the 45-degree angle of the turntable 21. In this way, the sheet 3 is supplied below the mandrel 23 of the station A1, and the mandrel 32 is carried at the station 8 at the same time. The transmission mechanism 15 transmits the rotation toward the blank material supply device through the chain 151, the sprocket 152, the bottom bracket 153, a pair of bevel gears 154, 155, and the bottom bracket 156 to transfer the rotation of the sprocket 211 mounted on the transmission shaft 21 & 100 side (refer to FIGS. 7 and 8); and the transmission mechanism 15 transmits the rotation of the center shaft 156 to the sprocket shaft 142 (see FIG. 13 and 14). The details of the transmission mechanism 150 can be varied. As shown in FIGS. 7, 14 and 15, the adhesive applicator 170 includes a tray 171 of a liquid condition adhesive 'a dipping roller 72 immersed in the adhesive of the tray 71 1 and an application roller 173 contacts the dipping Crush roll 172. The impregnation roller 172 is rotatable together with the first shaft 134 of the first chain conveyor 120. The application roller 173 is connected to the center shaft 134 through a pair of gears 175, 176 and a gear shaft 177, and is rotatable together with the center shaft 134. The application roller 173 is provided so that its outer peripheral surface can contact the blank 3 'end 3c supported on the rail 101, 100m. Therefore, if the motor 130 is activated and starts to rotate, the impregnating roller 1 7 2 and the application roller 1 3 3 rotate according to the motor 1 30, so the adhesive in the disk 1 71 passes through the outer peripheral surfaces of the impregnating roller 172 and the application roller 173. Transfer to the 3 'end of the blank 3c.

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd p. 37

16 and 17 show details of the curling device 2000. Device 200 device 100 is curled and conveyed to the blank 3 'of station A1 and wrapped around the mandrel 23. It includes a holder 201, and a linear motion guide unit 200 is provided for connecting the holder to the main body 11 and placed vertically. In the direction of movement, the pneumatic cylinder 203 is provided for driving the clamping member 201, and a pair of pneumatic cylinders 205 and 205 are mounted on the clamp 201 and can be pivoted by pins 204, 204 as fulcrum. The well-known device of the linear motion guide 2 action m has a direct grip 202a and a sliding end of a piston rod 205a which slides on each of the pneumatic cylinders 20 5 and is provided with a pin 207 which can be rotated by a shaft. Annex 20 6. Attachment 206 is connected to the support piece 201 and the pin 208 can be pinned; the pivot point of the fulcrum and the blank curling block 210 are set. The block 21 is formed with a concave surface 21a which is curved along the outer peripheral surface of the center. The attachment 206 can be pivoted within a predetermined range with the pin 207 as the axis based on the reciprocating motion of the piston rod 2005a of the pneumatic cylinder 2 05. When the blank 3 'is conveyed to the station A1 by the blank supply device 100, the piston rods 20a are fixed to their retracted positions as indicated by the dotted line in FIG. 16, so that the attachments 20 6, 20 6 are kept away from each other. After the blank 3 'is carried at the station A1, the supporting member 201, the pneumatic cylinder 205, the accessory 206, etc. are driven upward together, and the blank clamping block 2ι thus mounted on the supporting member 201 is in contact with the blank 3' The blank 3 'is thus pushed onto the mandrel 23. Therefore, it is possible to prevent the blank 3 'from being caught by the mandrel during the curling operation, slipping off, shifting, and the like. Subsequently, the piston rod 205a of the gas M5 is convex as shown by the solid line in FIG. 16, so the attachments 206 are turned upward and become closer to each other. Therefore, the blank material 3 carried in the station "is engaged with the blank material curling block 210 and is curled up and punched on the mandrel 23 (refer to Fig. 16). At this time, the two ends 3c, 3c of the blank material 3 overlap each other to form the bonding line 3 (1 (see Figure 6).

V. Description of the invention (34) It is necessary to adjust the movement of each accessory 206 and set one end 3c of the adhesive application inside the other end 3c. This adjustment is performed, for example, by changing the positions of the pins 207, 207, so that one end 3c with the adhesive attached is first pushed onto the mandrel 23, and then the other end 3c is pushed down. After the curling process of the blank 3 'is completed, the accessory 2 06 is driven by the pneumatic cylinder 2 05 to the position indicated by the dotted line in FIG. 16 and is ready for the next rotation of the turntable 21. The supporting member 201, the pneumatic cylinder 2 05, the accessory 206, etc. The pneumatic cylinders 20 3 are driven downward together. After the turntable was rotated again and the carrier 23 was transported to the station A1 and the new blank 3 'to the station A1, the support 201 and the like were driven upward by the pneumatic cylinder 203 again and the attachment 206 was driven upward to curl the blank 3' . The blank curl block 210 can be replaced according to the size of the mandrel 23. The vertical position of each accessory 206 can be adjusted by pneumatic cylinder 203 as needed. The bonding wire 3d of the blank 3 'curled up on the mandrel 23 is punched to the mandrel 23 and heated by the main sealing device 220. As shown in FIG. 10, the main sealing device 220 includes a pneumatic cylinder 2 2 1 disposed above the mandrel 23, and a stamping block 2 2 2 attached to the movable portion 221a of the pneumatic cylinder 221. The pneumatic cylinder 221 is mounted on the turntable 21 through a bracket 223. In this way, the pneumatic cylinder 221 and the stamping block 2 22 can move together with the mandrel 23 according to the rotation of the turntable 21. The movable portion 221a of the pneumatic cylinder 221 can be driven in a vertical direction. The stamped block 222 is inclined along the outer peripheral surface of the mandrel 23, and the length of the block 2 22 is almost equal to the length of the mandrel 23. The stamping block 2 22 is equipped with a heater (not shown) and heating to an appropriate temperature such as 100 ° C to accelerate the bonding of the blank 3, the ends 3c, 3c. When the curling device 200 curls the blank 3 'on the mandrel 23 at the station A1, the movable portion 2 21 a retracts upward, and the punching block 2 2 2 is kept away from the mandrel 23.

D: \ 2D ~ CODE \ 87-ll \ 87114168. Ptd page 39 1 '~~~

____ f · '25. Description of the invention (35) Use the hearth in the curling device 200 to curl the blank 21 from the blank curling block 21 onto the blank 3, and then move the movable part 22 la of the pneumatic cylinder 221 downward, and The heated stamping block 222 is punched to the joint line 3d of the blank 3 ', and then the blank curling block 21 is moved away from the mandrel 23. Therefore, the bonding wire 3 d is pressed and heated to accelerate the bonding. The heating and punching by the punching block 222 are continued until the mandrel 23 reaches the station A7. After the mandrel 23 arrives at the station A7, the movable part 221a of the pneumatic cylinder 221 moves upward, and the stamping block 222 moves the centrifugal shaft 23. The blank 3 (the joint line is repeated by the main sealing device 2000) is transferred from the station A1 to the station A2 according to the% of the turntable 21, and is carried on the auxiliary sealing device 240 according to the next rotation of the turntable 21 ( (See Figures 7, 18, and 19). The auxiliary sealing device 240 is provided with an end protruding from the mandrel 23 for pressing and heating the bonding wire 3d so as to accelerate the bonding thereof. In other words, in the apparatus 10 for producing this specific example, the body 23a of the mandrel 23 is shorter than the blank 3 curled thereon. The reason for this arrangement is the curled blank 3, and the curled portion 3a (see FIG. 6) is formed at the lower end of the 3 without changing the heart. If the body of the heart palate ... the length f is greater than or equal to the length of the blank 3, then the body 23a is formed by curling the blank 3, and the end is recognized, so the curled portion 3a cannot be formed without moving the blank 3 by the mandrel 23. In other aspects 23 :: For example, the shaft 23 is shorter than the blank 3 '. One end of the tank is punched by the mandrel because of the punching block 222 of the main sealing device 220. 2 Auxiliary fork seal and crack 240 is only added for the joining of the stamping and heating protrusions 3e. 'Auxiliary sealing device 240 includes-the base 241 is installed on the support ϋ Λ body 11'-the pneumatic cylinder 242 is installed on the base 241,-support The piece 243 is attached to the movable part 242a of the pneumatic and steam rainbow, a pneumatic cylinder

87ll4l68.ptd Page 40. Revised page V. Description of the invention (36) 244 is installed on the supporting part. The two adjacent cylinders of the power cylinder 244 =, and a pair of clamps 245, 245 are attached to the air can be pointed by the arrow. display). The moving direction of the moving part of the pneumatic cylinder 242 is from the V plane to the plane = where the angle of the axis is substantially in accordance with the outer peripheral surface of the cylinder. * The direction of the tilt is as the arrow ζ on the surface. The clamp 245, 245 is slightly vertical and 24 ^ The body does not drive each other in the opposite direction by the rolling force cylinders 244. A heater (not shown) inside each cover is heated to an appropriate temperature. Second, the heating temperature is higher than the plus e of the stamping block M of the main sealing device 22. . For example, the centerpiece 245 is heated to about 18 rc and the stamping block 222 is heated to the operation of the jig 245 shown in Figs. 2jA and 20B. When the turntable 21 rotates, the movable portion 242a of the pneumatic cylinder 242 shown in Fig. 18 is located in the retracted position. The fixture is fixed at the position illustrated in FIG. 20A. At this time, there is a space between the fixtures 245, 245 to accommodate the bonding line 3 'of the blank 3'. The turntable 21 rotates and the mandrel 23 moves from station A2 to station A3. The movable part 242a moves toward the turntable 21, and each clamp 245 moves to a position where the bonding line 3d of the blank 3 'overlaps. Next, the clamps 245, 245 driven by the pneumatic cylinder 244 are close to each other, so the bonding line 3d is clamped. Between 245 and 245, as shown in Figure 20B. Therefore, the adhesive applied to the preparation line 3d is heated to accelerate its adhesion. The bonding line gd is punched and heated by the clamps 245, 245 for a predetermined time, and the clamp 245, 245 returns to the position illustrated in Fig. 20A and allows the turntable 21 to perform the next rotation. As shown in Figs. 18 and 19, the base 241 is provided with a fixed portion 241a and a movable portion 241b attached to the fixed portion 241a, so it can be vertical Move in the direction 俾 according to the joint line 3 'of the blank in the vertical direction The position adjustment jig 245 positions. Sag

D: \ 2D-C0DE \ 87-11 \ 87114168. Ptd p. 41

The extended adjusting bolt 246 is rotatably attached to the fixed portion 24ia, and the upper portion thereof is inserted into the movable portion 241b. If the fixed part 2 仏 is connected and the movable part 247 is loosened, the adjusting screw is rotated at 9 "μ 'the tired muscle bolt 246 is rotated, and the movable part 241b is moved in the vertical direction', so the vertical position of the clamp 245 is changed. ^ = The blank 3 processed by the sealing device 240 is transported to the end curling device 26 of the station A4 according to the next turn 2 of the turntable 21, and is carried at the end curling device 26 of the station A5 along with another rotation of the turntable 21 ( ). Each device 2 has a curled portion 体 of the body cover 3 (refer to FIG. 6). H 罝 M is used to form a production line 所示 to 23 ′. The end curling device 260 includes a bottom 261 and is mounted on the main body 11 of the device 0. A pneumatic cylinder 2 62 is mounted on the base 261, a movable plate 264 is mounted on the upper end of the seat 261 through a pair of linear motion guide units 263, 26 3, and a motor 26 5 is mounted on the upper portion of the movable plate 264. Pneumatic production-cylinder The piston rod 2 62a of 262 can move in the axis ^^ direction of the mandrel 23 of the parallel station A4 or A5, and the rail 263a of the linear motion guide unit 263 extends in the direction of the parallel piston 262a movement direction. The movable plate 264 supports at On the sliders 263b, 263b of the linear motion guide unit 263, and through the coupling plate " Pneumatic cylinder 262 to the piston rod 262a. An adapter 267 is mounted on the output shaft 26 5a of the motor 265 so that it can be rotated along with the 'disc-shaped mold 268' by using bolts 26 9, 269 to detachably attach to the end face of the adapter 267. The die 268 is coaxial with the output shaft 265a, and a groove 2 68a is formed on an end surface of the die 268 to form a curled portion 3a to surround the die 268 around its axis. The mold 268 and the output shaft 2 6 5a are also coaxial with the spindle 23. The mold 268 moves in the direction of the central axis of the mandrel 23 based on the movement of the piston rod 262a of the pneumatic cylinder 262. When the turntable 21 rotates,

D: \ 2D ~ C0DE \ 87-11 \ 87114168. Ptd page 42 V. Description of the invention (38) The piston rod 262a is retracted, and the mold 268 is fixed away from the blank 3, as shown in FIG. 21. The motor 265 is driven regardless of whether the turntable 21 is rotated or not. When the turntable 21 stops, the piston rod 262a of the pneumatic cylinder 26 moves toward the mandrel 23. The mold 26 8 rotates to contact the blank 3 with its axis as the axis, and the 8 portions 3e are inserted into the mold 268. The inside of the groove 268a is curled inward along the outline of the cut groove 268a. The mold 268 contacts the blank 3, and after a predetermined time, the piston rod 262a of the pneumatic cylinder 262 returns, and the mold 268 returns to the position illustrated in FIG. 21 as an example. When the primary and secondary mandrels 2 3 are carried at both stations a 4 and A 5, the mold 2 68 '268 is repeatedly driven back and forth to form a raised portion 仏 into the curved portion 3 d of the body cover 3. Note that the crimped portion 3a is formed halfway from station A4, and is completely formed at station A5. The reason why the crimped portion 3d is formed in two steps is to force-free processing in order to form a large crimped portion. The moving amount of the mold 268 and the outlines of the notches 268a of the stations A4 and A5 are different from each other. In this way, the sleeve 3 is prepared through the processing of the aforementioned stations A1 to A6, and the completed sleeve 3 is transferred to the assembly station 30 by the sleeve ejection device 28 of the station A7. As shown in FIGS. 24 and 25, the body cover ejection device 2 80 includes a support member 281 fixed to the device 10 main body 11, a motor base 283 is mounted on the support member 281 through a linear motion guide 70282, and a pneumatic cylinder 284 Mounted on the support member 281, a motor 285 is mounted on the upper end of the motor base 283, and a roller 286 is mounted on the output shaft 285a of the motor 285. The linear motion guide unit 282 is provided with a rail 282a extending in the vertical direction, and the motor base 283 is connected to the slider 282b of the linear motion guide unit 282. The pneumatic cylinder 284 is provided with a movable part 28 and connected to page 43 D: \ 2D-C0DE \ 87-11 \ 87114168. The movement of the portion 284a moves in the vertical direction. The output shaft 2 85a of the motor 285 extends in the direction perpendicular to the axial direction of the mandrel 23 of the station A7. When the turntable 21 rotates. The movable portion 284a of the pneumatic cylinder 284 retracts downward, and the roller 286 moves away from the mandrel 23. Regardless of whether the turntable 21 is rotated or not, the wheel output shaft 285a of the motor 285 rotates counterclockwise in FIG. 25, as indicated by the arrow cCW. After the turntable 21 rotates and the body sleeve 3 on the mandrel 23 is carried at the station A7, as described above, the stamping block 222 moves the centrifugal shaft 23, and the movable part 284a of the pneumatic cylinder 284 is driven upward to press the periphery of the roller 286 outside The body sleeve 3 on the mandrel 23 is illustrated by the dotted line example in FIG. 25. Therefore, the body cover 3 is removed from the mandrel 23 according to the rotation of the roller 286 and ejected toward the assembly section 30 as indicated by the arrow F. The ejected sleeve 3 is received by the sleeve delivery device 360. The details are detailed later. After the roller 2 8 6 maintains the raised position for a predetermined time, the movable part 284 of the pneumatic cylinder 284 returns to the position indicated by the solid line in FIG. 25 to allow the next rotation of the turntable 21. 26 and 27 show details of the cup supply device 300. Pei Chi 300 is a cup holder 33 for conveying cup 2 to station B1 in an inverted position, and includes a bottom plate 30 which is set above station B1 and is horizontally supported by production unit 10. It is arranged above the plate 31 so as to be parallel to the bottom plate. The bottom plate is formed with a through hole 303 coaxial with the axis of the cup holder 33 of the station B1. The inner diameter of the hole 303 is larger than the outer diameter of the cup body 2 at the curled portion 2c. Six rods 304 are provided around the through-hole 303, and a certain distance is left between the circumferential direction of the hole 303 (refer to FIG. 9). ^ The pole number cup 2 is stored in the office in an inverted position.银 银 _ μ 夕 kρ π λ, the vertical direction of jian. The cup 2 stored in the M has been formed with all components except the ribs 2e and 2f.

V. Description of the invention (40) Six pulleys 305a, 305b, .... 305 are provided on the bottom plate 301. The motor 306 is mounted on the motor base 302, and the pulley 305a is nested in the output shaft 306a of the motor 306, so it rotates with the motor. The other pulleys 305b and 305 £ are fitted to the pulley shaft 30 7... 30 7 and rotate with the pulley shaft. Each pulley shaft 307 is rotatably supported by the bottom plate 300. Between the pulleys 3053 to 305 1 ', there is an extension belt 3008 which can rotate the pulleys 305a to 30 5f together according to the rotation of the output shaft 306a of the motor 306. The two pulleys 305b and 305f are adjacent to the pulley 305a, and the pulley 305d disposed on the opposite side of the pulley 305a of the through hole 303 is connected by a roller 309... 309 through a pulley shaft 307. Each roll 309 is formed with a spiral groove 309a on its outer peripheral surface. The roller 309 protrudes slightly inward in the radial direction from the outer circumference of the hole 303, and the two cups 2 are supported by the lower end by a roller 309. When the motor 306 is driven in a fixed direction, it is set on all the cups 2 ... 2, and the curled part 2c of the cup 2 is the cut of the intermeshing roller 309. The rotation of the top 9 and the rotation Feed. Therefore, the cup body 2-: between the rod 3 ° and 4 '> LogV / Λ ^ # ^ # 1 33 0 ^ ^ # * 31 ^ # 45 ^ ^ The roller 30Θ is driven backward to a predetermined angle to supply the cup clamp住 器 33。 33. The basket 2 carried on the station 81 and the cup body 2 on the cup holder 33 follows the turntable to the rib processing device 32 of the station B2, and further moves downward to the rib processing device 32 of the station B3. D-turn 31 again Figures 28 and 29 show that the holder 33 of the rib processing device 320 includes a vertically extending support shaft 40A. The device 320 and the cup clamp nut 41 are sleeved on the screw portion 40a of the supporting shaft 40, and the outer periphery of the screw shaft 31 is a rotating barrel 43 as a rotating portion, and the transparent shaft 40 is on the rotating table 31

87114168.ptd Repair on page 45 Totally through bearings 42A, 42B Rotary V. Description of the invention (41) The outer periphery of the U holding shaft 40, a spacer 44 is set on the shaft and coaxial with the mold module 45, 46 and the cover 47. At the lower end of the rotating barrel M, a driven wheel 43a is formed as a rotation input portion coaxial with the support shaft 40. The spacer 44, the die assembly 45'46, and the cover 47 can be detached from the rotating barrel 43. The die assemblies 45, 46 are particularly associated with the rotating barrel 43 and rotate with the barrel using the fixing screw 4. ^ The die assemblies 45, 46 are provided for forming the ribs 2f, 2e, and the flanges 45a, 46a are formed on the outer periphery. Each flange 45a, 46a functions as a contiguous function and is coaxial with the rotating barrel 43, and the cross section of the outer peripheral portion is formed in a circular shape. The lid 47 has a bottom support portion 47a formed at the upper end thereof and supports the bottom portion 2b of the cup body 2 from the inside. When the bottom rib contacts the bottom support portion 47a, the flanges 45a, 46a almost contact the inner surface of the side wall 2a at the forming positions of the ribs 2a, 2e. In this way, the periphery of each of the flanges 45a and 46a functions as an abutting portion. The thicknesses of the flanges 45a, 46a, i.e., the dimensions in the vertical direction in Fig. 30, are adjusted according to the widths of the ribs 2f, 2e. The vertical positions of the flanges 45a, 46a can be adjusted by changing the thickness of the spacer 44. If the width of the rib changes according to the type of the cup body 2, it is better to damage multiple types of mold components, each of which corresponds to a different type of rib. A mold module that matches the ribs to be processed by the cup body 2 can be connected to the rotary machine. Tube 43. As shown in FIGS. 28 and 29, the rib processing device 320 is provided with a rotation driving mechanism 321 for rotating the cup body 2 and the cup holder 33, and a punching mechanism 330 for punching the cup body to the die assemblies 45 and 46 during rotation. The ribs 2e, 2f, and a restraint mechanism 3 3 6 prevent the cup 2 from moving upward during processing. The rotary drive mechanism 3 21 includes four rods 322 ... 322 mounted on the main body 11 of the device 10, a motor base 323 mounted on the upper end of the rod 322, and a motor 324 mounted on the motor base 323. Motor 324 sets an upwardly raised input

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd page 46 _-- __ 丨 Tengxin 0½ correction ''

5. Description of the invention (42) The output shaft 324a and a driving wheel 325 are used as the rotation shaft 324a. When the rotation of the cup holder 33 with the turntable is less than the output B3, the driving wheel 325 contacts the cup holder 3 station B2 or the barrel 43 according to the output correction of the motor 324 and allows to rotate 3! During rotation, the driven wheel 43a moves away from the rotation between the driving wheels 3 25 H. When the rotating table 31 rotates a predetermined angle, that is, 45 :: = win 43: The driven wheel 43a of a cup holder 33 contacts the driving wheel 325 θ Rotational transmission. The paste 25 is therefore allowed to be shown in detail as shown in FIG. 30. The stamping mechanism 33 includes four rods 33m. The motor base 323 extends vertically and a bracket 332 is installed on the side of the vehicle. On the bracket 332, the previous clamp-holding, 3 34 is attached to the piston rod 33 仏 of the pneumatic cylinder 333, and a punch, ° through bearing 334a, 334a is rotatably mounted on the shaft portion 3 of the holder 334a The outer peripheral surface of the roller 3 3 5 is formed into a pushing surface “inclined” along the side wall of the cup body 2 (see FIG. 6), and the groove 33 5 is formed with a semicircular profile. In B2, the outer periphery of the groove 335a of the stamping roller 335 is complementary to the outer periphery of the flange ^, and the punching groove 3335 of the station B3 is 335. The outer periphery of the complementary flange is 0. The bracket 332 is installed on The lever 331 can be adjusted along its vertical position. At station B2, the position of the bracket 332 is adjusted to position the cut groove 335a and flange 45a of the stamping roller 335 in the same vertical position; and at station B3, the position of the bracket 332 is adjusted to position the cut of the stamping roller 335. The grooves 335 & and the flanges 46 & are in the same position in the vertical direction. The restraining mechanism 33 6 includes a bracket 3 37 mounted on the upper end of the rod 331, a pneumatic force

V. Description of the invention (43)-The cylinder is installed at the end of the bracket 337 as the transmission power source and is oriented downward, and a restraint plate 339 is rotatably coupled to the piston rod 338a of the pneumatic cylinder 338 'through a bearing 339a. When the piston rod 338a of the pneumatic cylinder 338 is moved downward, the restricting plate 339 contacts the bottom 2b of the cup body 2 thereby preventing the cup body 2 from rising during the process of forming the rib 2f9. The operation of the rib processing device 320 at the station B2 is as follows. When the turntable 31 stops after the predetermined angle of rotation and the cup 2 is supplied to the station B2, the transmission wheel 325 and the cup are clamped, and 33 is in contact with each other. Therefore, the rotating barrel 43 and the cup 2 of the holder 33 are lost. 'The axis of the device 3 3 is that the shaft is driven by rotation. In this case, the restraint mechanism, the pneumatic cylinder 3 38 of 336 is actuated to bring the restraint plate 339 into contact with the bottom of the cup 2 ", and at the same time, the piston rod 3 33a is raised to move the stamping roller 335 toward the side wall 2a, as shown in Fig. 31 a The arrow indicates. As a result, the stamping roller 335 contacts the side wall 2 & and the side wall 2a is pushed inwardly 'as indicated in Fig. 3 1b. Therefore, the side wall 2 a is sandwiched between the notch 3 3 5 a and the flange 45 a' side wall 2a The elastic deformation causes the rib 2f to serve as a water injection line. At this time, due to the rotation of the cup 2 and the flange 4 5a, the contact position of the stamping roller 3 35 and the side wall 2a changes with rotation, so the rib 2b gradually moves in the circumferential direction of the cup 2 Forming. Therefore, comparing the example of forming the entire rib at one time, the force required to form the rib in the cup body 2 can be reduced. Since the roller 33 5 rotates green with its axis as the axis, the roller 3 35 and the side wall can be reduced. The friction between 2a reduces the load applied to the cup 2 during the production of the ribs. After the stamping roller 335 rotates around the cup 2 one or more times, the piston rod 335a retracts to separate the stamping roller 335 from the side wall 2a, as shown in the figure. As shown in 31c. Except for the part placed between the cut groove 335a and the flange 45a, the side wall 2a is elastically restored. Its original shape, such as a fill line of the ribs 2b of the cup body 2 is formed around the entire

The side wall 2a is convex outward. The restraining plate 339 of the restraining mechanism 336 is pulled up simultaneously with the detachment movement of the stamping roller. For example, the stamping mechanism 33Q is used as a radial power, the dust roller 335 is used as a female mold assembly, and each flange 45a, 46a is used as The mold assembly and the restraint mechanism 336 serve as a restraint device. The cup 2 with the rib 2b formed thereon is sent to the station B3 with the next rotation of the turntable 31. At the station B3, the stamping mechanism 33 and the restraint mechanism 336 are driven. The rib 2e is formed on the side wall 2a in the foregoing manner. The work of the stamping roller 335 and the flange 46a on the side wall 2a is similar to that illustrated in Figs. 31A to 31C, so it will not be repeated. The cup 2 on which the rib 2e has been formed is The adhesive application device 340 carried in station B3 (refer to FIG. 7). When the cup 2 is moved from station B3 to station B4, the wheel 43a is separated from the driving wheel 3 25, and the rotation transmission during the interruption is stopped. Inertia is therefore kept at station B 4 for a while. As shown in FIG. 32, the adhesive application device 34 is provided with a spray gun 341, and can spray the adhesive 4 on the side wall 2a (see FIG. 6). Each time the cup body 2 is fed to the stand by the turntable 31, the spraying 341 shoots out the adhesive 4 for a period of time. Due to the rotation of the cup 2 at the station B4, the adhesive 4 ejected from the spray gun 34 1 is evenly applied to the BD of the cup 2 area (see FIG. 6). σ The cup 2 on which the adhesive 4 has been applied at the station B4 is fed to the sheath delivery device 360 provided at the station. 33 and 34 show details of the device 360. The body cover delivery device 360 is used to receive the body cover 3 and the cup body 2 ejected from the body cover forming section 20. The device 360 includes a support member 361 mounted on the device 10 main body '11' and a transmission shaft 36 2 supported on the support member 361. The horizontal shaft can rotate as an axis, and an indexing table 363 is attached to one end of the transmission shaft 362. The transmission shaft 362 is connected to the intermediate shaft through a pair of bevel gears 364, 365, and its transmission comes from the turntable.

V. Description of the invention (45) 21 The rotary blank feeding device 100. When the turntables 21, 31 rotate 45 degrees, the transmission shaft 362 and the indexing table 363 rotate and rotate 90 degrees counterclockwise, as indicated by the arrow CCW in FIG. 33. The indexing table 363 is provided with four fixing plates 366 ... 366 on the outer periphery. Each fixing plate 366 is formed with a through hole 3 6 6a, and the body cover 3 is fitted therein. The axis of the through hole 366a extends in the radial direction of the indexing table 363, and the hole 366a is pushed. Its diameter gradually decreases toward the center of the index table 363. Each time the indexing table 363 rotates 90 degrees, the fixed plate 366 moves 90 degrees around the center of the indexing table 363, so each holder 366 stops at the positions C1 to C4 one by one. Positions C1 to C4 are set to the right, top, left and bottom of the index table 363, respectively. At position C1, the through hole 366a of the fixing plate 3 66 is set coaxially with the mandrel 23 of the station A7 at the body shaping area 20; at position C4, the hole 366a is set coaxially with the cup holder 33 of the station B5. Therefore, the body cover 3 removed from the mandrel 23 by the roller 286 (see FIG. 25) at the station A7 is inserted into the hole 366a of the fixing plate 366 at the position C1. The body cover 3 carried to the position C4 falls from the fixing plate 3 66 to the cup holder 33 located below the holder 366, and is sleeved on the outer periphery of the cup body 2. As can be clearly seen in Fig. 34, pneumatic cylinders 3 71, 374 are provided near the index table 363. The pneumatic cylinder 371 is supported on the main body 11 through the rods 369 ... 369 and the bracket 370 'and the pneumatic cylinder 374 is supported by the bracket 370 through the sub bracket 373. Pneumatic> The cylinders 371 and 374 have movable portions 371a and 374a, which can be respectively protruded downward 'and push plates 372 and 375 are attached to the movable portions 371a and 374a, respectively. Each time the indexing table 363 rotates 90 degrees, the movable parts 371a, 374a are driven downwards at least once, and thus the body cover 3 at the positions C2, C4 is depressed. Therefore, the body cover 3 at position C2 is pushed into the hole 366a of the fixing plate 3 66 to align the center of the hole 36 6a, and the body at position C4.

D: \ 2D-CODE \ 87-l1 \ 87114168. Ptd Page 50

The sleeve 3 is exactly ejected by the hole 336a. The cup body 2 covered by the body cover 3 is fed to the body cover fitting device 38 of the station B6 with the next rotation of the turntable 31. 35 and 36 show the details of the device 38. The body sleeve mating device f80 includes a post 381 mounted on the main body 11 and a bracket 382 mounted on the post 381. The pneumatic cylinder 383 is suspended from the end of the bracket 382, and the mating fixture 385 is connected to the pneumatic through the support rod 384. The piston rod 3833 of the cylinder 3 83 is shown in detail in FIG. 37A. The mating jig 385 includes a disc-shaped jig body 386 and six pins 387 ... 387 arranged around the center axis of the jig body 386. The combination of pin 387 functions as an alignment device. The jig body 386 is fixed coaxially with the cup holder 33 of the station B6. The main body 36 is formed with a concave portion 386a at the lower portion, and a push-out surface 386b and a stepping portion "仏 at the periphery of the concave portion 386a. A pin 387 is attached to the clamp body 386 and can be moved in the vertical direction. At the upper end of the pin 387, a ring 388 is provided. In order to prevent the pin 387 from falling from the clamp body 386, and the pin 387 is formed with a flange 387a to prevent the pin 387 from being ejected upward through the clamp body 386. The lower end of the pin 387 is formed with a push-out portion 38 7b. The lower end of the pin 387 may be rounded instead. Pushing part 387b. When the turntable 21 rotates, the clamp body 386 is maintained at a position higher than the pneumatic cylinder 383, as shown in Fig. 35. At this time, the pin 38 7 is held in the lowered position due to its weight 'as shown in Fig. 37A 'And its push-out portions 387b are respectively projected downward by the clamp body 386. After the cup body 2 covered by the body cover 3 is sent from station B5 to the turntable 31 to the station B6, the clamp body 385 borrows the pneumatic cylinder 38 3 It is driven back and forth in the vertical direction at least once. Therefore, if the body cover 3 is not aligned on the cup body 2, as shown in FIG. 37A, the push-out portion 387b of the pin 387 contacts the lower end of the curled portion 3a with the downward movement of the price 385. In this way, the crimping part 3a moves the borrow pin 387 in the radial direction, so that

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd page 51 5. Description of the invention (47) '' Tangent body sleeve 3 and cup body 2. When the jig 385 is moved down to a predetermined position, the pushing portion 387 & contacts the lower end of the inner surface of the side wall 2a (above the end of FIG. 37C) ^ In this case, even if the jig 385 is further driven downward, since the side wall 2a Resistance, the pin 387 cannot move inside the side wall 2a, so that the pin 387 grips the clamp body 386 and moves relatively upward. In other respects, the curling portion 3a of the body sleeve 3 contacts the pushing surface 386b of the jig body 386 and is thus aligned and pressed downward by the stepping portion 386c. As a result, the inner surface of the upper end 3f of the body cover 3 contacts the bonding area BD (see FIG. 6), so that the body cover 3 and the cup body 2 are exactly adhered to each other. The mating jig 3 85 is lowered to the position illustrated in FIG. 37C, and is again pulled up by the pneumatic cylinder 383 to prepare for the next rotation of the turntable 31. At the beginning of pulling up the jig 385, the pin 387 simply contacts the lower end of the side wall 2a, and is not press-fitted to the inside of the side wall 2a. In this way, the cup body 2 together with the pin 287 is pulled up by the cup holder 33. The body cover 3 and the cup body 2 are assembled through the aforementioned processes to complete the production of the container 1. The prepared container 1 is fed to the station B7 with the next rotation of the turntable 31, and is fed to the station B8 with the next rotation. As shown in Fig. 7, a duct 50 is provided above the holder 33 at the station B8. The container 1 is carried into the duct 50 by blowing out compressed air through a hole (not shown) provided at the upper end of the cup holder 33. The present invention is not limited to the foregoing specific examples, and various modifications can be applied. For example, the container 1 can be modified as shown in FIGS. 3 8 A to 3 8 Η. Fig. 3 8A shows an example where the rib 2f as a water injection line is deleted from the cup of Fig. 5, and Fig. 38B shows an example where the rib 2e is changed inward from Fig. 38A to be convex inward. Fig. 38C shows an example where the rib 2e is deleted from Fig. 5 Cup 1. FIG. 38D shows an example in which the rib 2f of FIG. 38C is changed to be convex inward. FIG. 28E shows an example in which the rib 2f as a water injection line is changed to be convex inward, and FIG. 38F shows the rib 2e at

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd Page 52 V. Description of the invention (48) Figure 5 shows an example of a convex inward change. Figure 38G shows the ribs 2f and 2e protruding inward. FIG. 28H shows an example where the bonding area BD extends from the bonding area of FIG. 5 and includes the rib 2 f as a main waterline. The water injection line is close to the curled portion 2 c of the cup body 2 in this case so that the bonding area BD does not include the rib 2 f as the water injection line. Note in Figure 34H: i effect is used in this example. Figures 34d and 34. For example, it is also possible to set the "body: column" in the bonding area bd in the body cover forming section 20 and the station A6 and the assembly section 30 for any processing. However, it can be carried out as appropriate at stations A6 and B7: Defective two can inspect container 1 at station B7, and go from the flawless container to order at station B8; step; = can be changed. For example, if the curled portion 3a of the body cover 3 can be formed into a set of 5 areas, one of the devices 26 can be deleted and the number of body can be reduced in the assembly section f rib 2: ']: formed in the same station, then The number of stations required to produce container 1 can be increased by increasing the number of stations to increase the supply of 3 and the supply of cup 2 in two steps. As long as the indexing angle of ^! Is synchronized, this angle does not need to be constantly matched. In the previous example of the turntable, Xi Xixian was a body cover forming device. The device is not limited to 非: group c path cycle mandrel. The body cover forming and mounting section 30 is independent of each other, for example. The body cover forming section 20 and the group can extend the mandrel 2 3 body 23a to the position. If the body cover 3 does not require the curled portion 3a, the auxiliary sealing device 240 is deleted. The main house is longer than the length of the body cover 3, so it is integrated into one, as shown in Figure 39-Defeng device 220 and auxiliary sealing device 240. In the device 220 of FIG. 39, the stamping block 222

It is the length of the joint line 3d which is equal to or larger than the blank 3. Preparation of stamping 2: 2: When the medium pressure is on the joint line%, the joint support member is placed:: set: raised I donkey = 内 inside 9 side support joint line 3d. The engaging support 224 may be driven by a mechanism such as the chuck 240 of FIG. For the system type +, the turntable 31 is used as a cup conveyor, the assembly section 30 is used as a seabass loading device, and the rotary transmission mechanism 321 is used as a gripper transmission device. The cup = input is not limited to the turntable but can be changed into a variety of configurations, which can be along a certain ring holder. The assembling device is not limited to the specific example of the above-mentioned integrated body cover forming device. Various processing other than the processing ribs 2e, 2f can be performed by the rotation of the cup provided by the holder transmission. Figs. 40 and 41 show examples of variations of the rib processing apparatus 32o. Components in the figure corresponding to Figures 8 to are labeled with the same numbers. The devices 320A '320B illustrated in Figs. 40 and 41 are the same as each other', except that the vertical position of the punching mechanism 33 is different. In other words, the position of the mechanism 330 in FIG. 40 may form a rib 2f, and the position of the mechanism 330 in FIG. 41 may form a rib. The support shaft 40 is rotatably attached to the turntable 31 through a bearing 42. The flanges 45a, 46a and the bottom support portion 47a are integrally formed on the support shaft 40. FIG. 42 shows another variation of the rib processing apparatus 320. In FIG. 42, two stamping rollers 335 and 335 are disposed at opposite ends of the cup body 2 in the radial direction and balance the pressing force from the roller 335 to the cup body 2 in the radial direction, thereby preventing the cup body 2 from shifting or deviating. oblique. If the notch 335a is formed on the outer periphery of the flange 45a or 46a, and the convex part complementary to the notch 335a is formed on the outer peripheral surface of the roller 335, the rib 2f or 2e can be convexed inwardly, as shown in Figs. 38B and 38D to 38H. Show. If the cup 2 has enough space, you can

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd page 54 5. Description of the invention (50) --- Set the stamping roller 3 3 5 inside the cup 2 and set the mold assembly outside the cup 2. In this case, the ribs protruding inwardly can be processed on the roller 335 through the forming cut groove 335a to form a convex portion complementary to the cut groove 335a and the mold assembly provided outside the cup body 2. Conversely, the ribs protruding outward can be obtained by forming the grooves 335a on the die assembly provided on the outside of the cup body 2 and simultaneously forming the convex portions complementary to the grooves 3 3 5 a on the roller 335. The rib processing apparatus of the present invention can be used to form various containers having ribs. The ribs formed by the device of the present invention are not limited to the ribs surrounding the container, and the ribs partially extending in the circumferential direction can be formed by the device of the present invention as shown in FIG. 2B. Such partial ribs are formed, for example, by intermittently removing the roller 335 from the cup 2 when the rollers 3 3 5 are relatively rotated around the cup 2. Industrial application: The thermally insulated container of the present invention can be used as a container for instant food. The production device, body cover forming device, assembling device, rib processing device and manufacturing method of the present invention can be used for preparing various containers.

D: \ 2D-CODE \ 87-ll \ 87114168. Ptd Page 55 V. Description of the invention (51) Description of component number: A1 station 2 cup A2 station 2a side wall A3 station 2b bottom A4 station 2c outer roll section A5 station 2d horizontal rib A6 station 2e lower rib A7 station 2f upper rib A8 station 3 body cover B1 station 3, blank B2 station 3a inner roll B3 station 3b side wall B4 station 3c end B5 station 3d joint line B6 station 3e end B7 Station 3f upper end B8 Station 4 Adhesive BD Adhesive zone 8 Notch C1 Position 9 Thermal insulation wave, C2 Position 10 Production device C3 Position 11 Body C4 Position 12 Motor FL base plate 13 Sprocket 1 Insulated container 14 Chain

87114168.ptd Page 56 Correction page V. Invention description (52) 15 Sprocket 43a Follower 16 Sprocket 44 Spacer 20 Body cover forming section 45 Mold assembly 21 Turntable 45a Flange 21a Transmission shaft 46 Mold assembly 21b Sprocket 46a Flange 22 Transmission mechanism 47 Cover 22b Gear box 47a Bottom support 23 Mandrel 48 Fixing screw 23a Body 49 Fixing screw 30 Assembly section 50 Insulation container 31 Turntable 51 Cup body 32 Transmission mechanism 52 Base plate 3 2a Chain Axle 53 Side wall 32b Sprocket 54 Curl top 32c Key 55 Body cover 32f Gear box 56 Inner roll 33 Cup holder 100 Blank supply device 40 Support shaft 101 Rail 40a Screw part 102 Guide plate 41 Nut 103 Guide Plate 42A Bearing 110 Blank Feeding Unit 42B Bearing 111 Blank Holder 43 Rotating Barrel 112 Rods

87114168.ptd Page 57 Correction page V. Description of the invention (53) 112a Enlargement section 142 Sprocket shaft 113 Blank stretch piece 143 Sprocket 114 Pneumatic cylinder 150 Transmission mechanism 114a Piston rod 151 Chain 115 Suction head 152 Sprocket 120 Section 120 A chain conveyor 153 center shaft 121 chain 154 bevel gear 121a nail 155 bevel gear 122 sprocket 156 center shaft 123 sprocket shaft 157 bevel gear 124 clutch 158 bevel gear 125 sprocket 159 bottom shaft 126 chain 160 bevel gear 130 motor 161 bevel gear 130a pulley 170 Adhesive applicator 131 Transmission mechanism 171 Disk 132 Belt 172 Dipping report 133 Pulley 173 Application roller 134 Bottom shaft 175 Gear 135 Key wheel 176 Gear 136 Key 177 Gear shaft 140 Second chain conveyor 200 Winding device 141 Chain 201 Holder 141a Nail 202 linear motion guide unit

87114168.ptd Page 58 Revised page 5. Invention description (54) 2 0 2 a Straight rail 243 Support member 202b Slider 244 Pneumatic cylinder 203 Pneumatic cylinder 245 Fixture 204 Pin 246 Adjustment bolt 205 Pneumatic cylinder 247 Bolt 2 0 5a Piston rod 260 End curling device 206 Attachment 261 Bottom 207 Pin 262 Pneumatic cylinder 208 Pin 26 2a Piston rod 210 block 263 Linear motion guide unit 210a Concave 2 6 3a Rail 211 Blanking block 2 6 3b Slider 220 Main seal 264 Activity Plate 221 Pneumatic cylinder 265 Motor 221a Moving part 2 6 5a Output shaft 222 Stamping block 266 Coupling plate 223 Bracket 267 Adapter 224 Engagement support 268 Mould 240 Auxiliary seal 268a Slot 241 Base 269 Bolt 241a Fixing part 280 Body sleeve Ejector 241b Movable part 281 Support member 242 Pneumatic cylinder 282 Linear motion guide unit 242a Movable P 282a Holder

87114168.ptd Page 59 Correction page V. Description of the invention (55) 282b Slider 320 Rib processing device 283 Motor base 321 Rotary drive mechanism 284 Pneumatic cylinder 322 Rod 284a Moving part 323 Motor base 285 Motor 324 Motor 2 8 5a Output shaft 324a Output shaft 286 Roller 325 Driving wheel 300 Cup feeding device 330 Stamping mechanism 301 Base plate 331 Rod 302 Motor base 332 Bracket 303 Through hole 333 Pneumatic cylinder 304 Rod 3 3 3a Piston rod 3 0 5a Pulley 334 Holder 30 5b Pulley 334a Bearing 3 0 5c Pulley 335 Stamping roller 30 5d Pulley 3 3 5a Groove 30 5e Pulley 336 Restraint mechanism 30 5 f Pulley 337 Bracket 306 Motor 338 Pneumatic steam red 3 0 6a Output shaft 3 3 8a Piston rod 307 Pulley shaft 339 Restraint Plate 308 with 3 3 9a bearing 309 roller 340 adhesive application device 3 0 9a slot 341 spray gun

87114168.ptd Page 60 Correction Page V. Description of the Invention (56) 360 Body Cover Conveyor 386 Body 361 Support 3 3 6a Recess 362 Drive Shaft 3 8 6b Pushing Surface 363 Indexing Table 3 8 6c Stepper 364 Cone Gear 387 pin 365 bevel gear 387a flange 366 fixing plate; holder 387b pushing part 3 6 6a through hole 388 ring 369 rod 370 bracket 371 pneumatic cylinder 371a movable part 372 push plate 373 auxiliary bracket 374 pneumatic cylinder 374a movable Part 375 Push plate 380 Body sleeve fitting device 381 Column 382 Bracket 383 Pneumatic cylinder 383a Piston rod 384 Support rod 385 Mating fixture

87114168.ptd Page 6! Correction page

Claims (1)

6. Scope of patent application1. A kind of paper cup body is placed in the outer roll part. The side wall of the cup body is joined to 2. due to an inverted frustum cup body and the outer peripheral surface of the side wall of the body. Tilt around 4. If you apply for flat ribs, go around 5. If you apply for flat ribs, tie to the cup 6. If you apply for flat ribs, tie to the cup? · If you apply for ~ adiabatic wave shape 8 · A kind of insulation ~ cup body with raised ribs in one The set of heat container includes a cone-shaped paper sleeve attached to each other, and its cups are patented on the body side of the cup. At least one patent is on the cup side. The system is provided with a side wall of the thermal container, which is placed on the side to the inner side, and the inner surface is coated with the upper end of the two cups of the polysaccharide tobacco tree and the long mouth is convex outward; and the water ribs are formed in the body cover and arranged inside. The rolled portion is formed at the lower end of the body cover and integrated into an integrated combination, so the upper end of the body cover is joined to the outer roll portion of the cup adjacent to the cup body and the outer peripheral portion of the inner surface of the inner roll portion of the body cover. The thermal insulation container surrounding item 1 ’is a horizontal rib. 'The thermal insulation container surrounding item 1' extends continuously around the entire circumference. The thermal insulation container surrounding item 2 extends continuously around the entire periphery. The thermal insulation container surrounding item 1 'extends intermittently in the circumferential direction. The thermally insulated container surrounding item 2 extends intermittently in the circumferential direction. The insulated container surrounding any one of items 1 to 6 is placed between the body cover and the upper part of the side wall of the cup body. It includes: a bottom is provided at one end of the side wall; a side wall is provided with an outward extension, and an outer roll is provided at the other end; and the outside of the wall is left with a space therebetween and a plurality of water is disposed in the boundary, wherein the at least- 〇where the at least 0 where the at least where the at least water water water where 6. Scope of patent application1. A kind of paper cup body is placed in the outer roll part. The side wall of the cup body is joined to 2. due to an inverted frustum cup body and the outer peripheral surface of the side wall of the body. Tilt around 4. If you apply for flat ribs, go around 5. If you apply for flat ribs, tie to the cup 6. If you apply for flat ribs, tie to the cup? · If you apply for ~ adiabatic wave shape 8 · A kind of insulation ~ cup body with raised ribs in one The set of heat container includes a cone-shaped paper sleeve attached to each other, and its cups are patented on the body side of the cup. At least one patent is on the cup side. The system is provided with a side wall of the thermal container, which is placed on the side to the inner side, and the inner surface is coated with the upper end of the two cups of the polysaccharide tobacco tree and the long mouth is convex outward; and the water ribs are formed in the body cover and arranged inside. The rolled portion is formed at the lower end of the body cover and integrated into an integrated combination, so the upper end of the body cover is joined to the outer roll portion of the cup adjacent to the cup body and the outer peripheral portion of the inner surface of the inner roll portion of the body cover. The thermal insulation container surrounding item 1 ’is a horizontal rib. 'The thermal insulation container surrounding item 1' extends continuously around the entire circumference. The thermal insulation container surrounding item 2 extends continuously around the entire periphery. The thermal insulation container surrounding item 1 'extends intermittently in the circumferential direction. The thermally insulated container surrounding item 2 extends intermittently in the circumferential direction. The insulated container surrounding any one of items 1 to 6 is placed between the body cover and the upper part of the side wall of the cup body. It includes: a bottom is provided at one end of the side wall; a side wall is provided with an outward extension, and an outer roll is provided at the other end; and the outside of the wall is left with a space therebetween and a plurality of water is disposed in the boundary, wherein the at least- 〇where the at least 0 where the at least where the at least water water water where 6. The bonding area specified in the scope of the patent application is bonded to the side wall, so it is adjacent to the cup body to the outer roll, and the outwardly protruding ribs are only provided outside the bonding area. 9. The thermally insulated container according to item 8 of the scope of patent application, wherein the body sleeve is provided with an inner roll at one end thereof, which can contact the outer periphery of one end of the side wall. 10. The thermally insulated container according to item 8 of the scope of patent application, wherein an inner convex rib is provided on a side wall of the cup body to extend in a circumferential direction thereof. 1 1 · The insulated container according to item 10 of the scope of patent application, wherein the inner convex rib is used as an indicator line for pouring liquid into the cup body at an appropriate height. 12. A heat-insulating container comprising: a glass body having a side wall and a bottom disposed at one end of the side wall; and an integrated sleeve disposed outside the side wall to leave space therebetween and adhere to the side wall; one of which indicates liquid injection The ribs of a proper height of the cup body are arranged on the side wall and thus protrude inward from the side wall. 13. —A thermally insulated container comprising: a body having a side wall and a bottom disposed on the side wall of the side wall and an outer roll portion; and a body cover disposed on the outer side of the side wall with a space interposed therebetween for bonding to the boundary The area is bonded to the side wall, so the base is adjacent to the outer roll part of the cup body; wherein the side wall is provided with an inner roll part to encompass the bonding area. And; a production device, which is used for the combination of the body sleeve around the outer periphery of the cup = adiabatic container, the device includes: and the i sleeve is formed into a section for passing the tube-shaped curled blank sheet and joining the two ends / body sleeve ;and Page 63 6. The patent application section is for the assembly to be placed around the outer periphery of the cup. The assembly section of 5 Hai includes: door violation, a processing device for processing ribs on the side wall of the container. An adhesive application device for applying i,, • And the station Μ is formed on the ribbed cup body side wall body sleeve conveying device for placing the body sleeve formed by the body's already applied adhesive in addition to the K sleeve forming section in the cup 15. A production device, and then produces adiabatic containers The device is enclosed in a combined body cover and a cup body holder, which can hold the body cover; a cup holder can hold the cup body; and a transmission device for moving along certain loop paths. Body cover holder and cup holder curling: ί is equipped with-curling device *-the body cover is ejected and placed at both ends of the curly blank by the body cover, and the device also tracks along the cup holder: cover ' To supply the cup to the cup holder, the rib has a cup supply device for the side wall of the cup holder, one for processing ribs on the ribbed side wall fixed to the cup cup, and two for two. Apply adhesive to the cover of the device, and install the cover for receiving the cover Adhesives are used around the periphery; and the sleeves on the cup body have been applied to the transmission. The sleeves on the transmission sleeve clamps are carried on the sleeves and ejected "" so when the sleeves are clamped & quot Shou, the cup on which the adhesive is applied VI. The patent application system is carried on the body cover conveying device. 俨 = .__ If / please, please refer to the production device of item 15 of the patent, one of which is processing I road end I The end curling device 玎 of the curling part is set in the body holder holder, and _ _11 is placed in the circulation path of the cup holder. The body cover adapter ^ 峑 f = is set by the body cover conveying device. The body cover on the cup body faces the cup body and the body cover is aligned with the cup body.-:: The production device of item 15 of the patent application 'its steps include the Kazaki Department ^ device for supplying blank material to the curl Device 'and blank material supply device J = Place an adhesive applicator for applying the adhesive to one end of the blank material. The curling key is a production device of item 18 of the patent scope, and one of the stamping devices must be crying. The sealing device at both ends of the embryology department facing each other can be installed on the body door: 1% way only. The sealing device can be installed The heater is used to accelerate the adhesion between the cup body and the basket. The sleeve 2 uses 0 as an extinction. The body shape test device △ device is used to shape the sheet blank into a body-centered car package. The device contains: a The crimping device is provided with: it can be fitted on the inside of the body cover and shorter than the body cover; one end is connected to the core of the material, and the material is crimped. Therefore, one of the adhesives of the material is mainly sealed, and the other end is under the other end. Form a bonding line;-Auxiliary; ϊ Medium pressure bonding line on the mandrel; Bi-seal sealing device supply section; Clamp the clamping wire to the protruding end of the mandrel from the mandrel and curl the device for punching blanks from the mandrel. The raised part faces Page 65 6. Scope of patent application The mandrel forms the curled portion of the body cover; and the integrated sleeve ejection device is used to remove the body cover from the mandrel. 2 1. The body cover forming device according to item 20 of the patent application scope, further comprising a blank material supply device for supplying a blank material to a crimping device by applying an adhesive to one end of the blank material. 22. The body cover forming device according to item 20 of the patent application scope, further comprising: a conveyor capable of circulating along a predetermined circulation path, and a mandrel overlapped portion provided along the circulation path with a certain interval left between them, each of which The overlap portion is provided with a mandrel; and a transmission device for intermittently moving the conveyor to a pitch corresponding to the interval between the mandrel and the overlap portion, and feeding the mandrel stepwise with respect to a plurality of stations defined along the circulation path At the overlapping part of each mandrel; The crimping device, auxiliary sealing device, end crimping device and body cover ejection device can be distributed to each station, so the mandrel is fed to the crimping in this order according to the movement of the conveyor Device, auxiliary sealing device, end curling device and body cover ejection device. 2 3. The body cover forming device according to item 22 of the application, wherein the main sealing device can move along the circulation path together with the mandrel. 2 4. — Seed body sleeve forming device, which is used for turning sheet-shaped blanks into body sleeves and used as outer packaging for thermal insulation containers. The device includes: a conveyor can circulate along a predetermined circulation path; a plurality of mandrels are arranged on the conveyor Therefore, a certain interval is left between the conveyor circulation directions; ill a Μ η 87114168.ptd Page 66 VI. Patent application range 俾: A section of embryo material supply corresponding to the interval between the mandrels is set for 2 circles, and each station is fed into each mandrel; apply adhesive to the embryo "Feed" end :; Embryo to selected from each station-curling station with the embryo material on the mandrel '® and embryo material-end =%. A bonding line is formed below the ；; and a loose-sealing device is formed for the two ends of the stamping blank to face each other to form a bonding line; Square: Τί: The output device is set at a station selected from each station-ejection station and located in the direction of the test from the curl station Directions are provided to remove the sleeve from each mandrel. Clothing core 2 ”. Λ? The body cover forming device of the 24th patent scope, wherein each of the body and the body can be fitted inside the body cover and is shorter than the body cover. The standing device includes a main sealing device for stamping the embryo. Material from the bonding line to each of the cores: the auxiliary sealing device for clamping the bonding line by a clamp and protruding from each of the mandrels 2: if the body cover forming device of item 25 of the patent application scope, wherein the auxiliary device is A secondary sealing device is located at each station and is located at the crimping station. 27. If the body cover of item 26 of the patent application is formed, one end is provided: the device is supplied to the convex portion of the blank protruding from each mandrel. Processing-Volume 2 'The device can be arranged at least one end curling station selected from each station and located between the rim service sealing station and the ejection station. 28. The body cover forming device according to item 22 or 27 of the scope of application for patent, wherein the special station includes at least two end curling stations, each of which is provided with an end curling device. Page 67 For example, the body cover forming device of the scope of application for the patent No. 20 or 24, in which the straight sleeve 7-out device can be rotated on the body sleeve covered by each mandrel through the stamping rollers, and the drawing line of the sleeve line is used to rotate the pro- The vertical sleeve is removed by removing the body from each mandrel, and the body cover is formed in any of the patent application scopes 20 to 27, and the conveyor includes a turntable that can rotate with a predetermined axis as an axis. . & Crying · Spoon Mouth The body covering forming device of the patent scope item 28, wherein the shipping benefit includes a turntable that can rotate with a predetermined axis. L Hai wheel ^ ^ ^ 11 ^ ^ /, the pre-axis axis is the axis, the turntable of the rotation. An assembly device, which is used to combine an F-quad, an edge: to produce a thermally insulated container, the device includes: a body sleeve-a cup outside the Monday conveyor can circulate along a predetermined circulation path; a cup holder is installed on the conveyor And the shaft rotates while holding the cup on it; " There is a rotating part whose axis can be a transmission device for feeding the cup relative to the conveyor defined; Slightly stupidly move a gripper along each line of the station The transmission device is set at the transmission station. The upper coupling cup holder is located at the rotating part of the transmission station and the extension station is selected from each station. An adhesive application device can be set at an application two cup holder. The direction of the conveyor cycle The forward direction from the transmission station is selected from the stations and located at the periphery of the body; and the adhesive can be applied to the cup sleeve to be placed at the delivery station. The direction of the soil is from the forward direction of the application station and the body can be selected from each station. Stand and circulate in the cup. Spinning; Shen Erzhuan: Assembling clothes in the range of item 33, bean in the middle ... Dean 5 and a disc-shaped rotating device, and 4 cups clamping: breaking includes a rotating output section :: the cup body is coaxial And holding out the 邛. The motive power source is for rotating the rotary device, wherein the adhesive 36. As in the scope of the patent application, item V; toward / _ can be provided with abutment, which can be broken, where the cup holding device contains-stamping mechanism which Can be stamped; H inside :, and the side wall of the holder is driven and the side wall pre-pull assembly is processed to the visual connection and clamped 37. Such as the patent application scope 33 to 36, the conveyor includes a turntable According to the scheduled round of appointment: Item 38.-A kind of assembly device, which uses the second line as: turn. 'In order to produce a thermally insulated container, the device includes: a body cover on the outer periphery of a cup to hold the cup body in an upright position in a vertical direction; the outer periphery of the cup body; and a sleeve fixed to the cup holder = n is provided with j tools The axial direction of the cup body is sleeved on one end of the body sleeve of the body, and the body sleeve matching device can be equipped with the body cover and the cup body facing toward the cup body; ° ρ Shuang and a pair of positive devices are provided, which can be The body cover is pushed down by the clamp and moved in the direction of the body cover. The front meshing body cover is aligned 3 9. If the assembly device of the scope of patent application No. 38, and the μ device includes a pin set to surround the cup holder The axis of the cup. -Sixth, the scope of patent application 40. If the scope of patent application M is supported by the fixture body of the cooler / thousands of devices, each of the pins surrounds the bottom of the cup body. The mouth is 卩 °, which can contact the lower end 41 · of the side wall of the cup body. A rib processing device, 1 h to the side of the side wall circumference, the ribs you use to process the side wall of the cup body and extend in an invasion universal, the device contains: 'The opposite side wall is located between the concave side, and the 誃 4 wicker part 卩 is provided with a convex part to form a rib, thereby forming a rib: convex surface: the part facing the male mold assembly is set-in the grooved part: Work :: The moving device is used to move the male and female modules away from the cup in the radial direction, so that the male and female mold components can be close to each other and far less than one: = square, the transmission device is provided between the cup and the male And the male part of the female mold assembly; 9 # 4 · 1 enters the relative rotation so that the side wall in the circumferential direction is clamped between A and the female mold assembly. Contains a cup of rib processing device according to item 41 of the patent application, which further includes two bodies ^ Shuang holding ^ 'It can be rotated with its axis as an axis and supported by its inner support til t cup can be set One of the male and female mold components. Any one of the male and female mold components can be arranged outside the cup body. The radial direction transmission device tFj / a, a moves any of the male and female mold components in the radial direction. One, and the circumferential 4-way d-movement device can rotate the cup holder. • If the rib processing device of the scope of patent application No. 42, wherein the setting Six, apply for a special project — 1 — --------- The structure and stamping mechanism can be set in the conveyor path 49. A method of forming ribs on the side wall of the cup, s set. Extending in the circumferential direction, the method includes the following steps: 糸 Clamp the side of the cup body by the male and female mold components in the circle of the cup—eight ^ Set on the mold component system with convex parts facing the female mold component Side, and the female mold component is arranged on the male mold: = = = convex side of the concave rib; and the groove 邛 is formed to form at least one change position between the cup body and the male and female mold components. The side wall is clamped in the revolution and circumferential direction. 々 保, and the circle between the side wall 50. If the 49th side of the scope of the patent application for the side i is held by the cup holder, the cup holder, the middle 3 Hai cup body can be inner ^ W η π. J -., A axis is the axis rotation, one of the cup mold components *, and the other side walls of the male and female mold components are therefore clamped with the side wall between the male and female mold components' In this case, the cup can be rotated Holder. And the side wall is made by the method of “/ and the mother-in-law of Liguangduwei + item 49”, wherein the bottom of the cup body can be pressed down to the cup holder when the moxibustion is tight on the side soil and the mother core component. For example, the method in any one of the 49th to the scope of the application for patent application Γ 卜 = the component is set in the cup body w 'and the female mold component is set in the cup body 87114168.ptd Page 72