TW501996B - Container, heat insulating container, heat insulating container with grippers, heat insulating container sleeve preparing apparatus, blank supplying apparatus and sleeve ejecting apparatus for sleeve preparing apparatus heat insulating container - Google Patents

Abstract

A heat insulated container (10) consists of a cylindrical body part (11) of which upper part is open and a bottom part which closes the lower part of the body part. The container (10) comprises at least the main body (10A) of the cup inner coated with a polyolefine resin layer and a sleeve (10B) equipped so as to form a gap between the outer peripheral surface of the main body (10A) of the cup and the sleeve (10B). Ribs (13,13') are formed toward the peripheral direction around the outer surface of the body part (11) of the main body (10A) of the cup. The main body (10A) of the cup is formed in a manner that the diameter of the opening of the upper edge of the body (11) is larger than the height of the main body (10A) of the cup. Thus, the heat insulated paper containers having similar shape to a Chinese bowl or an ordinal bowl, having a stability in shape and heat insulation, being easy to hold, having a good design, having a high potential for free expression of printing, and being sanitary and environmental-friendly are realized.

Description

501996 V. Description of the invention (1) [Technical Field] The present invention relates to a method for preparing food prepared by injecting heat into a microwave oven and preparing the insulated container, etc. [Background Technology] The outer part of the crotch of the paper cup body is equipped with a thermal valley device. As heat insulation material, the convex and concave strips are around the paper cup body. In Japanese Patent Application Laid-Open No. Hei 8-zhong ', the flat portion of the side of the recessed strip of the heat-insulating material is used. The surface of the Japanese newspaper, JP 8-1 04372, paper processing or after flower processing makes the surface free of unevenness. The structure proposed in Japan does not use the space formed between the wavy paper cups. The conventional heat-insulated container mentioned above is' so the upper limit of the amount outside the opening is about 750cc. The outer diameter of the opening portion is twisted, and it is deformed such as "transverse compression, bending, etc." It is a good device for heat-insulating containers made of paper, such as instant food, and food, which are prepared by holding water after pouring hot water. The paper heat insulation container is known by the paper-made paper heat insulation material so that it has a partition. Generally, it is a wave plate shape that is alternately arranged in a circumferential direction extending in the longitudinal direction. Insulation container whose degree of insulation is less than the convex strip is used to increase the container. Patent Publication Kaikai 4-4521 The insulated container proposed in No. 6 Patent Publication No. 6-4521, in which a gasket or a thin paper is wound on a tile heating material is used for patent application Kaikai 4-4521. Bulletin No. 2 is a plate-shaped heat-insulating material, and is used in a double-layer to have heat-insulating properties. Due to the physical strength of the container, the shape of the cup is smaller than the height. The reason is that when it is used as an insulated container to increase the content, the entire container is likely to be held due to the stress. Dangerous.

V. Description of the invention (2) Easy to list :::: The thermal insulation container of f is easy to inject hot water 3 " The cup makes the reverse side of the user not; Zhou ;: 'Happy eating with diversity: use: : Sex is worse than cup-shaped. Not suitable for richness: Second, when the material is exposed to the side of the container, the text is printed on the side in a very ugly mountain, with a sense of creativity. 4 Device: In addition to the cup-shaped paper partitions for heating, it is fun, Bowl-shaped plastic; large = degree with wide opening ": OK, there will be sanitation and environmental problems; discarding, burning is less easy to enter than paper containers [Disclosure of the invention] The first purpose of this Λ Ming is to provide paper埶: The outer diameter of the part is greater than the height of the shape close to steel or bowl, so it is easy to have stability, excellent creativity, printing by rain, and sanitation, and the burden of environmental protection is small. W performance of paper :: ϊ 成 第 1 The invention is a heat-insulating container, which is provided with a cylindrical crotch portion having an opening of m 1 ^ ΜΜ 邰 and a polyolefin resin layer formed at least on the inner surface thereof; "Qi" is installed to be gated on the peripheral surface of the paper cup body outside the crotch portion. There is a gap. The paper cup body described above is formed so that the outer diameter of the opening at the upper end of the crotch is greater than the height of the paper cup body. 88116057.ptd Page 8 501996

The paper cup body described above may also be formed with wing ribs surrounding the above-mentioned outline. The above-mentioned wing ribs may also form a continuous surrounding of the above-mentioned I 邛 or may form an intermittent surrounding of the above-mentioned ingular portion. At the above i :::;, an inward curling portion may be formed, and the inward curling portion contacts at: material. The outer surface of the two lower parts. Insulation can also be inserted in the above gap

At " Bu, the paper cup body has the function of a container body as a heat-insulating container. The moon dagger 'constitutes the side wall of the container body with its outline. The second purpose of ΐΓϊί is to provide a thermally insulated container that is inexpensive to manufacture, that is, the container does not feel hot ... safe and clean

The heat-insulating container combination of the second invention for achieving this purpose includes: The main body, the inner surface of which is coated with a polyolefin-based resin, and on the open side: at the edge of the paper sleeve, a κ-like direction having a specified length is formed. Zigzag 'and the cracks connecting the two ends of the zigzag line return to two. 7 formation-the handle piece can be folded according to the above-mentioned fold line, the above fold line can be a straight line of a short distance, and the end of the periphery of the handle piece can also be stitched in the middle. The periphery of the side wall may be bent to form a missing portion formed by a part of the straight line which is easy to cut. Polyline is folded back. The above knot. In addition, the bottom of the paper cup body is 2 points downward. In the cracked part mentioned above. The two ends of the suture may be provided as a heat insulation container before the above-mentioned handle sheet.

Description of the invention (4) The function of the container body, the crotch constitutes the container. The above-mentioned thermal insulation container is to ensure the specified thermal insulation: 2: f. Make sure there is sufficient space between the gaps. In addition, in the case of the paper cup body and the device, it is necessary to hold the sleeve or its handle t face to hold the container by hand. Therefore, it is necessary to support the container between the paper cup body and the sleeve in this way, in order to adhere to the paper cup body and the sleeve with sufficient strength. And the two are connected with sufficient strength, so the f space ensures a sufficient relationship between the relative shape and size of the sleeves, etc .: The order of the paper cup body and the combination of the two must be considered. It is necessary that the third object of the present invention is to provide a condition in which a combination of the two causes stomach problems. The container body cover 3 of a thermal container, a paper cup body, or the like is partitioned with excellent suitability. The third invention which can be used to achieve the object with sufficient strength includes a container. The heat insulation of one of the groups described in the r surface, that is, the heat insulation container of the third invention is provided with a ^ wall (/) and an end body disposed below the side wall, and a sleeve material having a side sheet shape. It is formed at the bottom of the lower end side; and the sleeve is formed by: curling inwardly toward the center side of the device: there is a sleeve material 丄 the side wall of the container body and then the upper side is formed The one between the edge part and the above-mentioned adhering part is 上述, the above-mentioned inward roll: to ensure that there is space; in the above-mentioned direction °: 3: the cross section of the plane of the center line of the main body t For the direction of the center line containing the upper body, along the above container, 88116057.ptd Page 10 V. Description of the invention (5) In addition, another heat insulation capacity of the third invention, and ^ the side wall (the crotch) and the configuration There is a body at the end of the side wall, which is formed by a sheet-like sleeve material, which is opened at the lower end side: and the sleeve, the material is rolled inwardly toward the t-heart side of the container, so that the sleeve is as described above: The above-mentioned side wall of the container body is followed by two; Two or two, the above-mentioned inner side wall has a space to ensure that there is space; the roll is configured to be in front of the sleeve material, than the above-mentioned body with the inward curling part; the second line part is located in the capacity (胴部) 'was replaced by another two bottoms, which were formed from the hot side of the wall and the bottom of the hemp and the side formed by the lower side, and formed from the side wall material at the lower end; the sleeve: made of sheet-shaped The inward crimping portion of the sleeve material at the center side of the sleeve material, the sleeve material facing the side wall of the container body is connected to the above side wall, and at least one portion of the container portion is formed on the upper end side. 'The above-mentioned inward crimping portion and the above have space; the front end of the sleeve material which is wound into the above-mentioned = is arranged to be secured to the outer side of the side wall and the inner wall surface of the sleeve according to The clearance between these insulated containers is less than 1 mm. At this time, the bottom support portion does not get stuck, and the container body and the sleeve are combined with each other and the yield can be improved. ° Inner crimping part, the two can be smoothly combined. The heat-insulating container of the third invention is also arranged on the cymbal so that the container body has a container body with a side wall extending to the lower side of the lower side. Bottom, and from the side wall _ bottom consumption part; and sleeve, made of sheet-like sleeve material 88116057.ptd V. Description of the invention (6): Formed 'side shape at the lower end ^,: Heart side curling Inward crimping part, at least a part between the inward crimping part of the container on the upper end side and between the inward crimping part and the above-mentioned one, and being wound on the upper side of the inward crimping part to ensure the sleeve. Recognize s between the inner wall surfaces; the end of the bucket and the degree. The gap between them becomes less than the thickness of the bottom part: According to this kind of insulated container, no bottom part of the container body and the sleeve will enter the inward curling part! 5 蚪, so the two can be smoothly combined and can be opened. The heat-insulating container according to the third invention is also provided with a container body (a cymbal part), a bottom part disposed at the lower end side of the side wall, and a bottom part formed to the lower end side of the container; Cylinder, $: It is formed on the lower end side with an inward crimping portion that causes the sleeve material to be crimped toward the center side, and on the upper end side is formed an upper body = adhesion portion next to the side wall and the above direction At least a portion between the inner crimping portion and the upper connecting portion is arranged to be spaced from the outer side of the side wall; for a cross section of a plane including the centerline of the container body ^ the bottom support portion is more than the outer side of the side wall The extended straight line is located further inside the container, so that the above-mentioned base portion is poured into the inside. The heat-insulating container according to the third aspect of the present invention may further include a container body having a side wall (the crotch portion), a bottom portion disposed at the lower end side of the side wall, and a bottom support portion formed from the second side wall to the lower end side. And sleeve, which is formed of a sheet-like sleeve material, with the sleeve material facing the container 88116057.ptd on the lower end side. Page 12 501996 5. Description of the invention (7) _β Center side curling direction The inner crimping part is the adhering part next to the above-mentioned side wall of the upper side body. At least a part of the above-mentioned direction = earth part of the adhering part is arranged to be in the space mentioned above; the burr of the aforementioned bottom handle part is protruding The heat-insulating container according to the third aspect of the invention may be provided to the inside and outside of the container. The container (the crotch portion) is disposed at the bottom of the lower end side of the side wall; and from: the wall is formed to the lower end side. Base part; and sleeve: extension: formed, formed on the lower end side with the above sleeve = followed by the part, the direction of the space; the outer peripheral position of the lower end of the base part and the inward roll The closest to the edge; between the peripheral positions Displacement amount in the main body of the container; ~1 mm range of parts. Xiang was sighed at 01. According to these insulated containers, when the bottom part of the container body does not get stuck, the meat and the meat will be combined to increase the yield. p 'The two can be smoothly combined and the insulated container of the invention 1 can also be provided with: a container body having a side wall (the crotch portion) of the bottom of the fortune; and a sleeve arranged at the lower end of the side wall by a moon shape The side is formed with # 卜, +, sleeve material, and on the lower end side is formed the curling of the upper sleeve material toward the center side of the container 88116057.ptd Page 13 501996 V. Description of Invention (8), On the upper end side, the accommodating portion is formed, and the inward crimping portion and the wall adjoining portion are arranged to secure at least a portion of the crimping portion σ σ from the outer side of the side wall and face above the portion 沭Jade 3 'inward clearance on the upper jaw. According to this heat-insulated container_, there is a gap formed between the inwardly curled portion and the outer surface of the container body, and wrinkles in the μ d position are formed according to the insulated container_. Jin Yi Gu Yi body does not occur. Upper = Clearance can be set in the range of 0.01 to 1 mm. In this case, the grain body will not be wrinkled and deformed enough to fill the moon. The heat-insulating container according to the third invention of the Λ-knife can also include a container body, which has a side edge (a crotch) and a bottom portion disposed on the lower side of the side wall, and a soil sleeve. The sleeve-like material is formed and is arranged to ensure a space between the outer side and the lower side of the container body. The lower end of the container body is more protruded to the lower side than the lower end of the sleeve. The lower end is directly in contact with a table or the like, and the container ^ is not skewed when the lower end of the sleeve is in contact, so the heat-insulating container can be stably placed. In addition, an inward curling portion may be formed on the lower side of the sleeve to curl the sleeve material 枓 toward the center side of the container, and an upper end of the sleeve may be formed on the container body. The above-mentioned side wall is followed by a bonding portion; 88116057.Ptd The 14th purchase ^ 01996 V. Description of the invention (9) a " ^ ----- #The above-mentioned sleeve is configured so that the above-mentioned inward crimping portion and At least a portion between the above-mentioned bonding portions and the outside of the side ridges ensure a space. According to this type of heat-insulating container, the lower end of the container body directly contacts the table or the like, and the container does not distort when it comes in contact with the lower end of the inward curling portion, so the heat-insulating container can be stably placed. σ In addition, the container body may be formed with a bottom ridge portion extending from the above-mentioned side wall to the lower end side thereof; and the lower end of the above-mentioned base portion may be used to constitute the lower end of the container body. According to this insulation

The lower end of the good bottom support part is in contact with a table, etc., and U 疋 is placed in an insulated container. In addition, it is also possible to make the protrusions from the bottom of the container body 0.01 to 5 with a protrusion amount. There are many under the production of π 6 and * festival poems, and in the outer mountains + in the extended planting state, the prominence of the valley body can not be seen / viewed, and it will not hinder the design of the container. The heat-insulating container according to the third aspect of the present invention may also include: = 本, which has a side wall (the crotch portion) and is disposed in the :: roll; description: the sleeve wall; the upper ::: 之 成 = "彻 ^ container body The above side == 部 在 = the plane of the ^ heart line of the device body ^ 'For the part including the facing portion facing the side wall, the side wall is formed so as to extend the line at a position lower than the fourth position from the inside direction of the container In order to conform to this kind of heat-insulating container, it can be well adhered, so α ^ β # 者 邛 °° 卩, the side wall and the sleeve are good with "adhesive strength. In addition, because of the adhesive part 88116057.ptd 15th Page View 996 V. Description of the invention (10) ΐ: of: = I think that the sleeve does not need to be curved when it is in close contact with the side wall, so it will not affect the appearance of the container. The adhering part of the side wall of the upper-side side body is arranged to ensure a space between the side and the side. For a section including the center of the container body, the side wall is formed so that the part and the part are along the sleeve. The material is curved. 』Curve to it. 卩 位 成 'According to this, when the container is hot, The part of the adhering part has good adhesion on the side, so it can improve the bending of the soil wall. Therefore, the strength of the AI-toe door is also strong. In addition, because the side jf is curved, the appearance of the sleeve container when it is in close contact with the side wall. In the 3 songs, the heat-insulating devices that do not affect the third miscellaneous can also be equipped with: a container (the crotch) and a bottom portion arranged on the lower side of the side wall, in the upper tube, outward by a sheet-shaped sleeve The crimping part is connected to the above-mentioned side wall of the sleeve body, and a space is formed between the container side and the t-side side to ensure a space; for 勹 i: 20% and a cross section of the outside surface of the side wall, the above-mentioned sleeve H is opened. ;] :, the flat wall of the center line of the container body is bent. When the set of poems is formed so that the above-mentioned adhering portion follows the above side in accordance with this type of heat-insulating container, the adhesion is good, so the adhesion strength can be improved. The cover can be 88116057.ptd Page 16 501996 V. Description of the invention (11) The thermal insulation container of the 3rd Sun and Moon can also be provided with: a container body, a (crotch portion), and a bottom portion disposed on the lower side of the side wall , In the above: ": # 端 = 成 有 rolling towards the outside of the container The outer crimping portion is formed on the upper end side of the body material, and is formed on the upper end side. Next, the outer diameter of the container body and the outer diameter of the container are covered with the outer crimping portion. The difference between the inner diameters of Yasuji is in the range of -1.0 to 0.5. When the niche position is as described above, it can be ensured that there is sufficient connection in the adjoining part (: partition: the main body body (the crotch part) and the mating part, # ,, /, Er 啕 · gut body, with the upper side of the side wall The shape of the bottom, the bottom of the lower end side, the tube on the side wall, is curled outward from the side of the outer side of Yue Zhuang Xi Tai to the valley β; and the side material of the cover body is formed on the upper end side. Between the sides is ensured that there is a connecting part, which is arranged to be separated from the upper and lower sides of the center line of the position D above the outer edge of the above-mentioned adhering part along the upper end of the above-mentioned adhering part with the outer lower end of the side wall. According to the benefits of the six outer crimping part, no adhesive of the adhesive part will be attached to the container. The container can also be equipped with: a container body with a side wall formed with an upper part on the side. The bottom of the lower side of the wall, the outwardly curled portion of the side wall that is crimped to the outside of the container; and the sleeve 88116057.ptd page 17 501996 5. Description of the invention (12) ---- tube The sleeve-like material is formed, and the above-mentioned container body is formed on the upper end side. The adhering part of the wall is arranged to ensure a space between the side and the side of the side wall; the above-mentioned adhering part is set to have a width of 3 mm or more in the direction of the center line of the container body. In this case, it can be ensured that the bonding portion is sufficiently adhered. The heat-insulating container according to the third invention may also be provided with a container body with a Q 胴 portion) and a bottom portion disposed at the lower end side of the side wall, at the above side = ^ The outer side is formed with a curling portion outwardly facing toward the outer side of the container; and: it is formed of a sheet-shaped sleeve material, and an upper side is formed on the upper end side. There is space between the above and the side wall; the upper end of the above-mentioned bonding part is below the upper upper end. ≪ When the heart is in accordance with this type of heat insulation container, there will be no upper end protruding from the mouth The problem is that in the above-mentioned insulated container, because the sleeve must have a certain process: 'So its material must use a fairly thick board. But, &, It is not easy to form when processing the board, ..., Cracks in drought , And there will be a crooked shape skew, σ, and the paper is then cut into two shaped germs with a cylindrical shape or a truncated cone shape. Because of b, the sleeve is formed into a Qiu depict— The piles with overlapping ends at the ends of the embryo have doubled in drought, so the crimps form a particularly sleepy crimp. U It is difficult to form a good shape. The fourth object of the present invention is to provide a thermal insulation container that can easily form a sleeve.

V. Description of the invention (13) The tube part can obtain a good curling shape. The body has a side wall (胴 ^ ί Λ 明 Λ is equipped with: a container; and a sleeve, the sleeve material described by the bottom portion of the sleeve disposed at the bottom side of the side wall is oriented toward the volume = material f 成 息 在 was formed on the lower end side The at least part of the above-mentioned side wall in which the above-mentioned side wall of the inwardly-rolled mt is followed by the upper part and the above-mentioned side wall is configured to be set in the range of " ~ 2.0. The best setting is in the range of 150 ~ 400g / m2: the weight of the paper in the early standing area of the mother) the most important: η ΐ ΐ when the container 'can crack the sleeve material = card, Erjigu When the theft body and the sleeve are combined with each other, the container is not stuck in the inward curled portion, and can be smoothly combined. The body will not (two! 5 Ming another-the insulated container is equipped with: the container body, with side facing (胴 ⑴ and arranged on the side of the wall: Dian 2 Xiao C Cheng, formed on the lower end side so that two = material = ϊ = Ξ; ΐ: =; 着 ίReceiving: Department 'inward scroll of the above] i

Make sure that there is a door between the sides and K, +, and A outside the side wall. A friction reduction layer is formed on the surface of the sleeve material F A corresponding to the inward curling part. & Domain In accordance with this type of heat-insulating container, the sleeve material

88116057.ptd Page 19 501996 V. Description of the invention (14)-The slipping property is good, it can easily form the inward curling part, and it is not easy to crack. In the # _ material, the above-mentioned friction reducing layer may use a composition containing a fiber-based resin or a composition containing an acrylic resin. The above-mentioned friction layer can also be used to protect the printing surface with an overprint varnish. In two / two to reduce the number of manufacturing processes. The condition σ 禋 h may be the above-mentioned friction reducing layer may be formed on the outer surface of the sleeve device. In this case, if the sleeve material forms a printed surface, it can be used as a friction reducing layer with a printed varnish. 1 Still another heat-insulating container according to the fourth invention is provided with a container: and a bottom ^ side f tube material arranged on the lower end side of the side wall, and a lower side forming a center side such that the above =: = 2 The inward curling part of the curling edge is opened on the upper end side of the above side wall of the Yuexiang Jinyi body. If the container ensures space, the shape of the sleeve ^ ^ ^ reaches the outer side of the side wall. The two ends of the belt-like sleeve material between the two sides = the sleeve material described in the container body forms a cutting portion so that "^ = then; the formation of the upper cutting portion is to cut from the upper X = product Reduce, and the above-mentioned sleeve material ^ which extends beyond it. The area corresponding to the side portion extends another insulation container of the present invention. … And the bottom body disposed on the lower side of the side wall. The body is made of a side wall tube material, and the lower end side is formed with a curling inwardly to curl the center side of the sheet-shaped sleeve. The edge part, and the above-mentioned sleeve material is facing Rong Huan. On the upper end side is formed the above-mentioned capacity _6057.Ptd Page 20 501996 V. Description of the invention (15) The above-mentioned side wall is followed by the bonding part, and the above is curled inward At least part of the part and the upper part of the stone protection part are arranged so as to be wound around the container body from f to 疋 with a band-shaped spare tube on the outer side of the side wall.

= The sleeve material forms a cutting part to reduce the overlap area: the overlap area of the area of S and S is reduced. The material is slanted so that it corresponds to the inward curling part. The inward crimping portion becomes :::;: The inward crimping portion may be formed. The above-mentioned cutting portion may also be formed on the upper end of the container, and the cutting end portion of the above two end portions may not be formed. It is exposed to the case 1 because of the appearance of the cutting portion. ° [Bu ']' So it will not affect the formation of the container's main part. For t Μ in the above two end parts, the corner of the sleeve material can be tilted to cut off one of the W edges. The crimping part of the container can make the laminated metal face outward from the open end thereof to seal the container. The film-shaped cover material formed by 1 ^ f is pressed into the open end of the container to form the next crimped portion with a model member to approximate a perfect circle. Therefore, the cross-sectional shape of the cover material 'two j' after its formation touches, and the bonding area of the bonding agent is not exhausted, and the bonding strength of the bonding portion is approximately approximated. There will be no guarantee of adequate connection. Therefore, when the container is known, the cover material is crimped to multiple filling lines, and a large area of pressure plate is used for the same ... Here: ^ Ι ^) 9β Description of the invention (16) In the case, the position of the pressure plate on each container is accurate. The pressure of the containers changes due to the elasticity of the container. "The paper container is inflexible. Use feathers. For 2 L, if it cannot be deformed sufficiently, households ca n’t make the lid material even. Because the fifth object of the present invention is to provide a suitable material. The container of the part. The hemming of the receiver of the wood material to achieve this purpose. The 5th invention of the weeping θ μ The second edge of the second is formed with a hemming part; and the bottom " When the amplitude in the radius direction of the container is "βM is the volume described in 夂 2, it can satisfy the thickness of" L is "t"

2t < A < B. In addition, the side wall of the mouth portion of another heat-insulating container 2 of the fifth invention is provided with a side wall having a curled portion;: =; having P; and a sleeve formed at the -end side thereof ;; ::. The adhering part of the above-mentioned side wall of the body and the arrangement said "A, between, although the above-mentioned crimping part of the container axis direction" sound A ", the container radius direction of the above-mentioned crimping part ~ Tian again When the thickness of the side wall is "t", it can be satisfied.

2t < A < B. According to these containers, when the lid material is placed next to the crimping portion, the following description of the invention (17) can be covered :: The specified strength makes the lid material sure: the direction deformation part is easy to follow the container. Economical. This is a conventional production line on the container of the original ，, all the K film: the curling section is then used to close the above opening 〇kJt ^ ^ # ¥ In this case, via # 接 装 如 丨 to 入 ># The bonding width f Μηη-ν makes the joint material and the n # of the hemming part larger than the specified strength. In addition, the cover material is partially peeled off. ^: Go; time, can be appropriate The peeling force removes the cover member. In addition, the above-mentioned side wall may be formed of paper. The insulated container of the present invention is wound around the designated mandrel: i f: I makes the fan-shaped hair blank roll JL ^ B po ^ Λ Λ and attaches both ends thereof. At the time of manufacture :: 2 kinds of f set 'apply the adhesive to the bottom of the mating part of the blank' and enter the shaft end of the sleeve on the mandrel: the processing of crimping 4 for effective processing . In addition, the sleeve becomes thinner ί 在 ίΓ becomes lower: in the roll? Attention must be paid to the processing of parts. Use of crimping ton: It is possible to make the sleeve firmly adhere to the mandrel without reason. Even in this state, it is necessary to consider that the sleeve will not be injured when it is removed from the device. The sleeve can be manufactured reasonably and efficiently. Page 23 88116057.ptd V. Description of the invention (18) To achieve the object, the sixth invention provides the following devices, a blank supply device, and a sleeve discharge device. The exhibition also refers to the "sleeve manufacturing device of the sixth invention. The fan-shaped hair is used to form a slanted cylindrical sleeve that is used as an exterior of a heat-insulating container. Straight 2 is provided. The inclined shaft-shaped crotch portion of the inner periphery of the sleeve; the carrying device is used to carry the above-mentioned mandrel along a specified surrounding path, and a blank feeding device is used to supply the above blank to a protrusion protruding above the surrounding. Directly below the above-mentioned mandrel at a specified position on the path, so as to apply the above-mentioned adhesive to one end thereof; and a winding device for winding the above-mentioned blank provided by the above-mentioned blank supply device onto the above-mentioned mandrel. So that the adhesive applied on one of the ends overlaps the other end; a sealing device for pressing the seam portions of the sleeve formed on the mandrel to each other; a plurality of crimping processing devices, Arranged side by side along the above-mentioned surrounding path, the processing jig is crimped to the protruding portion of the sleeve protruding from the mandrel to process the crimping portion; and the sleeve discharge device will be processed with the above-mentioned roll, port P The above sleeve from The above mandrel is taken out; the above-mentioned multiple crimps plus Table y are used to heat the above-mentioned processing jig so as to be crimped to the above-mentioned protrusion of the sleeve Tao. According to this kind of sleeve system; when the 酤 酤 士 士, t li & 'is set, because the cover is softened by the heat of the processing jig, when the toilet is used as a cover, the cover% > not heated In comparison, the crimping port P can be processed with a small force. Flex: / 丄, 丄 each ^ If the force required for processing can be reduced, the load of the sleeve applied with η will be reduced. After manufacturing When the sleeve is to be taken out from the mandrel, it is possible to report the disaster I # a /, and the removal operation can be easily performed, so that the structure of the device can be simplified.

V. Description of the invention (19) Structure: Two: The temperature of the processing jig on the upstream side of the diameter of the heated processing jig barrels so that at least two of the above-mentioned plurality of crimping processing devices protrude. It is set to be lower than the temperature of Eryun Road Work Fixture. Generally, it is easy to process the crimping part of the sleeve. As mentioned above, by reducing the post-processing ratio, the thermal effect of printing, such as the heating temperature drop of the jig, can be prevented, and the thermal effects of printing and the like can be suppressed to a minimum. It is also possible to make the hemming processing device 1 on the most upstream side of the conveying path of the above-mentioned plurality of hemming processing devices for: turning the upper work clamp while crimping to the sleeve "the above protrusion, the addition of L here" In this case, when the processing resistance of the hemming part is the largest when the processing jig is rotated, it can be private, Γ η ί = The heating temperature is reduced. When the coating is applied to the sleeve during the preparation of the hemming plus king, the processing clamp The treatment material can be uniformly diffused throughout the entire circumference of the sleeve. Using blanks; the supply device is used to transfer the sleeves forming the heat-insulating container: the shaped blanks are transported to the slanted shaft-shaped crotch. Directly below the mandrel 'includes: a first conveying device for carrying the hairs to be attached as described above-the ends are kept parallel to the direction of transportation set to the center line of the mandrel, and Carry in this state; the adhesive coating device is used to Here a portion of the above-mentioned end side of the blank above the conveyance of the first transfer means, coating adhesives; inverting means, then coated with the above-described

501996 V. Description of Invention (20)

The above-mentioned hair embryo charged is rotated around a rotation axis extending in an orthogonal direction to the above-mentioned conveying direction and reversed up and down; and a second conveying device is used to carry the left-right symmetrical posture of the centerline of the mandrel for conveying. The reversed germ. According to this kind of blank, the bottom side of the blank, the roller row, etc. of the structure transport device and the supply side supply device are arranged in addition to the application of the top and bottom in this way to achieve the best connection. In addition, it can also be arranged. One of the rotations of the rotation axis can be taken in and out, and the upper embryo can be transferred in this case. Because the hair germ is used to correct gravity, it can also be within the above-mentioned gap of the centerline-Gate 4 '"ΊΊ \ Believe's direction is reversed, it takes time for the hair germ to reach the mandrel. Lee f in the hair The excess water of the adhesive of the embryo evaporates due to the strength. As a result, the incidence of mouth defects due to the adhesive strength can be reduced. Because the adhesive is applied to the wool = it can be simplified when compared with the case of coating from above. It is its advantage. Since the conveying device and the second moving direction are parallel to the centerline of the mandrel, the centerline of the hairpin to the mandrel can be made into a straight line. In the above-mentioned rotating pair of wheels, in each of the above-mentioned pair of rod wheels, the slits of the blanks of the first conveying device = the second conveying device takes out the above from the gap and directly below the mandrel. The rotation of the runner can be moved in the gap of the county, so the posture of the embryo can be reversed. M is also set to have an opportunity to make the above one pair of runners symmetrical, and from the above-mentioned spines ^ pair Upward return mandrel m End of the line to the distance from each circumferential side of the wheel to obtain 1U points A 54 ^ flail battle equal to each other. In accordance with this

V. Explanation of the invention (21) Structure 'When the hair embryo from the person to the gap is turned from the field ^ t to the rise in the gap, the inner part of the inner side of γ t + 4 is aligned according to the radius of the runner. # 、 以 2 之 = To each of the runners in one of the above, at its d, coated with: ίΐSet ί the above-mentioned gap. In this way, a plurality of hair embryos of the row Π; Γ are taken into the runner one by one, and by: ϋ ϋ 卜, f ϋ can be taken into the above clock from the first transfer device: The above-mentioned hair embryo 'in the second gap' was lifted into the above-mentioned first conveying device as A = 2 to move Λ ', and the rotation direction of the above-mentioned runner was set to send it to Λ so that it would not fall from the runner or fall. The hair embryo transferred into the gap is turned. / 下 到 疋 can rotate about 180. For up and down hair: ηΛAnother blank supply device is used to use the formed sleeve to directly under the mandrel with the inclined shaft-shaped crotch, which includes: the first conveying device,奴 # 奴 & The above-end portion of the above-mentioned hair embryo which is used to carry the above-mentioned hair embryo so as to be held and set in the direction of the centerline of the mandrel by the transport device is moved to the above-mentioned hair embryo to: = Down: If the above-mentioned hair germ is returned to the device, when it is moved in accordance with such a hair germ supply device, the hair germ is in the circuitous period of moving back to the device 501996 V. Description of the invention (22) The excess water of the adhesive can be evaporated . :: Bu 'can also make the above-mentioned pair of rollers in the above-mentioned blank supply device rotate around the rotation axis extending in the orthogonal direction according to the above-mentioned moving and transporting directions, and in the above m Each of the wheels is provided with the wool which can be taken in from the above-mentioned conveying device. Alternatively, the second transfer device described above may transfer the blank from above to directly below the mandrel. Take out the sleeve ejection device of the sixth invention in a gap, and use it to remove the sleeve from the core: the shaft of the shaft-shaped crotch ... It is equipped with a broken roll ^ The roller in rotation is pressed against the crotch. The above: the end of the sleeve described by the machine for the cylinder damping wheel ^ ^ is separated from the small diameter side of the toilet; and the sleeve holding body is provided with a sleeve receiving portion for receiving the inner circumference of the sleeve. side. In the case of the sleeve ejection device taken out by the kappa wheel mechanism, since there is no need to accept the outer periphery of the sleeve discharged from the mandrel, there is no problem with the outer periphery of the sleeve. Because the sleeve can be fully held even if the sleeve is slowly inserted in the sleeve receiving portion, the circumference of the roller: shape: also = negative of the barrel. This point can also reduce the sleeve to lower the sleeve receiving part by rotating the body with the axis i to rotate around the designated rotation. In this case, the receiving sleeve provided with the “fixed to one by one” can effectively recover the sleeve. The rotation of the holding body is used in the case of manufacturing the above-mentioned insulated container. The second treatment, such as the processing of ribs, is used to 88116057.ptd, which indicates that it is necessary to inject various processing hot water injections. Page 28 V. Description of the invention (23) Location and reinforcing heating wire to fund * 成 Suitable for film-like cover materials: The addition of the crimping part of the body can be effectively processed. It is best to develop a kind of package 4 ί: 1Γ The second is to provide an insulation device that can effectively manufacture the above-mentioned insulated container and an inspection device suitable for the manufacturing device. And inspection equipment% ~ There are the following insulated containers :: crying / Ming's insulated container manufacturing device, which is used to manufacture the sleeve group ΐ :: week to manufacture insulated containers, including: 容 i ' Jiaqiu, Zhi ^ are used to receive the crimping receiving member provided at the end edge of the container body, and the side wall receiving member for receiving the side wall of the container body; Let's crimp the above-mentioned crimping part to 12_ The component rib processing device is used to deform the container body above: ^ The above-mentioned side wall receiving member is deformed; the adhesive is coated, and for receiving the crimping processing device and the rib processing device, I = ί 之The above-mentioned container body is coated with an adhesive on its outer periphery; and the sleeve is provided with a sleeve to cover the above-mentioned container coated with the above-mentioned adhesive and: When manufacturing a device, The processing of the processed body and the ribs of the nano tube, and the manufacturing of the container that has undergone such processing: the bonding can be continuously performed in the same device, and the household can effectively manufacture the thermally insulated container. In the manufacturing device, a sleeve combination device can also be provided for

88116057.ptd Page 29 501996 V. Description of the invention (24) ------ $ The sleeve supplied by the sleeve supply device described above is pressed into the container body held on the container holder described above. In this case, the sleeve can be installed in the correct position of the container body, and the two can be reliably connected. In the above manufacturing apparatus, a combination inspection device may also be provided, which is used to check whether the combination of the above-mentioned container body and the above-mentioned sleeve is good after the treatment of the above-mentioned sleeve combination device. In this case, the bad combination of the sets can be detected to take appropriate countermeasures. In the above manufacturing equipment, a sleeve inspection device may also be provided,

After the processing of the sleeve assembly device, it is used to check the formation of the above sleeve

Is the taxi good? In this case, the formation of the sleeve can be detected to take appropriate countermeasures. F The manufacturing device of the dead body may also have a carrying device to carry the above container along the designated carrying path and hold it along the above-mentioned moving path ^ m ^ ^ -Γ ^ ^ / the mouth of the mold transport path set above: curl Processing device 'The aforementioned rib processing device, the aforementioned cloth device, and the aforementioned sleeve supply device. In this case, a crimping processing device ' rib processing device may be arranged along the path; effective processing is performed. It does n’t interfere with each other ’makes the devices

The other invention of the seventh invention-the manufacturing device is used to combine the sleeve to the outer periphery to manufacture a thermally insulated container, which includes: a container holder, which is used to hold the above container body in a state of upside down; 'It is used to cover the above cover from above the container body :: Hold the above-mentioned container's surname θ ^ π ii 4 7 Pi Baodan on the outer periphery of the container body of the &holder;

501996

V. Description of the invention (25) The device, the device body faces the device and moves; the sleeve is pressed in the center of the radius; the upper and lower diameters can be reduced to press in; the cover is used to press the above The direction of the upper part of the cylinder is the same as that of the sleeve. The sleeve is covered with the sleeve according to the eccentricity of the sleeve. The container is combined with the above-mentioned combined fixture. The pressure surface of the sleeve faces the end surface. The combined device uses the sleeve combination fixture of the solution, the shape of the fixture is toward the 2 l corner; and the fixture. The drive has: the fixture is too mixed, the fixture is driven, the body, has access to the port P ', and the concentric pressure is released. The upper sleeve is connected with the upper sleeve and the upper sleeve. However, the main body of the net device is coaxial with the fixture body of the person, and moves in the direction. The outer periphery of the concentric structure is provided with the sleeve. Tube side shoulder

According to this manufacturing device, the sleeve covering the outer periphery of the container body and the eccentric surface via the concentric member can be displaced in the radial direction of the container body. . By using the wrong method, the problem of manufacturing errors caused by the eccentricity of the sleeve and the container body or pressing into the sleeve can be reduced. Since the concentric component is provided coaxially with the fixture body of the same-type moxibustion tool, the fixture body can be smoothly guided, and the concentricity can be improved.

A further manufacturing device according to the seventh invention is used for manufacturing a heat-insulating container by assembling a sleeve to the periphery of the container body, which is provided with a container holder, > A rotating body with the axis of the container body rotating at a percentage; and an adhesive coating device provided with a nozzle device for blowing the adhesive onto the container holder held on the container holder

Outside the body; the above-mentioned adhesive is used to determine whether the photography range set between the above-mentioned nozzle wall adhesion range and the proportion of the area adjusted according to the above-mentioned photograph range is used. The cloth device is provided with: a photographing device, the device and the above side image of the container body for photographing; and judging that the image corresponds to the above-mentioned adhesive ^ It is determined that the adsorption state of the above-mentioned adhesive is based on such a manufacturing device When the surname Φ is rotated, and the adhesive is blown to the outer periphery, VL ′ around ^ = device body: given to the outer periphery of the container body. From ^ = = η :, or if the output is appropriate but the output is bad, take appropriate measures. The test lambda inspection device provided by Falkau State is used to inspect the insulated container formed by combining the sleeve with the container body = circle, which includes: the concrete device keeps specific and: the circumference: its axis rotates freely; rotation drive The device is used to drive the body to turn it, and the height f signal detection device is formed in conjunction with the above-mentioned rotary t drive to detect the fruit at a specified position around the container holder: the height change of the upper end of the thermostat. #Use the output and its detection households and = devices' to detect the output of the installation hall based on the above-mentioned height information to determine whether the above combination is good. According to such an inspection device, when the sleeve spans the container, the sleeve spans the container body, and at the spanned portion: cover; "

^ Oiyyo V. Description of the Invention (27) ΐΐϊϊΠ changes from normal values. Detecting the change based on the information from the rotating height device can reliably detect the defective combination of the spear cover of the container body and take appropriate countermeasures. Mutual: = tj * 21 = The above-mentioned height information detection device is provided with a light unit and a light receiving unit to form a bag that is held at the above-mentioned volumetric capacity from the upper end of the above-mentioned insulated container to specify The inspection light section of the amplitude emits m parts toward the light receiving part described above, and prepares a signal corresponding to the light receiving amount of the inspection light when receiving from the above condition. On this kind of emotion device 2: When the height of ',', valley 11 changes, 'the corresponding heat insulation wheel comes out: 出 The amount of light shielding will increase or decrease.' * Since the light receiving part, the other Make a difference. The setting 2 can make the above-mentioned inspection device equipped with: a distance information detection device holder /, the above-mentioned rotating body's driving linkage, which is used to detect from a specified position around the above-mentioned distance ^ 2 to the above-mentioned insulated container The outer circumference of the sleeve is judged to be jealous 5 'to output the information corresponding to the detection result; and Chengxun uses the output from the distance information detection device as the sleeve to determine the sleeve from Whether it is well formed. In this case, when the device is skewed due to the defect of the bonding part, etc., it uses the distance to detect the change in the distance corresponding to the skew, B, and double MI. Therefore, it can be confirmed that ^ ^ According to the above, the formation is not good, so as to take appropriate countermeasures. The crimping method is used when the cover material is placed on the open end of the heat-insulating container. This method is used to 'crush the entire periphery of the crimping section' at the same time. Small containers are practical. For the crimped portion of a large D I container (about 140 mm in diameter) in instant noodles, etc.,

Explanation of the invention (28) When the method of the crushing is crushed, it is necessary to: ㈣, ㈣ will make the device: this: ^ each part of the installation requires the edge part ::: Γ The cover is made of wood: it can be smaller Force the container to roll. The processing device suitable for the subsequent shape of the Ang material and the container of the eighth invention of the eighth invention for the purpose of achieving the above-mentioned purpose of the container are worn by the worker. One of the parts is all in contact with the container provided in the container. The edge edge is jealous and the rabbit σ 77. The crimping receiving member is set to clamp the crimping portion with the pressing member; the crimping driver: the edge facing the cow is surrounded by: edge :, the i And the rotation driving device, using ^, zhi, and 'edge-joining members' to rotate; drive the above-mentioned pressing member or the above-mentioned capacity number to enclose the curling portion on the two sides, and follow this The surrounding direction of the processing device 眭, m ^ is changed. When the pieces are used to clamp the crimping part —m $ ^ and the crimping receiving structure = :, the body can be placed in the curled t? Shape with less force. The desired shape can be achieved by rotating the pressed member or container. The whole week is processed into the above-mentioned crimping and crimping section. I this case, ° to set! Cheng accepts the crimping part mentioned above with his whole week. The Sui condition can be stably maintained by the crimp receiving section

V. Description of the invention (29) In addition, the above-mentioned processing device can also be provided with a container holder with a useful U 1 ^ + container. In the above-mentioned container protection: Yes, the above-mentioned crimp receiving member is provided outside the above-mentioned \ \ The square rotation drive device is used to drive the upper =. In the case of 'the container can be used to turn the container in-turn. This rotation is used to make the hemming part to rotate around the axis of the force = contact =: The device has: a driving wheel, which rotates the driving wheel. Here, & π ^, oral source, used to drive the above drive body can make Rong cry, as long as the drive wheel is in contact with the rotation can be interrupted: pass :: capacity: need to make the drive wheel away from the rotating body Of = square system! The piece becomes a roller which can surround the container to allow the pressing mΛ to freely rotate. In this case, the phase between the P member and the container bead can be made small. Hunting for smooth processing of crimping. The thickness of the child is U and the pressure is reduced. The processing I can also be constructed when the above is used: the pressing force driven by the press is used to make the direction change. When the crimping part generates a step in the crimping, even if the receiving member is avoided due to the bonding of the container, etc., ^ can also cooperate with the step to prevent the pressed member or the crimping member from avoiding the hunting to make the stepped part. The share will not be crushed by excess. 88116057.ptd Page 35 V. Description of the invention (30) Situation :: Take: ":" as the above-mentioned relocation drive device. The action of punching, so the air cylinder dancers can be produced according to the steps of the curling part = clothing The structure and the crimp receiving structure are connected to each other. The above-mentioned rotating body is provided with a side wall to receive the structure, and the soil is used to connect the side wall of the valley device (the structure is used to hold the container and the side of the container < Accept the whole week and accept the structure on the side wall of the model; the shape of the house member 'forms the contact with the upper part, and the direction of the surrounding direction of the side wall-use the model to receive the force of the brother according to the day component: work-linked In order to use the circumference of the side wall of the π container === the side wall of the device, there may be no reason for the contact between the manufactured component and the above-mentioned crimping part: factory parts = In the case, the capacity: from; the holder floats Produce the processing effect to make the above commandment # 哭 _ + In the center can also be provided with anti-dropout device, which is used to press the side of the container holder with the crimp. In this two: 2 there will be pressed components and models The processing of pressing members; use :: Cheng: fast from its holder The problem of poor processing. The above-mentioned rolls made by the roll and the stupid container to make the above-mentioned container into a heat-insulating container include the container body and a sleeve covering the container body with its outer periphery and the crimping receiving member described above. 88116057.ptd Page 36 501996 V. Description of the invention (31) --- The processing of the sides is carried out on the above container body with the above sleeve installed. In this case, it can not interfere with the progress of the sleeve Processing of the crimping portion. The processing method of the eighth invention is to sandwich a part of the crimping portion provided on the end edge of the container by using a pressing member and a receiving member, so that the clamping position ^ The surrounding direction is gradually changed, and the entire circumference of the hemming pattern is processed into a specified shape with & According to this processing method, for the same reason as the processing device described above, when the entire hemming part is pressed at the same time In the case of comparison, the entire periphery of the curling portion can be processed into a desired shape with a small force. Other objects, features, functions, and effects of the present invention will be apparent from the embodiments of the invention described below. [Brief description of the drawing] Fig. 1 shows a thermally insulated container according to a first embodiment of the present invention; Fig. 2 shows a partition & capacity of a second embodiment of the present invention; Fig. 3 is provided in Figs. 1 and 2 Bottom view of the paper cup body of the heat-insulating container; Fig. 4 is a dimensional drawing of the sample of the first embodiment of the heat-insulating container of Fig. 1; FIG. 5 is an expanded view of the blank of the sleeve used in the insulated container of FIG. 5; FIG. 7 is an enlarged view of the handle piece provided on the blank of FIG. 6; State of use; Fig. 9 is a dimensional drawing of the embodiment of the heat-insulating container with handle sheet of Fig. 5; Fig. 10 shows the heat-insulating container of the fourth embodiment of the present invention; Manufacturing process; FIG. 12 to FIG. 10 is an enlarged sectional view of the inward curling part of the sleeve;

501996 V. Description of the invention (32) Figs. 13 (a) to (c) show various shapes provided in the inward curling portion of the sleeve of Fig. 10; Figs. 14 (a) to (c) show provided in Fig. 10 Various other shapes of the inwardly curled part of the sleeve; Figure 15 is an enlarged sectional view of the bottom part of the paper cup body shown in Figure 10 · Figure 16 is an enlarged sectional view showing the paper cup body and Near the adhering part of the sleeve; Fig. 17 is a sectional view showing another example where the lower end of the sleeve is located above the base part; Fig. 18 is a sectional view showing the inward curling part of the sleeve Shape; Fig. 19 is a plan view showing a part of a blank used to form a sleeve; Fig. 20 shows a heat-insulating container according to a fifth embodiment of the present invention; Fig. 21 shows a manufacturing step of the heat-insulating container of Fig. 20; Fig. 22 is an enlarged sectional view of a curled portion of a paper cup body constituting the heat-insulating container of Fig. 20; Fig. 23 is a plan view of a device for manufacturing the sleeve of Fig. 20; Fig. 24 is an arrow of the manufacturing device of Fig. 23 Side view in the XXIV direction; FIG. 25 is an enlarged view of the XXV part in FIG. 23; FIG. 26 shows a mandrel and a main seal of the manufacturing apparatus provided in FIG. 23 Device; Figure 27 is a side view of the front half of the blank feeding device provided in the manufacturing device of Figure 23; Figure 28 is a top view of the front half of the blank feeding device; Figure 29 is a view taken along the line XXIX-XXIX of Figure 27 Sectional view; Figure 30 is a side view of the rear half of the hair blank supply device;

88116057.ptd Page 38 501996 V. Description of the invention (33) Figure 3 1 is a blank embryo Figure 3 2 shows a figure 3 3 shows a figure; Figure 3 4 shows a figure 35 shows a figure 34 Figure 3 6 shows a figure 3 7 It is a sleeve. Figure 3 8 shows a sleeve. Figure 39 is a figure. 20 is a figure. 3 is a figure. 3 is a figure. Figure 4 is a figure. Figure 4 is a figure. Figure 2 is a figure. Figure 43 is a figure. The way; Figure 4 7 shows the way to facilitate processing. Figure 4 8 shows an example of the operator; a top view of the rear half of the supply device; the winding device of the manufacturing device of Figure 23; the supplement of the manufacturing device of Figure 23: 丄 Λ The main part that can be deployed is shown in Figure 23 Variations of the crimping processing of the manufacturing device;, Placed, full; Top view of the sleeve discharge device of the manufacturing device in Fig. 23; Example of the crimped portion of the tube, tube 4, tube; Top view of the paper cup manufacturing Pei Zhi; side view of the device in the direction of the arrow XXX; direction of the device in the direction of the arrow XX; the cross-sectional view of the device of the paper cup supply device of Fig. 39; The main part of the processing device of the device. The rear view of the arrow XXXXV direction. Use the device of Figure 44 to add ribs to the side walls of the paper cup and the cup body. Use the processing device of Figure 44 on the paper cup body. The crimping portion is added to the crimping portion of the paper cup body with a plurality of pressure rollers. FIG. 49 shows the main part of the paste device provided in the device of FIG. 39. FIG. main Part

88116057.ptd 501996 V. Description of the invention (34) Fig. 51 shows the whole of the sleeve combination device provided in the device of Fig. 39; Structure of the detection device of the device; FIG. 54 is the structure of the discharge device provided in the device of FIG. 39;

[Explanation of the component number] A: Insulation space B Width BD Next range C Hemming forming part Cl Clearance C2 Clearance C3 Clearance CCW Arrow direction CL Centerline D Clearance D, Clearance E Outer diameter F Arrow N Month Same paste portion Pi: Point P2: Point R:: Extension line s:: Straight line 88116057.ptd Page 40 501996

V. Description of the invention (35) ST station T straight line U horizontal plane V horizontal plane W horizontal plane X vertical axis Y extending direction of the leading end 43a 10 heat insulation container 10A paper cup body 10B sleeve 11 crotch 12 bottom 13 ribs 13, Wing ribs 14 Upper curling portion 15 Side wall 16 Inward curling portion 17 Insulation member 18 Bottom support portion 19 Missing portion 20 Insulated container 20A Sleeve 20A 'Hair embryo 20B Paper cup body 88116057.ptd Page 41 501996 21 Side wall 22 Inward curling portion 23 Hand piece 24 Crack line 24a Arc portion 25 Fold line 25, Small fold line 26 Connecting portion 27 Missing portion 31 Hoop portion 32 Bottom 33 Outward curling portion 34 Horizontal rib 35 Horizontal rib 41 Paper cup 42 Paper cup body 42a 胴 42b Bottom 42c Hemming part 42d Wing rib 42e Wing rib 42f Bottom rest part 42g Raw edge 42h Raw edge

88116057.ptd Page 42 501996

88111057.ptd Page 43 501996 V. Description of the invention (38) 63e: protruding portion 6 3 f: end edge 63g: outward crimping portion 63h: inward crimping portion 6 3 i: inward crimping portion 64: Adhesive agent 65: Adhesive agent 66: Cover material 67a: Hemming section 1010: Manufacturing device 1011: Frame 1012: Drive device 1013: Turntable 1014: Mandrel 1015: Intermittent drive mechanism 1 020: Hair blank supply device 1021: Hair blank holding Device 1 022: Hair blank removal device 1 023: Conveyor belt 1 024: Adhesive coating device 1 02 5: Rotary device 1 026: Hair blank feeding device 1 030: Winding device 1031: Base

88116057.ptd Page 44 501996 1032 Arm 1033 Drive mechanism 1034 Pressing device 1040 Main seal 1041 Air cylinder 1042 Soldering iron 1043 Supporter 1044 Direction change valve 1045 Air cylinder 1046 Connecting rod 1050 Auxiliary sealing device 1051 Package clamp 1052 Actuator 1060 roll Edge preparation device 1061 Pad 1 070A Hemming processing device 1 070C Hemming processing device 1 070B Hemming processing device 1071 Slider 1072 Spring 1073 Processing fixture 1074 Motor 1080 Sleeve ejection device 1081 Roller mechanism

88116057.ptd Page 45 501996

88116057.ptd Page 46 501996

88116057.ptd Page 47 501996

88116057.ptd Page 48 501996 V. Description of the invention (43) 1812 Lifting table 1840 Shaft end 1850 Sheet 1851 Cross frame 1852 Spacer 1853 Bolt 2010 Device 2011 Frame 2012 Turntable 2013 Drive mechanism 2014 Primer 202 0 Paper cup supply device 202 1 Warehouse Box 202 2 Take-out roller 202 3 Driving mechanism 203 0 Processing device 203 0A Processing device 203 0B Processing device 203 1 Rotary driving mechanism 203 2 Pulley processing mechanism 2033 Anti-off mechanism 2034 Hemming portion processing mechanism 2040 Pasting device 204 1 Spray gun

88116057.ptd Page 49 501996 V. Description of the invention (44) 2042 Inspection device 20 50 Sleeve supply device 20 5 1 Conveyor belt 20 52 Shutter mechanism 20 5 3 Extrusion mechanism 20 6 0 Sleeve combination device 20 6 1 Combination fixture 2 0 62 Air cylinder 2 0 70 Inspection device 20 7 1 Rotary drive mechanism 2072 Photoelectric sensor 20 73 Laser ranging sensor 2 0 74 Judging device 2075 Monitor 20 8 0 Discharge device 208 1 Gear box 2 0 82 Cartridge 2084 Conveying mechanism 2085 Paper cup accumulation device 20 9 0 Inner surface inspection device 2 0 9 1 Illumination lamp 20 9 2 Camera 20 9 3 Image processing device 2100 Paper cup holder

88116057.ptd Page 50 501996 V. Description of the invention (45) 2101 Support shaft 2102 Rotating cylinder 2103 Spacer 2104 Collar 2104a Flange 2104b Groove 2105 Collar 2105a Flange 2106 Wheel 2210 Base 2210a Through hole 2211 Connecting rod 222 0 spiral groove 2230 motor 223 0a output shaft 223 1 primary pulley 2232 secondary pulley 2233 idler 2234 belt 2235 connecting shaft 2310 motor 2311 drive wheel 2320 air cylinder 2320a piston rod

88116057.ptd Page 51 501996 V. Description of the invention (46) 232 1 Model pressing member 232 1 a groove 232 1 b protrusion 2322 holder 2323 shaft 2330 air cylinder 2330a piston rod 233 1 anti-detachment plate 2332 bearing 2340 air cylinder 2340a Piston rod 2341 Press roller 2342 Roller holding 2410 Nozzle 2420 Photography range 242 1 Camera 2422 AD converter 2423 Calculation circuit 2424 Decision circuit 2425 Monitor 2510 Discharge outlet 2520 Shutter 252 1 Air cylinder 2530 Air cylinder III __ 88116057.ptd Page 52 501996 V. Description of the invention (47) 2530a: Piston rod 253 1: Pressing mechanism 2 610: Clamp body 2610a: Hollow portion 2610b: Flange 2611: Guide shaft 2 6 11a: Stopper 2611b: Enlarged portion 2612: Concentric Member 2612a: eccentric surface 2612b: stepped portion 2613: coil spring 2620: movable portion 2 710: motor 2 711 • drive shaft 2720: light emitting portion 272 1: light receiving portion 2810: output shaft 2811: output shaft 2812: sprocket 2820: Tube 282 0a: Inclined hole 2840: Chain 2850: Claw

88116057.ptd Page 53 501996

2 8 5 1: Actuator 2853: Cassette [The best form for implementing the present invention] The same as shown in (two t) ^^^ ~ (C). The right side is the side, and the left side is the section. The paper cup body shown in Figure 2 (a) m of the second device 1; the combined figure Ka) =: the large crotch (side wall) 11 and the bottom 4 used to close the bottom 4 Floor) 12. The paper cup body 10A has at least a polyolefin resin layer. The sleeve 10B is mounted on the paper cup body 10A so that a gap is formed between the sleeve 10B and the outer peripheral surface of the crotch portion u. The insulated container has a larger outer diameter than the shape of a large bowl, bowl, cup, etc. For the length: the paper cup body 10A is rigid, so as shown in FIG. 1 (a), at least i outwardly protruding horizontal ribs 13 or inward are formed in the crotch 11 of the paper cup body Protruding horizontal ribs 3 ,. It is also possible to form a plurality of horizontal wings, ribs 13 or 13. In the same paper cup body 10, the horizontal ribs 13 and the horizontal ribs 1 3 'can coexist. The paper cup main body 10A has an upper end curled portion 14 formed at the upper end. At the lower end of the paper cup body 10 A, the bottom portion 12 and the crotch portion 11 are wound and joined to each other. In addition to being used to reinforce the strength of the paper cup body 10a, the upper curling portion 14 can provide a thermal insulation surface when the cover material (not shown) is joined. The cross-sectional shape of the upper curling portion j 4 is not limited to a circle, and may be formed to be pressed in the up-down direction.

88116057.ptd Page 54 5. Description of the Invention (49) The shape of the collapse. As shown in FIG. 1 (b), the sleeve 10B has an inverted frustum-shaped side wall. An inward curling portion 16 is formed at the lower end portion of the rib 10B. By installing the sleeve 1 0 β on the above-mentioned paper cup body 10 A, a heat insulation space A can be formed between the two. The inner periphery of the inward crimping portion 16 of the sleeve 10B mounted on the paper cup body 10A is in contact with the lower end portion of the paper cup body 10A's crotch portion 11. The upper end portion of the sleeve 丨 〇B is directly in contact with the upper end portion of the 11 portion 11 of the paper cup body 10A, or as shown in FIG. 2 through the heat insulation member 17. The details of the embodiment of FIG. 2 are as follows

Described. The paper cup body 10A and the sleeve 10B are adhered and fixed with any one of the upper and lower contact portions, so that the sleeve 10a will not fall off. In the above-mentioned thermal insulation container 10, the horizontal ribs 13 protruding outward or the horizontal ribs 1 3 protruding inwardly are crimped around the periphery i of the crotch part 11 and the bottom part 12 The joints are used together to perform the important task of reinforcing the 10 A of the paper cup body.

And the number of U 'and its formation position, height or depth, width, and the second life: 5 can consider the size of the paper cup body 1 {) A, and the cardboard material indicator line is used to make an appropriate decision. One wing rib 13 or 13 can be used as the 4th position and the appropriate level of the water injection volume of the: f paper cup body 10A, and its function of injecting the target line (reference line) at intervals of 6 hot water. β…, in each device, the outwardly protruding water single space a is formed as the important holding two :; when the wall (the crotch 11), u Ding Yutian can hold the Jinmiao 10 side to limit the direction ^ The horizontal ribs 13 support the side wall 15 of the sleeve 10B without flexing toward the inside of the side wall 15.

^ υΐ996 5. Description of the invention (50) In a state where the sleeve 10B is combined with the paper cup body 10A, the sleeve 10B and the outwardly protruding wing ribs 13 can be brought into contact or separated. When it is not in contact, the heat insulation space A is enlarged, and the air in the heat insulation space A is easy to convect in the vertical direction to disperse heat. Therefore, when holding the crotch ^ by hand, the side wall 15 of the sleeve 10B is slightly bent / inside. Tian Tian 乂 = to = hold the container 10, compared with the previous sleeve 10B and the ribs 13 compared with each other 胄As a result, the surface temperature of the side wall 15 is reduced to make it easier to hold. Fig. 2 shows a barrier container according to a second embodiment of the present invention. The steel-shaped appliance is held by a hand or heated in a microwave oven. The user holds the container by hand. T i is generally half of the person i holding the left and right hands with the fingers of both hands from both sides. In the thermally insulated container of Fig. 2, it is possible to make the shake 甩: the two? The heat-insulating effect is improved. In the above 1 thief 10, a heat-insulating material is preliminarily placed on the u portion u of the paper cup body 10A, and then the sleeve ⑽ is from above. Sheets made of corrugated cardboard and other sheets of intermediate paper with nf sheet paper in the longitudinal direction are used as sheet paper sheets of heat insulation structure. You can use this to narrow the heat insulation member 17 and heat space A to: When it is lifted between the ancient paper cup body and the sleeve 10B, it becomes isolated. Therefore, after installing the heat insulation of the upper part of the door 10 ° and making it stable, hold it with your hand: ^ Capacity = After heating and conditioning with a microwave oven, you can install the upper part of the thermal insulation container 10; 0 The heat-insulating container 10 is particularly effective when it is filled with hot water to prevent f. The sleeve 10B of the cup body 10A can be detached, so that 501996 5. Instruction (51) The inner periphery of the inner curled portion 16 and the paper cup body 10a can be connected to each other, or the inner and outer surfaces of the heat insulation member 17 can be separated from each other. Continue with the paper cup body 10A and the sleeve 丨 〇B. Fig. 3 is a bottom view of the paper cup body using the insulated container of Fig. 1 or Fig. 2; As described above, "in the paper cup body 10A", as shown in Fig. 3, the horizontal ribs surrounding the crotch portion 11 are provided at the designated position of the crotch portion 3 or 3 ,. The horizontal ribs 1 3, 13 'may be provided to continuously surround the crotch ^ as shown in Fig. 3 (a). As shown in FIG. 3 (b), the horizontal ribs 丨 3, 丨 3 may also be arranged to intermittently surround the ridge portion 11 via the missing portion 19.

In the case of the thermal insulation container 1 of 1, if the number of horizontal ribs is constant ^ When comparing the case of providing continuous ribs 13, the case of intermittently enclosing the ribs 13 will prevent the sleeve 1 The flexed portion of the side wall 15 of B will be inferior. However, the thermal insulation space is expanded, the thermal insulation space communicates with each other, and the movement of the heated air in the entire thermal insulation space becomes easy. Therefore, the temperature rise is uniform, and as a result, the effect of good heat insulation efficiency can be obtained. In the case where the ribs 13 are intermittent, it is best to divide one rib 13 into 4 to 8 parts on the entire circumference of the carcass U. The proportion of the total portion of the missing portion 19 to the whole portion 11 is preferably 30% or less. ^

& f The base portion 18 is also shown in FIG. 3. The inward curling portion 16 has the function of the moon and dagger to embed the space in the base portion 18 (the lower end of the heat insulation space A :). Therefore, do n’t worry Dust due to entry or water ingress can provide a hygienic insulated container. According to the above structure of the thermal insulation container 10, using the same board material as the conventional paper thermal insulation container, it can provide a range of 12 to 200 minutes.

501996 V. Description of the invention (52) A pot-shaped paper heat-insulating container with an outer diameter at the opening. The inner volume can be set to a range of 600 to 1500cc when full. As the paperboard material used for forming the heat-insulating container 10, a paperboard material (weight of paper per unit area) that is substantially the same as a conventional paperboard can be used regardless of the size of the inner volume. That is, a paper cup base paper having a paper amount of 190 to 450 g / m2 can be used in the forming of the paper cup body 0A. In addition, when forming the sleeve 10B, it is possible to use a paperboard with a paper volume of 230 to 450g / m2, a whiteboard paper, or the like. When the paper amount of the base paper of the sleeve 10B is less than the & limit, the rigidity of the sleeve j 〇B '=== becomes too large when flexing' will not be able to obtain the required thermal properties4. In addition, when the paper amount of the base paper of the sleeve 10B is equal to the above j limit, 'the rigidity becomes high' is not suitable for the processing of the inward curling portion 16, and the material cost becomes high, so it is not good. The second material can also be applied with a resin coating film or a resin impregnation treatment to enhance the rigidity, compression resistance, and crush resistance of the obtained heat-insulating container 10, which is equivalent to two bodies: !;: Grain will not be subjected to external force when it is being transported. Low penetration sound system r 襁 this mountain / wind u20 ~ 80 // m range to extrude low density polyethylene resin, medium density polyethylene resin, Resin, linear low-density polyethylene, pI homopolymer, and polyolefin coating film. Polyolefin resin layer of polyolefin resin and material with a body of 10A), and Tigunet ☆ version ^ cereals are transparent to paperboard (paper cup _ ^ ^ In addition to the protection of the grains in He Ting Ling, in addition to the evening, it can improve the bottom, curling, and 胴 ^ to make the lid material (not shown in the figure) and the upper cup, 4 j ,,, and the shape of the cup, It can also be good. T is not shown) and the sealing property of the heat seal of the curled part is changed

501996 V. Description of the invention (53) In the above heat-insulating container 10, because no unevenness is formed on the side wall (outer peripheral wall) and the inward curling portion 16 of the sleeve is formed at the bottom of the container to form a suitable arc Shape, so you can increase the appearance of beauty and creativity. The surface of the side wall of the insulated container 10 is a flat surface, which can increase the freedom of printing on the sleeve #a. Not only the conventional printing such as offset printing, photogravure printing, amine (flexograph) printing, etc., but also various coating films, foil, embossing, etc. can be applied to the sleeve 10 B freely After processing ,. Therefore, those that are commensurate with the above excellent creativity can exert a good beautifying effect. It is provided through the side wall surface of the sleeve 10β or the surface of the inward curling portion 16. Coating layers such as varnishes can improve these surfaces to make them less prone to wetting and contamination. Taxi usually need to be very careful when hot water comes into contact with the plastic layer on the plastic surface of the container, because monomers that remain in the plastic easily occur, and heavy metals used as polymerization catalysts, and other Additions, etc., and the dissolution of these substances may cause contamination of food. The container must be constructed so that the amount of such dissolution does not exceed the reference value stipulated by the Food Sanitation Law, but even if it is a very small amount below this value, for example, polycarbonate resin that is mostly used in feeding bottles or school tableware Dissolved bisbenzene A 'or styrene oligomers from foamed polystyrene containers have been pointed out to be dangerous for endocrine disruption in organisms. The principle of prevention is to avoid the use of environmental hormones (exogenous endocrine) Disturbing chemicals). In the above-mentioned insulated container 10, since this kind of polyolefin with little danger is used

88116057.ptd Page 59 501996

V. Description of the invention (54) Among the hydrocarbon resins, resins with no additives are selected and used as coating films on the inner surface, so they can be used with peace of mind. The manufacturing method of the heat-insulating container 10 of FIG. 1 or FIG. 2 will be described below. First of all, a paper cup forming machine is used to form a conical frustum-shaped crotch 11 from a fan-shaped blank, and the bottom portion is crimped to join the crotch 丨 丨 the lower part is used to open 2 the bottom 12. Then, the upper end portion of the crotch portion 11 is formed outward and the upper crimping portion is formed ^: ^ times, and the horizontal wings 13 and 13 'protruding outward or inward are formed at the specified position of the crotch portion 11 to form a paper cup. Ontology 10a. ,

The protruding ribs 13 are processed inside or outside the line of the paper cup forming machine. That is, the part of the mold cavity of the metal model that is told to the horizontal ribs 13 is cut in advance into a groove shape, and the formed paper cup body is inserted into the mold cavity of the metal model to make the paper cup body. A rotates. In this state, using an expander, the roller is strongly pressed from the inside of the paper cup body 0a toward the above-mentioned groove shape. In this case, the ribs protruding to the outside are formed. In this case, if the rotating roller is pressed against the entire circumference of the paper cup body 丨 OA, a continuous circumferential wing rib 3 as shown in Fig. 3a is obtained. If the paper cup body 10A is intermittently pressed by the rotating roller, the intermittently-shaped wing ribs 13 shown in Fig. 3 (b) can be formed.

In the above forming method, the paper cup body 10A must be pulled out of the cavity of the metal model after the ribs 3 are processed. In Figure j or Figure 2, when the slope on the upper side of the apex of the under-flat rib is formed, and the slope is smoother than the slope on the lower side, the paper cup body 10A can be easily pulled out of the cavity. The ribs are i-shaped and can be processed by squeezing using male and female models.

501996 V. Description of the invention (55) The ribs 13 'in the thermally insulated container of Fig. 2 are formed by the following steps. A portion corresponding to the ribs 13 and 13 was cut into a groove shape in advance on the outer periphery of the mandrel, and the molded paper cup body 10A was fitted on the outer periphery of the mandrel. Next, the paper cup body 10 A is rotated together with the mandrel, and the rotary roller is pressed from the outside of the paper cup toward the groove-shaped part mentioned above. In this way, the wing ribs 1 3 ′ protruding to the inside can be formed. The fan-shaped hair embryo is used to form a truncated cone-shaped sleeve, and the bottom 4 is formed with an inward crimped portion 16. When the sleeve 10b and the formed paper cup body 10A are combined at a position where the two are in contact with each other and then combined at the same time, an insulated container 10 can be obtained. The completed insulated container j 0 of the present invention can be supplied to the user in a stack. The sample of the embodiment of the thermally insulated container 10 shown in FIG. 1 can be made into two types of sample A and sample B shown in FIG. 4 according to the following specifications. In addition, the horizontal ribs 3, i 3, are omitted. In addition, comparative example samples A and B (not shown in the figure) having the same specifications as those of the sample samples A and B are also produced.

Specimen A Paper cup body 1 0 A Specifications Contents Opening diameter Outer diameter Opening diameter Inner diameter Base plate diameter Number of horizontal ribs: 8 0 4 · 2 cc (when fully filled) 49 9 · 7cc (filled up to 22. 5mm from the upper part) When) 143.5mm φ 1 3 5.Omm ψ 11 5.2mm φ 72.1mm 2

88116057.ptd

Page 61 501996 V. Description of the invention (56) The upper section of the horizontal rib and the lower section of the material constituting the material sleeve 1 0 B. The inward curling part, the outer radial inward curling part, the thickness of the upper end, and the outer diameter of the material sample B. Paper cup body 1 0 A Specifications Contents Opening diameter Outer diameter Opening diameter Inner bottom plate diameter Two degrees Horizontal ribs Horizontal ribs Upper segment width Lower segment width Composition material: 2mm: 6mm: Polyethylene 25 // m / paper cup base paper 280 g / m2: 119.4mm: 2.6mm: 135.0mm: OP varnish layer / printed layer / whiteboard 31 〇g / m2: 1 0 4 5 · 1 cc (when filled) 659 · 5cc (filled to the top (30.9mm): 139.5mm φ: 131.0mm φ: 101.2mm φ: 10 5.0mm: 2: 2mm: 6mm: polyethylene 25 // m / paper cup base paper 280 g / m2

88116057.ptd Page 62 501996 V. Description of the invention (57) Specification of sleeve 10B inward diameter of crimping part: i〇5.6mm Thickness of inward crimping part: 2.6mm Outer diameter of upper end: 131.0mm : OP varnish layer / printing layer / whiteboard 31 〇g / m2 The sleeve 10B described above is mounted on the outer periphery of the paper cup body ιΑΑ, and the molding (tf coating agent is connected to the bottom 12 and placed for use) Example samples a, A ,, B, 佶 of the side and cross section shown by the machine r (b) are made of horizontal ribs 1 3, 1 3, which are omitted comparative example samples ^ ;: 11; ^ A , Tb ^ segment 'to feel the ratio outside: heart :: grip: the surface temperature of Comparative Example A, ΐ ΐ ΐ ΐ above each sample. As a result, when the sample sample A'B outside' grips the chin, Excellent thermal properties, easy to hold. In addition, according to the above-mentioned I thermal book, I felt that it is hot. The paperboard material is used and used in the same specifications as those known, and: the outer diameter of the mouth is larger than the height. When the steel shape is filled in the cup, the container: becomes happy, the situation of the paper cup type is large, when the hot water is therefore small in the container, it can have good heat insulation : Utensils used in place of the heat treatment on steel ;;, as wide, and in the feed can be happy & variety of food can be supplied to the%

88116057 Ptd p.63 And-easy to eat, and also 'for general consumption 501996

Children and others can provide products that can be changed by themselves, especially the elderly or physically disabled. In addition, the creative and the thermal insulation materials used in thermal insulation. Buried in the bottom to prevent contamination. degree. Insulation printed on the bottom of the container 10 in the container can be absorbed. Therefore, the container 10 does not form unevenness on the outer wall of the crotch. It has a good degree of freedom and is commensurate with the printing effect of the wide mouth cover material. Excellent promotion effect.

The polyolefin resin layer on the inner surface does not dissolve the questionable parts 16 such as the environmental hormones found in the foamed polyethylene, which can prevent the gap between the paper cup body 10A and the sleeve ϊ〇β. Dust or foreign matter invades the liquid from the end surface of the paperboard, which can prevent from the bottom. It can improve the safety and reliability of sanitation. When the amount of f Γ is increased, it can be used approximately the same as the conventional one, :: board paper material '. In terms of material cost and manufacturing, it can be suppressed, and the increase can provide insulated containers at a reasonable economic cost. The heat-insulating container 1 〇 can be used as a paper product = volume after use, so it has good physical efficiency. In addition, it contributes to the reduction of environmental protection burden because it is used for expansion.

Fig. 5 shows a heat-insulating container according to a third embodiment of the present invention. Each of the figures (c) is shown on the right side of the center line, and is shown on the left side in section. The structure of the heat-insulating container 20 of Fig. 5 is a combination of a paper cylinder 20A and a paper cup body 20B in the shape of an inverted truncated cone. The paper cup body 20b has a tubular crotch stand, and a bottom "fixed by a crimping seam below" the crotch 31. An opening edge 33 is formed at the opening edge above the month 丨 # 31. Crotch 31

501996 V. Description of Invention (59) There are horizontal wing ribs 34 protruding outward and horizontal wing ribs 35 protruding inward. A heat insulation space is formed between the inner surface of the side wall 21 of the sleeve 20A and the outer surface of the crotch portion 31 of the paper cup body 20β. The side wall 21 of the sleeve 20a is provided with a pair of handle pieces 2 3, 2 3 facing each other. In addition, only one handle piece 23 is shown in FIG. 5. The outer diameter of the opening at the upper end of the paper cup body 20B is set to be larger than the height of the container 20.

The formation of the heat-insulating space of the heat-insulating container 20 is realized by using the horizontal ribs 34 protruding outwardly from the crotch 31 of the paper cup body 20B shown in FIG. 5 and the direction formed at the lower part of the sleeve 20A.内 卷边 部 22。 In the rolled portion 22. However, in a placed state (not holding the container by hand, but on a table or the like), the side wall 21 of the sleeve 20A and the horizontal rib 34 protruding outward do not necessarily contact the 0 horizontal rib 34 The main task is to reinforce the crotch 31 of the paper cup body 20. In addition, the 'horizontal rib 35' is used to reinforce the crotch portion 31 and has a function as a standard for an appropriate amount of hot water to be poured into the paper cup body 20. Fig. 6 is a development view of a blank used for manufacturing the sleeve 20a. As shown in Fig. 6, the blank 20A 'of the sleeve 20A is punched into a fan shape. The left and right end portions of the blank 20A 'become the crimping portion n, and the lower end portion becomes the crimp forming portion C of the inward crimping portion 22. The portion other than the crimp forming portion c is a portion for forming the side wall 21 of the sleeve 20A. The hair blank 20A and the ridge attachment portion N are adhered to each other to form an inverted truncated cone-shaped sleeve 20A. According to the distinction between the folding line 25 and the crack line 24, it is used for punching: the pair of handle pieces 23, 23 are positioned to face each other when the sleeve 20A is formed. In addition, the fold line 25 is provided along the hair embryo 20A, and

View 996 V. Description of Invention (60) Arc. FIG. 7 is an enlarged view of the hair piece 20A and the upper handle piece 23. FIG. FIG. 7 (a) shows an aspect of the handle piece 23. The handle piece 23 is distinguished by the use of a curved fold line 25, which is formed into an arc parallel to the hair embryo 20A, in other words, it is connected to the hair embryo 2 OA, and the outer circumference extends at a certain distance from the circle. At 2: 6, P2 is straight or bent below the straight line; and the crack line 2 4 'is connected to both ends of the polyline 25 (P p P2) and has been bent to the lower part of the polyline 2 5. In addition, the handle piece can be folded back in accordance with the fold line 25. In addition, a connection portion 26 is provided in the middle of the crack line 24. The connecting portion 26 is provided so that the hair embryo 20A is formed on the sleeve 20a, and is combined with the paper cup body 20B. Then, the handle 23 is attached to the side wall 21 before the handle piece 23 is used. t so that the width of the connecting portion 26 is # when using the handle = 23, it can be destroyed with a little fingertip force, so it is best: it will be 0 to 3 mm. The thickness of the board is 0 In the case of 2 ~ 〇 · 5_) When the paper is cut to a certain extent when the paper is cut, the force according to the direction of the paper pattern is greater than the cutting force in the orthogonal direction according to the direction of the paper pattern. In the case where a plurality of connection units 26 are provided on one side of ί Ϊ 24, it is best to use two systems: 26, the amplitude direction is close to the arrow in the figure ... The amplitude becomes larger. By using the formula, the cutting force of each of the connecting portions 26 can be made uniform. "When the missing part 2 is formed around the lower part of the handle piece 23," the missing part will be pulled up. The size of the handle # 2323 is early accounted for Tianben # >, Zuqu handle piece. The size of the missing portion 27 can be inserted by the user's fingertips or nails. The portion 27 is preferably located at the lowermost portion of the handle piece 23. Also, man,

5. Description of the invention (61) Fig. 7 (b) shows another aspect of the handle piece. In this aspect, a small polyline 25 'is provided around = ::: to replace the missing portion 27. According to this, the construction of the & Rishou, along the small folding line 25, can make the lower part of the handle piece 23 easy ^ & using this bent part as the extraction piece, can be used to place the handle piece 23 all on the crack line 24 As shown in FIG. 7 (b), it is preferable to provide an arc portion 1 Λ to draw the shape of the arc in such a manner that the lower portion of the handle piece 返回 returns. When the extending direction of the end of the crack line 24 is close to the parallel square m of the paper texture to pull out the handle piece 23, there will be a hair embryo 20a, and the problem of cracking from the crack line 24 ::, p2 upwards, The additional arc portion 24 can be used to eliminate this problem. Missing =: Line 25, small fold line 25, crack line 24, connection part 26, and owe, all m々 'can be formed at the same time when the blank 20A is blanked. Therefore, the processing of these 7L pieces will not increase the manufacturing cost of the insulated container 20. = The area outside 'Shi embryo 2 0A' can be printed before the processing of hair embryo 20A. "It has a function as an information medium, but the processing of the handle piece 23 above does not have a printing effect or creative effect. It will have a great influence. Fig. 8 shows the state of use of the above-mentioned insulated container 2 with handle sheet. 8 (a) is a side view 'for showing the present invention < insulated container 2 with handle sheet. The handle piece 2 3 is pulled up. 2 The handle piece 23 is shown in FIG. 5, and a fold line 25 is provided on the upper side of the inverted conical surface. ^ It is assumed that it is on the side wall 21 of the sleeve 20A and the paper cup body. In the case of the double container with no space between 20B, there will be force when pulling the handle piece 23 from the bottom, and there will be wrinkles when the handle piece 23 is pulled up. When the sleeve 501996 V. Description of the invention ( 62) When 20A is used as a board with a weak tearing strength, the paper is easy to tear at the fold line 25. ^^ But in the case of the board 20A with the handle sheet heat insulation container 20, the sleeve 20A There is a right, a space between the side wall 21 and the crotch 31 of the paper cup body 20B, so when the handle piece 23 is pulled out, the fold line 25 The central part 21 is deformed in the direction shown by the arrow in Figure 8a, and the handle piece 23 is pulled up with a weaker force. The fold line 25 is preferably slightly shorter than the connecting line of the shortest distance Pi, P2 of the water on the conical surface. Bend downwards so that ^ = 丄 For example, in the case of a fold line with a length of 50_, the time is down · bend by 0.5 ~ 2 · 0. At the center of the eight, pull up the handle piece 23 along the fold line 25 In this case, deform as described above and hold the piece so that the side i hand piece 23 is held approximately perpendicular to the side as shown in Fig. 8 (a). If the handle piece 23 is depressed, it can be restored The original energy ", a state that is approximately the same plane as the side wall 21 of the sleeve 20A). "Heart-adjusting view" is used to indicate the heating of a heat-insulated container with a handle sheet. The two containers are used for hot water conditioning heating and microwave heating. In the case of the handle sheet 23 shown in Fig. 7 (a), The hand piece is pulled up to the top two at the fold line 25, which will bring Feng κ 4 a to your knife ..., the rule of the rule, using a small household to do Du Xi / the hand piece is folded back to form the pick piece, and pull it up by hand "Tap the abundance" ... t to the top. In this way, keep the hand piece 23 at an approximate level as shown in FIG.

501996 V. Description of the invention Heat conditioning in the (63) state. In addition, in the case of hot water conditioning and heating, close the lid ^ temporarily two "degrees and close the lid L for 3 to 4 minutes. In the microwave oven; in the case of the conditioning, you can open the lid slightly in the state of [ Hold the grip piece 23 in your hand, you will not feel the heat, you can safely carry the processed food σ mouth to the designated position with a trough.. When the mouth uses a normal pot-shaped container, you need to hold it with your fingers. The device = the edge is used to carry the container. At this time, the fingers will contact the food, so = ^ health problems. This problem can be eliminated when the handle piece 23 is used to carry it. "The other two = embossing the handle piece 23 first Processing is to apply a coating film of a non-slip agent, etc., and can be used to perform non-slip of the handle sheet 23. During the operation, the same material as the pi shirt of the f door of the paper heat insulation container, and the same material, can provide a steel shape with an opening outside diameter of 120 ~ 20 mm must be used for filling content. The product is 6〇 () ~, ςΛΛ…, Gu Yi is the outer ”, the insulation container in the range of 埶 cc. … The paperboard material used for forming can be made of materials that have nothing to do with the increase in the volume of the toilet. It has nothing to do with the knowledge of the anvil h π Ho Ke, you can use the material of the same amount of paper, s ^^ Γ. Through hanging, the low-density polyethylene resin, medium-density sound 0 ~ 80 are coated with low-density polyethylene, linear low-density polyethylene, and the high-density polyethylene tree is formed. For the polyolefin smoke resin layer of Yueyue, the polyolefin resin layer can be pressed to improve the appropriateness of the content protection: the penetration of 2m paperboard can be improved, and the bottom can be improved. Page 88116057.ptd V. Description of the invention (64) The sealing effect of the crimping part on the crimping part and the affixed part of the crimping part is for the crucible material (the paper cup body 20B is not shown in the figure; f paper < < Denier rate also has a good effect. In addition-on the other hand, it is in the range of 2 ~ 450⑽. 450g / m2 of grain # & can be used in the shape of 230 ~ 4500g / m of paper, whiteboard When the paper is waiting, the rigidity of the sleeve 20A is insufficient, and the ancient ##, 氏 I is less than the limit # f + i] When the heat is insufficient, the flexion becomes too large, and the heat insulation required by the service will not be available. That is, the smallness becomes higher, but the inward curling portion 22; ^^ When the above limit is exceeded, the rigid cost will become high, so the processing suitability will be deteriorated, and the wide surface processing of the material in the material is not known. In the case of a hot container, b # ra or 1 t can be done by the mouthman '. In the case of the insulated container 20 with a handle sheet, IM gives another woman. The handle piece 23 ′ is preferably resistant to tearing on the surface. In addition, the food in the insulated container with handle piece of the present invention preferably has water resistance when the U cold part flows in a frozen state. From the surface, you can have the following PE30 paper 270g / m2, PE20 / zm / paper 2 7 0g / m2 / PE2 0 / zm OPP3 0 // m / PE15 / zm / paper 2 70g / m2 PET12 / zm / PE15 / zm / paper 2 7 0g / m2 〇PP30 / zm / PE 15 / zm / paper 270g / m2 / PE15 / zm PET12 / zm / PE15 / zm / paper 2 7 0g / m2 / PE15 / zm Alternatively, you can Use water-resistant, water-resistant double-sided white paper at the paper making stage. Because it can be pre-printed on flat paper before cutting the blank 20A '.

88116057.ptd Page 70 501996

Brush, so it can improve the printing plate printing mat on the surface of the hair embryo 20A, printing such as gravure printing, aniline (letter) printing, etc. V printing can be applied to various coating films, apply pressure, pressure 1 Post-print processing of Diao Si. In addition, after printing, the above-mentioned handles are applied, and the processing will not hinder flatness, landscaping effects, and information media functions. As for the thermal insulation container 20 printed by J. Figure 5, because the extra resin selected from polyolefin resin is used as the coating film on the inner surface, the same thermal insulation container 10 as the first and second can be used with peace of mind. The first and second embodiments-the insulated container 20 with a handle sheet in Fig. 5 can be manufactured by the same steps as the insulated container 10 of the first and second embodiments described above. When the paperboard of the raw material is punched into a fan shape, it is also necessary to simultaneously process the hand piece 23 to make a blank 20 A. FIG. 9 shows a sample of the embodiment of the heat insulation container 20 with a handle piece in FIG. 5 Dimensions. The detailed specifications are shown below. In addition, a comparative example with the same specifications except that the handle piece 2 3 is not formed is also manufactured. In the example, the paper cup body 2 0 B has the same content as the specification): 8 0 4 · 2 cc (when filled) 5 00 · 0cc (filled up to 22.5mm from the upper part outside diameter: 143 · 5mm 0 inside part diameter: 13L Gmm 0 bottom outer diameter: 113 «8mm 0

88ll6057.ptd

Page 71, Description of the invention (66) Number of height horizontal ribs Upper segment of horizontal ribs: 72.1mm: 2 Width: 2mm Specifications of material sleeve 20A Inward curling part Outer radial inward curling part Thickness lower part Amplitude: 6 bandits: PE25 / zm / paper cup base paper 280g / m2: 119.4mm: 2. 6mm upper diameter inner diameter constituting material 135.0mm PE20 / zm / white paper 270g / m2 / PE20

β m Length of the folding line of the handle piece: 50min Bend of the folding line ·· The distance between the shortest straight line connecting the two ends of the folding line and the center of the folding line 1 mm Samples were each filled with 50 0 cc of 95 ° C hot water. After 3 minutes, the case where the grip piece 23 of the example sample was held with both hands from both sides was compared with the case where the upper part of the crotch part of the comparative example was held with both hands, and the result was determined that the example sample was far more than the comparative example. The sample is easy to hold and can be used safely. The heat-insulating container with handle sheet of the present invention is not limited to the above-mentioned embodiment, and various changes can be made without departing from the spirit of the present invention. For example, the insulation space between the paper cup body 2 B and the sleeve 20 A is not limited to the inward curling portion 22 of the sleeve 20A and the horizontal rib 34 of the paper cup body 20B.

88116057.ptd Page 72 V. Description of Invention (67). In the cup 31 of the paper cup body 20β, and the county of the 20A county 91 ^ ^ # # 〇, 〇A f J ^ free space. Take f on the upper part of the handle piece 23 to become the heat insulation capacity of the attached handle piece according to the present invention: The opposite position of the side wall 21 of the sleeve m is installed. Sometimes: Γ: The shape with a large content is like a pin. Shape, 孰, can :; after 2 wave furnace heating and conditioning, you will not feel the report: each grip; ::: 快 = ί: used in the place of eating: especially for the elderly, physically disabled, and: ^ Fruits vary by commodity. For example, for the freedom of printing on the outer wall of the crotch, the freedom of printing on the outer wall of the crotch can be beautifully and finely printed, such as when the media is used in a wide-mouth container. The cover of the toilet is synonymous, and it can be displayed in the store to have an excellent promotional effect. The two-brush effect. The heat-insulating container 20 with handle sheet of the present invention will not melt out the currently used foamable polyethylene Λ-olefin resin layer Substances can be assured in terms of hygiene: the provision of handle tablets through environmentally-friendly environmental hormones, etc., will not provide cost-effective insulated containers. Cost increase can be a reasonable economic capacity ί: ί ΐ Ϊ Containers can be used as waste and paper for paper products to reduce their volume after use, so the waste disposal efficiency is good, and the spear can be recycled, so the burden on environmental protection is reduced. 2 'Because the paper cup of the heat-insulating container according to the fourth embodiment of the present invention is also shown in Fig. 73, 88116057.ptd 501996 V. Description of the invention (68) 1 1 The manufacturing process of the paper cup is outlined ^ 图 ίο 所 # The paper cup 41 is constituted by a sleeve 43 which is combined with a paper cup t which is the container body and covers the outer periphery. The paper cup body 42 is formed to have 胴. , Soil a and the bottom 42b are approximately conical frustum. The bottom portion 42b is pressed so that the outer peripheral end is bent below FIG. 10. In this way, the bottom portion 42b has a cross-sectional shape in FIG. 10 that opens toward the bottom to form a near "mouth". Ϊ́ Ϊ 二 Ϊ 本The bent portion of the outer peripheral portion of the bottom portion 42b is connected to be surrounded by the crotch portion 42a, 4b, and 10b. In this way, the bottom support portion 4 2 f of the paper cup body 42 is formed. Guar mouth 丨 The mouth portion of the paper cup body 42 is provided with a curling portion 42 c which curls outward. Ribs 42d and 42e are provided on the hip portion 42a of the paper cup body 42 and surround the hip portion 2a, respectively. The ribs 42d protrude to the inner side of the outline portion 42a, and the ribs 42e protrude to the outer side of the portion 42a. These ribs 42 (1,426 are used to reinforce the paper cup body 4 i side. The rib 42d has a function as a target line to indicate the proper position of the injection material (such as hot water) for the paper cup body 42. The lower side The wing ribs are similar to A. 1 wing ribs, 426 are used to determine the amount of protrusion in such a way that they do not contact the inner surface of the sleeve 43. In addition, the wing rib 42d can also protrude to the outside of the paper cup body 42. The rib 42e can also protrude to the inside of the paper cup body 42. As the material of the paper cup body 42, a paper amount of 150 to 400 g / m2 (for example, a paper having a thickness of 0.3 to 0.34 mm) can be used. The paper cup body M to 'r 2 3 λ surface is used for a coating layer (for example = covering) that can improve heat resistance and water resistance. In addition, as in the above-mentioned embodiments, it is best to choose no addition among polyolefin resins. Resin as paper cup

V. Description of the invention (69) --- The covering layer of the body 42. The sleeve 43 is provided to improve the heat insulation of the paper cup 41. As shown in FIG. 10, a crimping portion 43 & The upper end portion 43b of the sleeve is next to the lip portion 42a of the paper cup body 42 and the crimping portion 43a = the side of the bottom supporting portion 42f of the paper cup body 42. The hem portion 4 仏 has a function as a spacer for the sleeve The tube 43 is guided away from the paper cup body 42. In this way, the space between the crotch portion 42a of the paper cup body 42 and the sleeve 43 is ensured as a function of heat insulation. The material of the sleeve 43 is, for example, 15 paper. ~ 400 g / m2 paper. In addition, since the sleeve 43 is not in contact with hot water or water, the covering layer like the paper cup body 42 can be omitted. As shown in FIG. 11, the crotch portion 42a and the bottom portion 42b can be omitted. Then, the ribs 42d and 42e are formed to form the paper cup body 42. In addition, the fan-shaped blanks, ^, and the two known portions 43c, 43c are attached to each other, and the inward crimping portion 43a is formed at the lower end, which is opened / set尚 4 3. Then, spray the adhesive on the specified bonding area (the slanted area in Figure 丨 丨) provided below the crimping part c of the paper cup body 42 to combine the paper cup body 42 and the sleeve 43. , So that the upper end portion 43b of the sleeve 43 and the crotch portion 42a of the paper cup body 42 are used to form each other Paper cup 41 (refer to Figure 16 for the subsequent range BD). In addition, when the rib 4 2 d bulges outward in the radial direction of the paper cup body 4 2, the next range is set so that the rib 42 d is not included. Fig. 2 is an enlarged cross-sectional view showing the periphery of the curled portion 43a of the rib 43. Figs. 13 and 14 are cross-sectional views illustrating the shape of the curled portion 43a. In addition, Figs. 12 to 14 show that A vertical cross section when the center line CL of the paper cup body 42 is set in the vertical direction.

88116057.ptd Page 75 501996 V. Description of the invention (70) As shown in FIG. 12, the lower end of the bottom support portion 42f (that is, the lower end of the paper cup body 42) is lower than the lower end of the crimp portion 4 3a (that is, the sleeve The lower end of the tube 4 3) is more protruding below. Therefore, when the paper cup 41 is placed on a table or the like, the paper cup main body 42 with contents is placed in direct contact with the table or the like. The bottom support portion 42f of the paper cup body 42 is strong, and the flatness at the lower end thereof (the height is uniform) is relatively good. Therefore, the paper cup 41 can be stabilized. In addition, "A" in Fig. 12 indicates the protruding amount of the paper cup body 42 protruding from the curled portion 43a. In contrast, when the lower end of the crimping portion 43a is in contact with a table or the like, the flatness of the lower end of the crimping portion 4 3 a is inferior to that of the base portion 4 2 f, and the cup body 42 passes through the sleeve 43. Being supported, the stability of the paper cup 41 is poor because the sleeve 43 is deformed. The amount of protrusion of the lower end of the base portion 42f to the lower end of the crimping portion 43a is preferably 0.01 to 5 mm. If it is in this range, the protrusion of the paper cup body 42 will not be very prominent, and the bottom support portion 42f can be reliably brought into contact with the table, etc., to stabilize the paper cup 41. 9 In addition, the lower end of the trough body protrudes to the lower side than the lower end of the sleeve, which can be applied to the case where the sleeve is not formed with an inward crimping portion and the paper cup body is not formed with a bottom support Hot container. As shown in FIG. 12, the portion of the bottom support portion 42f outside the lower end of the bottom portion 42f is used to identify the green portion of the center of the paper cup body 42 that is closest to the center of the paper cup 42 γT a ^, Tu line 01 (the inner peripheral side of the crimping portion 43a). The end portion) is closer to the center of the paper cup body 42. "B" in FIG. 12 indicates the position of the outer periphery of the base portion 42f. The displacement of the paper cup body 42 in the radial direction, the width of the π crimping portion 43a is in the range of 0.01 to 1 mm, and it can be confirmed that the smoothness of the combination of Levy and Ni can be suppressed 501996. 5. Description of the invention ( 71) Deformation of paper cup 41. In addition, a gap is formed between a portion of the curled portion 4 3 a closest to the center line CL of the paper cup body 42 and a side surface of the bottom support portion 42 f facing the portion. By setting the gap ("d" in Fig. 12) in the range of 0.01 to 1 mm, the smoothness of the combination can be ensured, and the deformation of the paper cup 41 can be suppressed. In FIG. 12 and FIG. 13, the direction of the vertical axis (equivalent to the direction of the center line of the paper cup body 42) is represented by “X”, and the direction indicated by the leading end of the paper rolled into the curling portion 43 a is represented by “γ”. (The extending direction of the front end of the curled portion 43a). As shown in Fig. 12, at the curling portion 43a, the direction of the leading end of the rolled paper exceeds Straight = Up direction, and before turning to the state of clockwise rotation, the leading end of the paper is rolled. In this way, when the paper cup body 42 and the sleeve 43 are turned on, the bottom support portion 42f will not be caught at the front end of the paper of the curling portion 43a, and the two can be smoothly combined. ^ In contrast, in Fig. 13 (a), the leading end of the paper will not be caught until the direction of the leading end of the paper reaches the wrong upward direction. In this way, = the front end will not reach the straight upward direction of the boat, and the crimping portion 43a will become upward. This is a sad situation. When the paper cup body 42 and the sleeve 43 are combined, = 42 the bottom support portion 42f will It's stuck in the crimping part — it's not good because # 43a can be easily pushed open. % = Outside, Fig. 13 (b) shows that the front end of the paper rotates beyond the vertical upward direction = into the state-for example, the midsole support portion 42f is not easy to jam. =. In addition, FIG. 12 shows a state in which the front end of the paper of the curling portion ... is further wound in the clockwise direction from the state Λ Λ in the figure, so that it does not get stuck in the bottom portion 42f. ,

501996

In addition, in FIG. 13 (c), the direction of the front end of the paper of the curling portion 43 & does not reach the straight direction of gold α, when compared with the portion of the curling portion 43a closest to the center line CL of the paper cup body 42 The front end of the paper is located outside the container. In addition, "rP" in FIG. 13 (c) indicates a lead straight line joining the inner peripheral surface of the curled portion 43a, that is, the position where the curled portion 43a is closest to the center line CL of the paper cup body 42 in the horizontal direction. In this way, when compared with the portion of the curled portion 43a that is closest to the centerline CL of the paper cup body, if the condition that the front end of the paper is located outside Rongzhai can be satisfied, the base portion 42f will It is not easy to get stuck on the crimping portion 43a. In addition, both of Fig. 12 and Fig. 13 (b) show that the above conditions can satisfy the ft condition. On the other hand, in Fig. 1 (a), the front end of the paper is the most It is close to the center line CL of the paper cup body 42, but the above conditions cannot be satisfied. In this case, the bottom support portion 42f can easily jam the paper front end 0 of the curling portion 43a. In addition, it is rolled into the curling portion 4 by The gap between the front end of the 3 a paper and the inner wall surface of the sleeve 4 3 becomes 1 mm or less. When the paper cup body 42 and the sleeve 43 are combined, the bottom support portion 42 f becomes difficult to get stuck on the curled portion 43 & evening Shibu, by setting the gap to be smaller than the thickness of the base portion 42f, the problem of the base portion 42f entering the inside of the hemming portion 43a from the gap to the inner side of the hemming portion 43a can be significantly reduced during assembly. Fig. 14 (a), Fig. 14 (1)), Fig. 14 (c) show the cases where the gap is Ci, Q, Fig. 14 (b) I is consistent with the thickness of the base portion 42f. In addition, Fig. 4 (c) is equivalent to the crimp portion 43a of Fig. 12. Fig. 15 (a) is a cross-sectional view showing the vicinity of the base portion 42f. 501996

The bottom portion 42f shown in 15 (a) is turned to the inside of the container. When compared with the extension line 1 obtained by extending the outer wall surface of the crotch portion 42a above the bottom portion 42f, Μ is located inside the trough. In this way, the base portion 4 2 f is inclined toward the inside of the container. When the paper cup body 42 and the sleeve 43 are combined, the base portion 42 f can be prevented from being easily caught in the curl portion 43 a. # " In addition, as shown in FIG. 15 (a), the burr 42g protrudes to the inside of the container at the front end of the base portion 42f. In the manufacturing process of the paper cup body 42, the curling portion 42c is formed after the bottom portion 42f is formed. However, in the forming process of the curling portion 42c, the base portion 42f is fixed to fix the paper cup body 42 It is strongly pressed to the contact member, and therefore, an burr must be generated at the end portion before the base portion 42f. However, 'the burr is formed so that the burr protrudes toward the inside of the container as shown in Fig. 15 (a)', so that the burr which does not protrude to the outside of the trough can be prevented, and the 42f can be less likely to be caught in the curl portion 43a. Let the bottom bracket ^ In FIG. 15 (b), the bottom bracket portion extends along the extension line r of the crotch (side wall), and the burr 42h protrudes to the outside of the container. The shape is equivalent to a normal paper cup. However, when the paper cup body 42 is formed in this shape, the burr 42h protrudes beyond the extension line R, so the bottom support portion can easily catch the curled portion 4 3 a. In order to make the bottom support portion 42f face down to the inside of the container, when the bottom portion 42b and the crotch portion 42a are overlapped to form the bottom support portion 42f, a force is applied to the bottom crotch portion to overwhelm it to the inside of the container, and The bottom portion 42b and the crotch portion 42a are bonded to each other. For example, when the bonding is performed by an embossing roller, the receiving surface of the receiving portion 42f from the outside can be made to be inclined toward the inside of the container, and the bottom portion is pushed from the inside The side of the rotating body of 42f becomes two joints

501996

The time 1 = 2 before the base portion 42f is inclined to the inner side in advance, so that the base portion 4 is formed before the base portion 4 is formed in the curling portion 42c. Because 1, the burr generated by the ridge protrudes to the inside, so ^ Σ is formed to form the bottom support portion 4 2 f as shown in FIG. 15 (a). 4 义 After the formation of the base σ 卩, and the formation of the curled part 4 2 c

1 a) For a shape other than that, when the crimping portion 42c is formed, a contact member of a shape that presses the front end of the bottom support portion to the inside can be used. Two = paper cup body 42. In the latter case, it is possible to make the entire bottom support portion or the front end portion of the bottom support portion inward in the crimping portion 42e. = 16 (a) is a vertical cross-sectional view, which is used to indicate that the paper cup body ".", The paper cup body 4 2 and the sleeve 4 3 when CL is set in the vertical direction. As shown in Figure 16 (a) The crotch portion 42a is curved, and the portion facing next to it, and an extension line (continued from the figure ^ line s) below the portion, tends to the inside direction of the container. In this way,

Next, the direction of the crotch portion 42a in the range BD and the direction of the sleeve 43 are the same. Since the two are in good contact, sufficient bonding strength can be obtained. In addition, the straight line "T" in Fig. 16 indicates the direction following the ridge portion 42a of the range BD. Instead of bending the crotch portion 42a, the sleeve 43 may be bent to be in contact with the crotch portion 42a as shown in the vertical cross-sectional view of Fig. 16 (b). The straight line "U" in Fig. 16 (a) indicates the horizontal plane passing through the lower end of the curling portion 42c, the straight line "V" indicates the horizontal plane passing through the upper end of the range BD, and the straight line "W" indicates the horizontal plane passing through the lower end of the range bd. . Among them, the amplitude in the vertical direction of the following range BD, that is, the straight line in Fig. 6 (a)

501996, the description of the invention (75) The distance between V "and the straight line" W "becomes more than 3min, which can be used to obtain sufficient bonding strength. In addition, the distance between the upper end of the continuous range BD and the lower end of the curled portion 42c, that is, the distance between the straight line "v" and the straight line "ϋ" in FIG. 16 (a) is 1 mm or more. The user may consider that it is not necessary to attach an adhesive to the curled portion 42c of the portion where the opening is formed. another. In addition, the upper end of the bonding range BD shown by the straight line "V" is below the upper end 43c of the sleeve 43. In this way, there is no problem that the adhesive overflows from the upper end 4 3 c side of the rib 43. When the paper cup 41 is manufactured in accordance with the process shown in FIG. 11, the outer diameter of the paper cup body 42 and the sleeve 43 directly before the curled portion 42 c of the paper cup body 42 is formed in advance (the portion indicated by “E” in FIG. 10). ), And the inner diameter of the sleeve 43 at this part is in the range of _1.0 to +0.5 mm, and the two are bonded through the bonding range BD. By adopting such a dimensional relationship, it is possible to ensure that the bonding range B D has a sufficient bonding force and that no wrinkles are generated in the crotch portion 42a of the paper cup body 42. As shown in Fig. 17, the curled portion 43a of the sleeve 43 and the flange portion 42a above the bottom support portion 42f may face each other. In this case, by setting the gap (D ') between the crimping portion 43a and the crotch portion 42a to be in the range of 0 · 〇ΐ to imm, deformation of the paper cup 41 can be suppressed, and wrinkles do not occur in the crotch portion 42a. In the paper cup 41 of this embodiment, the radius of curvature (curvature radius in the cross section of FIG. 12) of the paper used to form the curled portion 43a is preferably in the range of 0.6 to 2.0 mm. By setting it within this range, the paper will not break, and when the paper cup body 4 2 and the sleeve 4 3 are combined, it is possible to prevent the bottom support portion 4 2 f of the paper cup body 4 2 from being caught in the curling portion 4 3 and can be performed. Smooth combination. A more preferable range of the above-mentioned curvature radius is 1.1 to 1.5 mm. Figures 18 (a) to (d) show the

501996

V. Description of the Invention (76) An example of the shape of the curled portion 43a in which the radii of radius are sequentially reduced. That is, ri > R2 > r> dagger. The shape of the curled portion 43a shown in FIG. 12 corresponds to FIG. 18 (d). Figs. 19 (a) and 19 (b) are enlarged views of a part of a fan-shaped hair embryo 43 '. The symbol 51 in Fig. 19 (a) indicates the overlapping area overlapping with the other end of the hair embryo 43 ', and the symbol 52 indicates the area for forming the curled portion 43a (next day, Fig. 11). As shown in Fig. 19 (a), the corners of the region 51 and the region 52 are overlapped with each other at the blank 43. In its repetitive portion, the corners of the hair blank 43 are cut in a straight line to form the cutting portion 53. The cutting portion 53 is arranged on the inner side of the container at both ends of the attached hair blank 43 in an inconspicuous manner, and is provided at the end portion on the side. As shown in Fig. 19 (a), the area cut out in accordance with the cutting portion 53 extends beyond the area corresponding to the hemming portion 4 3a. In addition, as shown in FIG. 1Q (dagger), the cutting area 53 is used to reduce the overlap area ^ 'of the area 52 corresponding to the curled portion 43a by more than 50%. That is, in FIG. 19 (b), reference numeral 54 denotes an area where Z is cut due to the formation of the cutting portion 53 in the overlapping area of the area / region 52 and area 51 before cutting, and this area 54 occupies 5 of the entire overlapping area. Area above%. By providing such a cutting portion 53, the overlapping portion of the hair blank 43 can also be formed into a continuous crimped shape, and the entire crimped portion 43a can be made into a squeaking shape. Again

In the area 52 corresponding to the curling portion 43a, OP varnish (printed varnish) is applied on the outer surface of the sleeve 43. The 0P varnish serves as a protective layer formed on the printing surface of the sleeve 43. It is applied by printing or the like; for example, in the case of gravure printing, cellulose resin is used: the main component, in the case of offset printing, acrylic resin is the main

5. Description of the invention (77) points, using op varnish, etc. The thickness is about m in the case of photogravure printing, and about 1 in the case of offset printing. The condition of the month is 2 ~ 3. The use of such a protective layer of 0P can reduce friction when forming the crimping portion 43a. Good force. The protection layer can make the crimping portion 43a easy. form. Therefore, the case described in the "use state" is the use of a friction reducing layer that protects the printed surface from the protective layer of the printed layer. In addition, in the case of the protective layer of the printed layer, it may also be a 5 2 'layer in the area. In addition, the friction reducing layer can be formed in the sleeve; the inner salt is low: the surface of the center of the container) In addition, it can also be formed in two = two daggers. The cup shape shown in FIG. 10 is the opening portion of the paper cup 41 The outer diameter == However, similar to the first to third embodiments described above, the outer diameter of the opening portion of the Λ cup 41 may be larger than that of the high sleeve 43, and a handle piece may be provided. Cup shaped. A paper cup of a heat-insulating container according to a fifth embodiment of the present invention is shown in FIG. 21, and the manufacturing steps of the paper cup are schematically shown in FIG. As shown in the paper, the structure of the paper cup 61 is a combination of the container body = (the side a and the bottom post, and the mouth portion forming an approximately conical frustum is formed with a crimping portion 62c facing outward. The crimping portion 62c has a 9 shape. The ribs 62d and 62e are formed in the crotch 62a and bulge toward the inside or outside of the radial direction of the paper cup body Z. The ribs 62 are set as the target 501996 V. Description of the invention (78) The line is used to indicate that the paper cup is not injected into the paper cup. The proper position of the injection material (for example, hot water) of the body 62. On the other hand, the ribs 6 2e are provided to reinforce the paper cup body 62. The ribs 62e are formed slightly larger than the ribs 62d. The ribs 62d, 62e The amount of protrusion is set in such a way that it does not contact the inner surface of the sleeve 63. The material of the paper cup body 6 2 uses a paper amount of 150 to 400 g / m2, at least on its inner surface with a coating (such as poly Vinyl layer) to increase heat resistance and water resistance. In addition, the ribs 62d may be protruded to the outside of the paper cup body 62, and the ribs 6 2e may be protruded to the inside of the paper cup body 62. The sleeve 63 is used for installation To improve the heat insulation of the paper cup 61. It can be understood from FIG. 21 The two ends 63c and 63c of the fan-shaped blank 63 are bonded together to form an inward curled portion 6 3 a at the lower end to form a sleeve 63. Then, the adhesive 6 ^ $ is placed on the paper cup body 62 The designated perimeter of the curling portion 62c is followed by the surrounding area (the slanted area in FIG. 21) BD, which is used to combine the paper cup body 62 and the sleeve, so that the upper end portion 63b of the sleeve 63 and the crotch portion 62 of the paper cup body 62 & each other It is used to form the paper cup 61. In addition, when the ribs 62d are leaped out to the outside in accordance with the direction of the paper cup body 62bis: the amount of paper used for the material of the fan sleeve 63 is to be-"= :: f water In the case of water contact, the sleeve 63 may not need to be covered with a coating layer like the paper cup body 62. As shown in FIG. 22, the axis direction of the curling unloading β 〇 body 62 (the main figure is the The axis of the paper cup and paper cup body 62 (^ 2 directions) is pressed> the shape of the shell, in other words, it is formed into a flat shape according to the positive direction of the thin drawing of the outer peripheral end. At this time, the axis of the curled portion 62c is also =, When the thickness of the paper cup body 62 is t, ,,, and the angle A and the width in the direction orthogonal to it

501996 V. Description of the invention (79) The relationship between the degrees β has the following formula (1) 2t < A < B ........ (i) That is, the height A of the curled portion 62c is greater than the thickness t 2 times smaller than the amplitude β of the crimping portion 6 2 c. If the crimping portion 6 2 c is formed into a flat shape in this way, when the film-shaped cover material 6 6 is adhered to the crimping portion 6 2 c, the crimping portion 6 2 c and the cover material 6 6 pass through. The width C of the bonding of the agent 6 5 is enlarged, and the cover material 6 6 can be reliably bonded with a specified strength. In addition, the preferable range of the bonding strength varies depending on the kinds of articles contained in the inside of the paper cup body 62. One example is like instant noodles, in which the lid material 66 is peeled off partly, hot water is poured into the paper cup body 62, and the lid material 6 6 is removed after a certain period of time. In this case, it is best The strength of peeling the cover material β β was set to about 400 to 90 Ogf / 1 5 mm, and the bonding strength was set in this manner. In addition, what is depicted in FIG. 20 is a pot-shaped one that makes the outer diameter of the opening portion of the paper cup 61 larger than the height, but it can also be constructed as a cup-shaped heat-insulating container having the outer diameter of the opening portion of the paper cup 6 . A quotient "special printing" is applied to the outer peripheral surface of the sleeve 63, and the printing is performed at the stage of the blank 6 3 '. Hereinafter, the area to which printing is applied is the surface of the hair blank 63, and the surface on the opposite side is referred to as the back surface. 23 to 25 show the above-mentioned manufacturing apparatus for the sleeve 63. Fig. 23 is a plan view. Fig. 24 is a side view in the XXIV direction of Fig. 23. Fig. 25 is an enlarged view of the XXV portion in Fig. 23. As shown in these drawings, the manufacturing apparatus 丨 〇 丨 〇 has a frame 10 arranged on the floor of the factory; [丨 and a driving means 丨 0 丨 2. The driving device 1012 distributes the rotation of the motor 11 2 0 as a driving source to each part of the manufacturing device 10 10 through a conventional transmission element such as a chain or a gear. In the frame

501996

5. Description of the invention (80) A turntable 1013 is provided on the upper part of 1011, and can be rotated around a vertical axis of rotation 11330 as a center. At the outer periphery of the turntable 103, a right-hand-winding bur 63 is installed on the outer periphery of the turntable 103, and the eight mandrels 1014 are formed in the rotation direction of the turntable 13, as shown in FIG. 26. The mandrel 1014 includes a crotch portion 114o having an inclined shaft-shaped outer peripheral surface that gradually decreases in diameter as it goes toward the front end. The center line of the toilet ^ 11 4 0 faces the radius of the turntable 1 01 3. The crotch ^ 4 is changed according to the size of the sleeve 63, and the total length is smaller than the height of the sleeve 63 in the axial direction. The center axis 1130 of the turntable 1013 is connected to the driving device 1 0 12 through the intermittent driving mechanism 1015 shape Z. The intermittent driving mechanism 105 is used to convert the continuous rotary motion of the self-driving device 1012 into an intermittent rotary motion of the turntable 1013. As such an intermittent drive mechanism 10, a conventional mechanism such as a cross gear mechanism can be used. The intermittent drive mechanism 1 01 5 'is used to rotate the table 45 at one time. Proportional driving and rotation in the head F direction according to Fig. 25. In this manner, the same number of stations ST ..... ST as the stop position of the spindle 1014 are specified around the turntable 1013. In addition, around the turntable iQgQ, a winding device 1030, a supplementary sealing device 1050, a hemming preparation device 1060, a hemming processing device 1070A, 1070B, 1070C, and a sleeve discharge device 1080 are assigned to each station ST as assigned The split required for the manufacture of the sleeve 63. In addition, a germ supply device 1 020 (refer to FIGS. 23 and 24) is provided on the side of the winding device 1 030. 〇 A germ supply device 1020 is used to apply an adhesive to the bristles 63 and one end 63c. These are fed one at a time to the winding device. Winding device 1 〇 3 〇

88116057.ptd Page 86 501996 V. Description of the invention (81) The supplied blank 63 'is wound around the mandrel 1014. The main sealing device ι0 is used to restrain the seam portion 63d of the sleeve 63 on the wound mandrel 1014 (see figure = ^ to promote its adhering. The auxiliary sealing device is used to press the slave mandrel in the seam portion 63d. 1 014 The protruding part at the front end is used to promote its adhering. The crimping preparation device 1 60 is used to prepare the processing of the crimping portion 63a, and the end of the sleeve is coated with a material for promoting crimping (such as Shixiye). Plus, 7〇A, 1 070B, 1 070C is used for crimping on the shaft end of the sleeve 63: processing of 63a. Then, the sleeve discharge device 1080 is used to take out Yuan Chengzhi from the mandrel 4 The sleeve 63 carries it out of the device 010. Fig. 27 to Fig. 31 show details of the germ supply device 1020. As shown in "" and the figure, half before the germ supply device 1020 There are a blank holder, a blank removal device 10 22, a conveyor belt (j-th conveying device) 1023, and an adhesive coating device 1 024. In addition, as shown in FIG. 30 and FIG. 31, the supply device 1 After the 020, a runner device (reversing device bypass device) 1 025 and a blank feeding device (second conveying device) 1026 are provided in the second half. = Figure 27 ~ Figure 29 As shown, the blank holder 1021 has a base 1210 supported on a frame 1011 and a plurality of links 1211 installed around the outlet 12110 of the base 121〇. An end is provided below the link 1211 There is an enlarged portion 1211a, and a plurality of hair embryos 63 are stacked on top of each other so that the surface printed on the surface thereof faces upward. A Hair embryo extraction device 1 022 has a suction unit 122 and is arranged on the hair embryo and the holder 1 Below the take-out port 21103 of 21; and air cylinder 1221, which is used to drive the suction unit 1 220 to move up and down. The upper end is provided with a plurality of suction readings 2 .... 1 222. On the second page of device 87, 88116057 .ptd ^ U1996 V. Description of the invention (82)-Zhonggong cylinder 1 2 21 drives the suction unit 12 22 to move up and down at a certain cycle. When the suction unit 1220 rises, the suction cup 1222 presses The hair embryo 63 at the lower end of the hair embryo holder 1021 is synchronized with the suction device (not shown) to attract air from the suction surface of the suction cup 1222 to attract the hair embryo 63 'to the suction cup 222. The sucked hair embryo 63, as the attraction unit 1 220 drops, crosses the connecting rod 1211 Enlarged portion 121] ^, is transferred to the conveyor belt of the guide rail 1023 Shu 2 30,1231. Blank 63, as, when removing the upper rail 1 230,1231, stops the suction cup 222 to attract Shu

/ Air, so that the suction cup 1 222 is away from the hair embryo 63 ,. By repeating this operation, the hair embryos are taken out one at a time to the conveyor belt 203. In addition, since the suction cup 1222 is sucked on the back of the blank 63, there is no problem that the printing is injured. The conveyor belt 1023 includes the above-mentioned guide rails 1230, 1231, and a pair of chains 1 233, 1 233, which are wound between sprocket wheels 1 2 32 & and 1 2321) and travel in parallel with the guide rails 1 230. Each chain 1 233 is provided with a plurality of claws 1 23 4____ 1 234 which are engaged with the hair blank 63 at specified intervals. Use from above

The driving device 1012 described above transmits the rotational motion of the driving unit 1 235 to the driving unit 1 235 via the chain n 21 and the like, and is used to continuously drive each chain 1 233 at a certain speed in the direction of arrow F in FIG. 27. In this way, the blanks 63 taken out of the guideway 1 230, 1231 are sent toward the runner device 1025 at a constant speed. In addition, as can be understood from Fig. 28, the blank 63 is conveyed such that one end portion ⑽ thereof is parallel to the conveying direction of the conveying belt 1023. As is clear from Fig. 23, the conveying direction of the conveyor belt 1023 is parallel to the center line CL of the mandrel 1 0 1 4 directly above the feeding device 1030.

V. Description of the invention (83) As shown in Fig. 2 * 7 and Fig. 28, the spines are, ①, 1,9yln.. The J-coating device 1 024 has a paste tray 1 240 ′ for storing the adhesive; Coating roller, main adhesive to paste dish 1 240; press 懕 > 2 to make σ, and 碉 · gt; Γ pressure roller 1 242, configured to face the upper part of the coating roller 1241; and Name + ^ 1 949 庶 甘 u β cylinder 1 243, which is used to drive the roller 1Z42 to move it up and down. Coating Liaoning 19 Qiru, nnr L 々 展 轮 1 241 is transmitted from the driving part 1 2 3 5 of the conveyor belt 1 2 3 5 through the chain 1 2 4 4, 1 9 κ. ^ 44 shaft 1 245, chain 1 246, etc. The power is rotated by the conveyor belt 1023 with a certain holding force. ^ ^ The speed of 疋 'is synchronized with the transportation of the hair embryo. The hair embryo carried by the key bar 1233 is μ ^ a 〇 ^ ^ ^. One end 63c of the seven embryo b3 is moved from the m transport surface 1230a of the guide track 1230 to roll over 19 / M —,, ▲ 4: τ19Μ When the upper end of the wheel 124 is closed, the air cylinder 1 2 4 3 is used to press the roller 1 2 4 2 into the, dream '] 9 μ y # J 展 轮 1241 side, fine There are more than one of the blanks 63, and 63c is sandwiched between the rollers 1241, 124? Mra ^ ^ ^ There are 14 kinds of adhesives in the paste dish 1 240. Storage n: rCO, or ^ ,, and coating The outer periphery of the roller 1241 is coated on the back side of the hair. The hair embryo 63 after the application of the adhesive is sent to the runner device 1025 via the transport f 1 023. As shown in Fig. 30 and Fig. 31, the runner is equipped with 1 250 and is framed] fm * surname # & ′ · The percentage of pregnancy is supported by ^, T ^ ^ 4N and it can be transported around the conveyor belt 1023

Lt flat K :, ΐ free rotation; and a pair of runners 1251, i25i, are installed to be able to rotate with the runner shaft 1250. The rotation on the shaft 1250 is conveyed by the conveyor belt 1〇23 彡 livestock # said the n-wheel is approximately the same as the ancient temple with a transport surface 123〇 and 毛 ίί, and each of the wheels 1251 with a fixed distance between A gap 125? 1 π r η _ is formed in the circumferential direction, and it is straight at 1 2 5 1 ^^ Stone phase j :, Chu · · · · 1 2 5 2 is used to receive the hair embryo 6 3 ,. The number of the runners that are specific to each other's gap 1 252 and the sound in the radial direction are also the same as each other. Shishi Xi, / Μ & Dry only the universal ice degree for e, from the runner shaft 125〇 88116057.ptd page 89 5. Description of the invention (84) " --- ~ -1 1 252 The distances of the ends on the inner peripheral side are all the same. In addition, when each of the runners 1 2 5 1 and 1 2 5 1 is configured to look at the device from above, the “hungry formation pair” of 41 {) 14 measured immediately above is shown in FIG. 31. It is understood that the intermittent rotary motion taken out from the intermittent driving mechanism 1 〇1 $ is input to one end of the rotary shaft 1 2 50 through the chain 1 253, 1 254 and the worm mechanism 1 255. The rotation of the rotary table 丨 〇 丨 3 The rotation relationship of the runners 1 2 51 is set so that when the turntable 1013 rotates 45 °, the runner “1251” is driven in accordance with the direction of arrow R in FIG. 30 and the distance between the rotation gaps 1 and 252. Therefore, the conveyor belt At the end of 1 023 (the right end of Fig. 30), each turn of the turntable 103 is rotated at a specified angle, and the empty gap 1 252 protrudes approximately horizontally. The blank 63 coated with the adhesive is carried into the protruding gap 1 252. The blank 63 carried into the gap 1 252 is further rotated by the wheel 1251, and is gradually transferred to the end of the blank supply device 1023. Advantageously, the wheel 1 2 5 1 is transported around the wheel shaft 1 2 5 0 by approximately 180. The hair embryo 63 is taken out of the gap 252 through the hair embryo feeding device 1026, and is then sent to the winding device 1 03 by 1x. At this stage, the hair blank 6 3 is reversed so that the surface (printing surface) faces downward. Moreover, the relationship between the blank 63 and the centerline CL of the shaft 1014 on the winding device 1030 is greater than that of the blank M when it is taken into the wheel 1251 than the centerline CL. Symmetrical change. The reason is that during the rise of the hair embryo 63 due to the rotation of the runner 1251, the hair embryo 6 3 falls into the gap 1 2 5 2 and the edge of the small diameter side of the hair embryo 6 3 = f ( (Refer to FIG. 21) Each of the runners 1251 and the end of the inner peripheral side of the slit 1 252 are in contact with and supported. While the roller 1251 is being transported for 180 hours, the coating

501996 V. Description of the invention (85) The adhesive on the end 6 3 c of the hair embryo 6 3 is moderately dried. Therefore, the use of the winding device 1030 to wind the blank 63 of the mandrel 1104 and the joint strength of the seam portion 63d can be improved. The feeding device 1026 has: a pair of guide rails 1260, 1260 for receiving the blank 63 'carried by the runner 1251; a pair of carriers 1261, 1261, forming parallel to the guide lanes 260 Extension; air cylinder 1 2 6 2 'is used to drive the special vehicle 1 2 61 to move up and down; slider 1263 is used to support the air cylinder 1260; and linear guide 1264 is used to support the slider 1 2 6 3 makes it possible to move in parallel with the guide rail 丨 2 6 〇. A cam groove 1 263a extending in the up-down direction is formed in the slider 1263, and the cam groove 1 263a is for fitting with a cam follower 1265a mounted on the cam 1265. The cam 1 2 6 5 is driven to rotate in a certain direction and at a constant speed by a rotational motion 'transmitted from the driving device 1 〇 12 via a chain 11 2 2 and the like. The rotation of the cam 1 265 is transformed into a linear motion of the slider 1 2 6 3 through the cam follower 1 265 & and the cam groove 1 263a, so that the vehicle 丨 2 61 follows the parallel direction of the guide track 1 2 6 0 Reciprocating movement. When the carrier 1261 is advanced toward the winding device 1030, the carrier 1261 is lifted up by the air cylinder 1262, and the claw portion 1261a at the rear end of the carrier 1261 (left end in FIG. 30) is formed and accepted by the guide rail 126. Hair embryo 63, joined. Therefore, 'the blank 63' is sent out from the runner 1251 as the carrier 1261 advances. When the carrier 1261 returns to the runner 251 side, the carrier 261 descends. In this way, the claw portion 1261a is lowered onto the guide track 1 260 by one rotation below the runner 1251, and will not interfere with the fur on the lower side 63, returning to the

88116057.ptd Page 91 DU1W0 V. Description of the invention (86) Inner peripheral side of 'hair embryo 63'. = The blank 63 taken out from the runner 1251 by the claw portion 1261a, when the carrier 1261 advances, its front end is engaged with the claw portion 12611), and is sent directly above the winding device | 030. At this time, the hair blank 63 contacts the designated positioning reference plane (not shown in the figure), and is used for correct positioning of the direction into the center line CL. = The cycle of the reciprocating motion of the outer carrier 1261 is equal to the cycle of the intermittent square revolving motion of the turntable 1013. When the turntable 1013 is rotated and the sleeve 63 is not wound, and the shaft 1014 protrudes directly above the winding device 1030, the carrier 1261 advances and feeds the blank 6 3 to the winding device 1. 3 〇. Figure 32 shows the detail of the winding device 1030. The winding device 1030 has a base 1031, which is fixed to the frame 1011, and a pair of arms 1032, 1032, which are fixed to the base 103 via a shaft 1 10, and are formed. Rotatable way; drive mechanism 1 033 for driving the arms 1 032, 1032 to rotate around the shaft 131; and the center pressing device 1 034, which is mounted on the base 1031 so as to coincide with the shaft 1310 . A winding tool 132o is attached to the arm 1 032, and has an inner peripheral surface 1320a which is curved along the outer peripheral surface of the shaft portion 1140 of the mandrel 1014. The drive mechanism 1 033 includes a horizontal drive shaft 133. A sprocket 1 330a is provided at the shaft end of the driving shaft 133o, and continuous rotational motion of the driving device 1012 is input to the sprocket 133oa via a chain 1126 (see FIG. 24). The rotation guided to the driving shaft 1 330 is converted into reciprocating up and down movements of the push rods 1332 and 1332 via the crank mechanisms 1331 and 1331. Each push rod 1332 is guided to move only in the up-down direction via the guide 1311 of the base 1031. The push cup 1 3 3 2 is stepped up and connected to the arm 1032 via the pin 1 3 3 3 'key joint 1 3 3 4 and the pin 1 3 3 5. In this way, it is connected with the up and down movement of the putter 1332.

501996 V. Description of the invention (87) The moving 'arm 1 0 3 2 is shaken at a certain period with the shaft 1 3 10 as the center. The period of the swing motion of the arm 1032 is equal to the period of the intermittent rotation motion of the turntable 1013. The center pressing device 1 034 includes a pressing tool 1 340 configured to face the lower end surface of the spindle 1014 and an air cylinder 341 for crimping the pressing tool 1 3 4 0 to the lower end of the spindle 1 〇 104 . When the hair embryo 6 3 ′ and the mandrel 1 〇 1 4 are supplied to the upper side of the winding device 1 〇 3 〇, the arm 1 0 3 2 recedes below the hair embryo 6 3 ′ as shown by the imaginary line. . When the blank 63 'is supplied, the pressing tool 1340 is pressed up by the air cylinder 1341 to press the center of the blank 6 3' to the lower end of the mandrel 1 104. Then, the arm 1 0 3 2 is turned toward the mandrel 1 104, so that the hair embryo 6 3 is gradually wound around the crotch 1140 of the mandrel 1014. When the push rod 1 332 moves to the upper end of the moving range, as shown by the solid line of FIG. 32, the arm; [032] The winding tool 1 320 substantially completely surrounds the mandrel 1014 except for its upper end. In this way, the hair embryo 63 is wound almost completely around the crotch portion 11 40. At this time, the hair embryo 6 3, the end portion 6 3c. 63c is superposed on the upper end of the mandrel 1014 to form a seam portion 63d (see Fig. 21). Then, the timing of movement of the arms 1 032 and 1 032 is slightly shifted, so that the end portion 63c coated with the adhesive on the back surface is located outside the seam portion 63d than the end portion 63c on the opposite side. Then, the push rod 1 332 is lowered, the arm 1032 is moved away from the mandrel 1014, and the air cylinder 1341 is used to introduce the presser 1340 below. In accordance with this operation, the turntable 10 13 is rotated 'to carry the next mandrel 1 104 and the hair blank 6 3' to the winding device 1 30. Then, the putter 1 332 starts to rise again, and the hair blank 63 'is wound up in the same manner as described above. The seam portion of the sleeve 63 formed on the mandrel 1014 by the winding device 1030.

88116057.ptd Page 93 501996 V. Description of the invention (88) 63d is crimped to the mandrel 1 014 by the main sealing device 1 040. As shown in FIG. 26, the main sealing device 1 040 includes an air cylinder 1041, which is arranged above the mandrel 1014, and a soldering iron 1 042, which is suspended from the movable portion 1410 of the air cylinder 1041. An air cylinder 1041 and a soldering iron 1042 are provided for each of the mandrels 1014, and the air cylinder 104i is mounted on the turntable 1013 via the holder 1043. Therefore, the air cylinder 1041 and the soldering iron 1042 suspended from it are driven by the rotary table 1013 to rotate together with the mandrel 丨 0 丨 4. The movable portion 1410 of the air cylinder 1041 can move in a vertical direction. The soldering iron 1 0 4 2 is inclined along the outer peripheral surface of the mandrel 10 4 and has a total length approximately equal to that of the mandrel 1014. A soldering iron 丨 42 uses a built-in heater (not shown in the figure) to heat to an appropriate temperature (for example, 丨 〇〇 to promote the adhering of the seam 63d. 、 口 uses the winding device 1 0 30 When the embryo 6 3 ′ is wound on the mandrel 1 〇 1 4, the soldering iron 1 0 4 2 is held by the air cylinder 1 〇 41 above the mandrel 1 〇 1 4. When the winding device 1 of the winding device 1 0 30 is used 320 When the blank 6 is wound around the mandrel 1014, before the winding tools 1 320 leave the mandrel 1014, the air cylinder 1041 is used to crimp the soldering iron 1 042 to the seam 63d. In this way, The seam portion 6 3 d is heated and pressed to promote the adhesion of the adhesive. The soldering iron 1 0 4 2 is used to heat and press the seam portion 6 3 d to reach the sleeve ejection device 1 080 on the mandrel 1 104. (Refer to FIG. 25) Before continuing, when the mandrel 1 01 4 is carried into the discharge device 1 0 0 0, the air cylinder 1 0 41 is used to guide the soldering iron 1 0 4 2 above the mandrel 1 0 104. Above the holder 1 043, one direction changing valve 1 044 is provided for each air cylinder 1041 to change the supply to the air cylinder. 1041 compressed air

88116057.ptd Page 94 501996 V. Description of Invention (89) ------ Supply direction of gas. The direction change valve 1044 has a stopper type (not shown). The change of the position of the reel is to press one of the buttons 1400, 1441 protruding to both ends of the direction changing valve 1 044, and press and operate. When the button 1 440 is pushed in, the position of the direction changing valve 1044Jt is changed to drive the air cylinder 1041 downward. When the button 1441 is switched to the position of the directional changeover valve 1 044, it is used to drive the air cylinder ^. An air cylinder 1045 is provided near the f-winding device 1 030 and has a movable portion 145 for press-fitting the direction changing valve 1 044 (see FIG. 25). Set 1 030 to drive the air 0 air according to the timing that the blank 63 is wound around the mandrel 1014. The cylinder 104 is used to press the movable portion 145 to push the button 144. At day 3, f should be operated, and the air cylinder 104 is driven downward, so that the soldering iron 1042 is crimped to the seam portion 63d of the sleeve 63. In addition, as shown by the imaginary line in FIG. 26, a connecting rod 1046 is provided near the discharge device 1080 to press the button 1441. The connecting rod 1 046 has a bearing 1460 at its end. When the mandrel 1 0 1 4 is discharged into the discharge device 8 0 0, the sleeve 6 3 is first discharged by the discharge device 1 10, and then 10 2 2 is guided to the centrifugal shaft 1 0 1 4. Fig. 3 shows the main part of the auxiliary sealing device 1050. Auxiliary sealing device 1 05 / has: one pair of side-by-side side package holders 丨 〇5 丨, 丨 051; and an air cylinder actuator 1052, which is used to drive the package holders 1051, 1051 They engage / disengage from each other. The actuator 1 0 5 2 and the supporting bag holder 丨 0 5 丨 are driven in the following manner by using the power supplied from the above-mentioned driving device 丨 〇 2. First, when the turntable 1013 is stopped, the actuator 1052 is stopped at the position shown in FIG. 33 (b). At this time, the package is driven by the actuator 10 2 in a direction approaching each other.

501996

Fixtures 1051, 1G51. In this way, in the sleeve, the projections 63e protruding from the mandrel 1014 are 63d 1051, 1051 sandwiched with each other. The package clamp 1051 is heated to the proper temperature by the heater in the figure (compared to the heating of the main dense device 1040). The heating and pressure of the package 4 with mi are used to promote the connection: Next to the protruding part of the part 63d protruding from the mandrel 1 0 1 4. When the turntable 1013 is rotated, as shown in FIG. 33 (a), the package holder 1051 is kept in a direction away from each other by the actuator ι052. Then, using the power from the driving device 1012, the actuator 1 052 is temporarily retracted to the outside of the half-grip direction of the turntable 1013 to allow the next mandrel 1014 to be moved in: When the turntable 1013 is rotated more than half, The action direction of the actuator 1 052 is reversed, so that [the clamp 1 0 51 advances to the mandrel 1 〇1 4 side. When the rotation of the turntable 丨 〇 丨 3 stops, the actuator 1 0 52 returns to FIG. 33 The position of (b) is synchronized with it, and the bag holder 1051 driven by the actuator 1 052 also starts to clamp the seam portion 63d. As shown in FIG. 25, the crimping preparation device 1 06 0 has a connection with the mandrel 1 〇14 The facing gasket 1061. The gasket 1061 is impregnated with silicon liquid as a material for promoting the above-mentioned curling. The gasket 1061 is self-driven by supply The power of the device 1012 is driven according to the radial direction of the turntable 1 01 3. When the turntable 丨 〇 丨 3 rotates, the pad 1061 leaves the sleeve 63 on the mandrel 1014. When the turntable 1013 stops At this time, the liner 1061 is crimped to the protruding portion 63e of the sleeve 63 to apply the syrup solution. As shown in FIG. 34, the crimping processing device ι〇〇〇〇 has: a slider 1071, can be according to the turntable 1013 It moves in the radial direction; and the processing fixture 1073 is mounted via a plurality of springs 107 2-1 072 so as to face the slider U13 of the slider 107. The processing fixture 1073 Built-in heater not shown in the picture is added

88116057.ptd Page 96 501996

5. Description of the invention (91) Heat to the specified temperature (eg 170 ~ 190 ° C). The slider 1071 is driven by the power supplied from the self-driving device 1012 in conjunction with the rotation of the turntable 1013 in a half-pinch direction. When the turntable 103 is rotated, the processing jig 1073 leaves the sleeve 63 on the mandrel 1014. When the turntable 1013 is stopped, the processing jig 1073 is crimped to the projection 63e of the sleeve 63. The protrusion 6 3 e of the sleeve 63 is gradually crimped toward the inside by the heating and pressing of the processing jig 1073. In addition, a groove 1730 is provided on the surface of the processing jig 1 073 that faces the mandrel 1 01 4 to set the curling direction of the protruding portion 63e.

The hemming processing devices 1070B and 1070C also have the same structure as the hemming processing device 107 0A. However, in order to transfer the sleeve 63 to the processing devices 1070A, 1 070B, and 1 070C in order to gradually form the crimping portion 67a, each device 107 (^, 107 (^, 1 070 (: processing jig) 1 0 73 Gutter 1 730 becomes

Different from each other. In addition, the temperature of the processing jig 1073 of the original processing device 1070A can be set higher than the temperature of the processing jig 1073 of the other processing devices 1070B and 1070C. In the processing device 107a, the protruding portion 63e of the sleeve 63 is not crimped. Therefore, when compared with the other devices 1070B and 1070c, the processing resistance is large, so it needs to be processed. Increasing the amount of heating makes it easy to process. On the other hand, in processing devices 1 070B and 1 0 70C, which have relatively small resistance to processing, it is best to reduce the heating temperature to suppress the impact on the printing of the sleeve 63 and the like. At least one of the processing devices 1 070A, 1 070B, and 1 0 70C can also be installed as shown in FIG. 35. The processing jig 1 073 is mounted on the output shaft 174 of the motor 074 and rotated around the axis of the mandrel 1014. . In this case, heating of the processing jig 1 073 can be omitted. The processing jig 1073 in the processing device 107〇a according to the figure

501996

In the case of the structure of ί mode, it is not necessary to add to the protruding portion 6 3e of the sleeve 63, and it is only necessary to produce a crimped portion 6 3a. In addition, if the processing jig 1 073 is rotated by the first processing device 1 070A, the preparation device 1 60 0 is used to apply the silicon liquid on the protruding portion 6 3 e of the sleeve 63, and the rotation of the processing jig 1 073 can be uniform. Is distributed over the entire circumference of the protrusion 63e. The processing using the crimping processing device 1070c is used to complete the sleeve 63. The completed sleeve 63 is removed from the manufacturing device 1010 by the sleeve discharge device 1080. As shown in FIG. 36 and FIG. 37, the sleeve ejection device 1 80 includes a roller mechanism 1081 for crimping the roller 1810 to the sleeve 6 10 on the mandrel 1014 from below to thereby press the sleeve 6 3 Take it out to the side of the mandrel 1 104; and the receiving mechanism 1083 'is used to receive the sleeve 63 taken out by the roller mechanism 1081, and accept it in the state of being reversed above the discharge conveyor 1 0 2. The roller 1810 is driven by the motor 1811 to rotate at a constant speed in the counterclockwise direction (arrow CCW direction) of FIG. 36. The motor 1811 is mounted on the lifting table 1812. The lifting table 1812 uses the power supplied from the self-driving device 1012 to interlock with the rotation of the rotating table 1013, and is driven to repeatedly move in the vertical direction. When the turntable 1013 is rotated, the lift table 1812 is lowered as shown by the solid line in FIG. 36, and the roller 1810 leaves below the spindle 1014. When the turntable 13 is stopped, the roller 1810 is crimped to the sleeve 63 of the mandrel 1014 (refer to the imaginary line in FIG. 36). In this way, the sleeve 63 is taken out from the mandrel 1014 and sent to the receiving mechanism 1 083. . The receiving mechanism 1 083 includes a driving shaft 1084 extending in the horizontal direction, and a sleeve holder 1 105, which is attached to a shaft end portion 1804 of the driving shaft 1084. The sleeve holding body 1 085 is constructed by arranging 4 sheets of 1 850 ···· 1 850 at 2

88116057.ptd Page 98 501996 V. Description of the invention (93) The pieces are combined into a cross shape to form two sets of cross frames 1851 ..... 1851, using hollow spacers 1 852____ 1 852, on the axis of the drive shaft 1 084 In the direction, the cross frames 1 8 5 1 are overlapped at an appropriate interval, and the bolts 1 853 passing through the spacer 1 852 are used to be fixed on the drive shaft 1084. A pair of intersecting frames 1851 ··· 1851 is set to 90 around the sleeve holding body 1085 around the drive shaft 1 084. At intervals, four sleeve receiving sections 1 086. · 1 086 are formed. The driving shaft 1084 is driven by the intermittent rotary motion taken out from the intermittent driving mechanism 1015 to synchronize with the rotation of the turntable 1013, and is driven to rotate g0 each time in the direction of arrow R in FIG. 36. . When the turntable m3 is stopped, one of the sleeve receiving portions 1086 protrudes so as to face the mandrel 1014, and the sleeve 63 taken out by the roller mechanism 1081 is placed in the sleeve receiving portion. 1 086 Zhibo Zhou. The inner sleeve side of the inserted sleeve 63 is received by the sleeve receiving portion 丨 ❹ ", p is rotated back to the sleeve holder 1 085, and the sleeve is prevented from receiving the sleeve receiving guide 1 0 around the drive shaft 1084. 8 7 1 0 8 2 is manufactured in the above 10 2 as 1 023 as the return device, a guide around the holder 10 8 5 of the present invention is provided with a guide 1 0 8 7 for receiving in the sleeve The sleeve 63 of the part 1 086 fell down. In addition, when 086 moved to a position directly below, the sleeve "detached from the bow 1 1: onto the conveyor belt 1082. The dropped sleeve 63 is transported for fabrication and carried out in 1010. In the tube manufacturing device, the functions of the various devices are the conveying device of the sleeve manufacturing device of the driving device, the belt-like conveying device, the wheel device 1 025 as the reversing device and the winding device 1 026 as the second conveying device. Device. The Jingqi 4 device is not limited to the above embodiments, but

501996 V. Description of Invention (94) is a form in which various changes can be implemented. For example, the sleeve manufacturing apparatus of the present invention is not limited to the sleeve 63 of the paper cup 61 of Fig. 20, but can be manufactured in various containers. The processing of the curled portion using the heated processing jig can also be applied to any of the examples shown in FIG. FIG. 38 (a) shows an example of processing the inward crimping portion 63a on the small diameter side of the sleeve 63, (b) shows an example of processing the outward crimping portion 63g on the small diameter side of the sleeve 63, (c ) Shows an example in which the inward curling portion 63h is processed on the large diameter side of the sleeve 63, and (d) shows an example in which the outwardly crimping portion 63i is processed on the end portion of the large diameter side of the sleeve 63. Similarly, the crimping portion of the paper cup body 62 can also be crimped with a heated processing jig 'for feeding. When manufacturing the sleeve according to the above device, it can be used to: soften the tube so that it can use a smaller force The crimping can reduce the manufacturing defect of the sleeve, so as to improve the yield. Car: When the sleeve is removed, its operation can be simplified and the structure is simplified. D. In order to obtain the best bonding strength, the device should be applied in accordance with the above mentioned hair germ supply A, and the excess water of the adhesive agent, 、, σ, shou, because it is applied to the hair germ. There are 4 rounds in the straight girl device, so the product may be defective due to lack of ^ = reduction. Because the lower side of the embryo that adheres to the strength, when the coating is applied, the structure of the rollers and the like is coated because the adhesive is applied. ^ Main When the cloth is compared on the side, the supply device can be arranged as the Π line. For the center line of the mandrel, the blank can be installed. In addition, when the set is discharged according to the above-mentioned too loose u, it is not necessary to accept the

V. Description of the invention (95) = The outer periphery of the sleeve discharged from the vehicle, so there is no problem of printing damage on the outer periphery of the sleeve, which can increase the production of sleeve manufacturing. The rotation speed of the roller can be reduced to reduce the burden on the sleeve. In this way, the problem of sleeve injury can be reduced. &Amp; The devices shown in Figs. 39 to 41 are used to perform the forming wings m62d, 62e on the paper cup body 62 in the manufacturing process of the paper cup 61 shown in Fig. 21, and the combination sleeve 63 on the paper cup body 62. In a top view, FIG. 40 is a side view taken from the XXXX direction of FIG. 39, and FIG. 41 is a side view taken from the direction of FIG. 4XX × χχί. The frame 2011 ′ is set on the floor of the factory; turn; 2 12 =! Frame 2011; and the driving mechanism 2 ° 13, used to make the bar or gear, etc .: pass: rotate. The driving mechanism 2 ° 13 uses a chain. Suqiu later reduced the rotation of the prime mover 2014 and transmitted it to the turntable 2012. On the outer periphery of the turntable 2012, the paper is separated / packed at a distance of 1 ° around the surrounding 21 ° 0. The paper cup holders used as container holders are kept inside and out, and the turntable drive mechanism is held up and down. 30 at a time. ^ σ 卩 will be explained later. Directional intermittent drive turret II = The surrounding area under the arrow is required to keep the paper cup j / Κ 'at the stop position of the turret 2012) ST ST s The number of stations (holding device 2100 necessary for the device is included in several Station ^ set paper cup 61 system 2030B, paste device 2040 ', set, ^^ set 2020' processing device 20 thanks, set 20 6 0, inspection device 207 () device 2050, sleeve combination Installation_ and turntable = 2 set 2 ° 80. Each installation view. ~ 15 rotation synchronization, used to perform the operation assigned to each 501996 V. Invention (96) device. The outline of each device is as follows. Paper cup When the feeding device 2 〇 2 0 stops and empties the paper cup holder 2100 protruding below it, it synchronously takes out one paper cup body 62 from the lower end of the magazine 2 021 (see FIG. 41). It is supplied to a paper cup holder 2100 °. Moreover, the paper cup body 62 installed in the magazine 2021 has no ribs 62d, 62e ', and the curled portion 26c has a perfectly round cross-sectional shape. Processing equipment 2030A, 203 0B on the turntable 2012 When stopped, the shape of the paper cup body 62 on the holder 21 00 provided in front is 62 The ribs 62d or 62e are formed. In addition, 2030A is used to process the crimping portion 62c. The paste device 2 0 4 0 is an adhesive 6 4 for bonding the paper cup body 6 2 and the sleeve 6 3 (refer to the figure) 21) Blow to the specified position on the outer periphery of the paper cup body 62. The sleeve supply device 2 0 5 0 feeds the sleeve 6 3 to the outer periphery of the paper cup body 62 2. The sleeve combination ▲ will be covered in the paper cup body 2060 The sleeve 63 of the 62 is pressed into the open end side of the paper cup body 62 to concentricize the paper cup body 62. The inspection device 2/70 is used to check whether the paper cup body 62 and the sleeve 63 are correctly combined, and the sleeve 63 Whether it is formed correctly. Then, the ejection device 2080 takes out the paper cup 61 from the paper cup holder 2 1 0 and sends it out of the device. Fig. 42 and Fig. 43 show the details of the paper cup supply device 2020. Paper cup The supply device 2020 is provided with: a magazine 2021 for storing the paper cup body μ; 3 take-out rollers 20 2 2 ··· 2 0 2 2 arranged at the lower end of the magazine 2 021; and a drive mechanism 2023, It is used to drive each roller 2022 to rotate around its own axis. Bin E2021 is constructed Six through-holes 2211 ·· 2211 are installed around the through hole 221〇a of the base 221〇, and the paper cup body 62 stacked inside it is turned upside down (see FIG. 41). Wheel

Page 102 501996 V. Description of the invention (97) 2022 is mounted on the base 2210 and becomes a part protruding from the through hole 22103 (refer to FIG. 43). The curled portion 62c of the paper cup body 62 housed at the lower end of the warehouse 2021 is over the roller 2022, and supports the paper cup body 62 in the warehouse g 2 0 2 1 in the up-down direction. The driving mechanism 2023 has a motor 2230 as a driving source, a secondary pulley 223 1 is mounted on the output shaft 223 of the motor 2230, a secondary pulley 2232 and an idler 2 233, and it is mounted on the base 2210 in a freely rotatable manner. . A belt 2234 is wound between the pulleys 223 1, 2232 and the idler 2233. The secondary pulley 2232 is supported on the base 2210 so as to be freely rotatable, and is coaxially connected to the roller 2022 via a connecting shaft 2235. When the turntable 2012 is rotated and the empty paper cup holder 2100 is protruded below the supply device 2020, the output shaft 2230 & of the motor 2230 is driven to be rotated and designated. In association with this rotation, each of the rollers 002 2 rotates a specified amount in the same direction and at the same speed. When the roller 2022 rotates, the hemming portion 62c of the paper cup body 62 supported on the rollers 2022 is engaged with the spiral groove 222 formed on the outer periphery of each roller. In this way, the paper cup body 62 is removed from It is drawn out from the magazine 2021 and is supplied from the through hole 2210a to the paper cup holder 2100 below. FIG. 44 shows the details of the processing device 2030A and the paper cup holder 2100. The cup holder 2100 has a support shaft 2 丨 〇 丨 extending in the vertical direction and mounted on the outer periphery of the turntable 2012; a rotating cylinder (rotating body) 2102 mounted on the outer periphery of the support shaft 2101; The spacer 21 〇3 and the collar 21 〇4, 2105 are mounted on the outer periphery of the rotating cylinder 212. The rotating cylinder 2101 is mounted on the supporting shaft 21 01 via a bearing not shown in the figure, and can be freely rotated around the supporting shaft 2101.

P.103 V. Invention "㈣⑽"-Rotation: The collar 21 04, 2 1 05 can be integrated with the rotating cylinder 2 102 to rotate. At the lower end of the rotating drum 2102, a disc-shaped rotating wheel 2106 having a function of a hemming receiving member is integrally formed. The curled portion 62c of the paper cup body 62 is in contact with the upper surface of the wheel 2106, and the paper cup body 2 is supported in the vertical direction. Integral flanges 2104a and 2105a are provided on the periphery of the $ ring 2104 and 2105. The outer edges of the flanges 2104a, 2105a are formed at the positions of the ribs 62d, 62e, so as to come into substantially contact with the crotch portion 62a of the paper cup body 62, and in this way, the paper cup body 62 is supported in the radial direction. That is, the flanges 21 0 4 a and 21 0 5 a each have a function as a side wall receiving member. In addition, the upper end of the support shaft 2101 protrudes above the rotating cylinder 2102. In addition, an air flow path (not shown) is formed in the center of the support shaft 21 〇1 and penetrates the support shaft 2 1 Q J in the axial direction. As shown in FIGS. 44 and 45, a rotation drive mechanism 2 03 1 is provided in the processing device 2030A to rotate the paper cup body 62 mounted on the paper cup holder 2100, and a pulley processing mechanism 2 0 3 2 is used to make The rotating paper cup body β 2 is crimped on the flange 21 0 5 a to process the rib 6 2 e; the anti-dropout mechanism 2 03 is used to prevent the paper cup body 62 from falling off during processing; and the roll The edge processing mechanism 2034 is used for crimping the crimping portion 62c to the runner 2106 to produce a deformation as shown in FIG. 22. The rotation driving mechanism 2 0 31 includes a motor 2 31 0 as a driving source, and a driving wheel 2 311 ′ which is driven to rotate by the motor 2 3 0. When the turntable 2 1 2 is rotated and the paper cup holder 2100 protrudes to the front of the processing device 2030A, the driving wheel 2311 contacts the runner 2106 on the paper cup holder 2100, and the rotary cup 2102 of the paper cup holder 2100 is driven to surround the support shaft 2 101 for rotation. The rib processing machine 2032 is equipped with an air cylinder 2320 as a model drive

88116057.ptd Page 104 501996 V. Description of the invention (99) —- $ device, and model pressing roller (model pressing member) 232 1, is driven by the air cylinder 2 3 2 0 according to the direction of the paper cup holder 2 丨 〇〇 drive. The model pressing roller 2321 is supported by a holder 2322 mounted on a piston rod 2320a of an air cylinder 2320 to be rotatable around a vertical axis 2323. As shown in FIG. 46 (a), a groove 232 1a is provided on the outer periphery of the model pressing roller 2321, and its cross-sectional shape can complement the outer periphery of the flange 2105a. When the rotary cylinder 2102 of the paper cup holder 2100 is driven by the rotary driving mechanism 2031 to rotate, the roller 232 1 is pressed by the air cylinder 2320 to drive the model to press the roller 232 to the crimp portion 62a of the paper cup body 62. . In this way, as shown in FIG. 46 (a), a part of the crotch portion 62a is sandwiched between the flange 2105a and the model pressing roller 2321, and is used to gradually form a rib 6 2 e at the crotch portion 62a. . After the model pressing roller 2 3 2 1 surrounds the crotch 6 2 a for at least one week, the model pressing roller 232 1 is separated from the paper cup body 62 to complete the processing of the rib 62 e. The detachment prevention mechanism 2033 includes an air cylinder 2 330 and a detachment prevention plate 233 1, and is driven to move in the vertical direction by the air cylinder 2330. The detachment prevention plate 2331 is mounted on the piston rod 2330a of the air cylinder 2330 via a bearing 2332, and can rotate freely about the center line of the piston rod 2 3 3 0 a. Rib processing mechanism 2 〇 2 2 When the model pressing roller 2 3 2 1 is driven toward the paper cup body 6 2, the 'fall-off prevention plate 2 3 31' synchronized with it is driven downward and contacts the bottom support portion of the paper cup body 6 2 62g (see FIG. 20). In this way, in forming the ribs 6 2 e by the rib processing mechanism 2 0 3 2, it is possible to prevent the paper cup body 62 from floating from the paper cup holder 2100. When the formation of the ribs 62e is completed,

88116057.ptd Page 105 501996 V. Description of the invention (100) 2331 Drive upwards. The beading machine processing mechanism 2034 includes an air cylinder 234o as a pressing drive unit and a pressing roller 2341, which are driven by the air cylinder 2340 to move in the vertical direction as a pressing member. A roller cage 2342 is attached to the piston rod 2,340a of the air cylinder 234o. With this roller holder "" the pressing roller 2 341 is supported to be rotatable around an axis extending in the radial direction of the paper cup body 62 on the holder 2100. The contact position of the pressing roller 234 1 and the curling portion 62c, and the contact position of the model pressing roller 232 1 and the crotch portion 62 & are shifted approximately in the direction around the paper cup body β2. . In other words, the contact position of the pressing roller 2 3 41 and the crimping portion 6 2 c is set on the opposite side of the radial direction of the paper cup body 62 from the contact position of the pressing roller 2 3 21 and the crotch portion 6 2 a. When the model of the rib processing mechanism 2032 presses the roller 232 1 to be crimped to the crotch portion 62 a of the paper cup body 62, as shown in FIG. 47, the pressing roller 2341 is driven downward by the air cylinder 2340 and crimped at Hem part 62c. In this way, the beading portion 62c is sandwiched between the pressing roller 2341 and the runner 21 06. In this state, the paper cup body 62 is rotated to gradually deform the curled portion 6 2 c into a cross-sectional shape as shown in FIG. 24. When the crimping roller 2341 surrounds the crimping portion 62c for more than one week, the air cylinder 2340 is used to drive the crimping roller 2 3 41 to the upper side to complete the processing of the crimping portion 6 2c. In addition, a plurality of pressing rollers 2341 may be provided as shown in FIG. 48. It is also possible to use a driving device such as a motor to drive the pressing roller 2341 to rotate. A model driving device other than the air cylinder 2340 can also be used to drive the compression roller 2341. However, when using air cylinder 2340

88116057.ptd Page 106 501996

When the pressing roller 2341 crosses the step of the crimping portion 62c connected to the abutment portion of the cup portion 62a of the paper cup body 62, the air stored in the air cylinder 2340 cushions the piston rod 234o. Because the pressing roller can be displaced a little amount in a direction away from the crimping portion 62c, the excessive crimping force is not applied to the stepped portion of the crimping portion 62c, so the crimping portion 62c will not exceed the required level. The problem of crushing. Therefore, when the pressing roller 2341 is driven by a device other than the air cylinder 2340, it is preferable to allow the pressing roller 2341 to be displaced when it crosses the step of the curling portion 62c through the transmission path of the driving force through a spring or the like.

The processing device 20 30B is the same as the processing device 2030A. The only difference is that the model pressing roller 232 of the rib processing mechanism 2032 is adjusted so that the paper cup body 62 is crimped to the flange 21 04a to form the rib 62d. The edge processing mechanism 2034 is omitted. In addition, since the rib 62d bulges inside the paper cup body 62, as shown in FIG. 46 (b), a protrusion for forming the rib 62d is provided on the outer periphery of the model pressing roller 232 1 of the processing device 2030B. In the strip 232 1 b, a groove 2104b is formed on the outer periphery of the protruding edge 2104a, and the groove 2104b has a cross-sectional shape complementary to the protrusion 23 2 1b. Figure 4 9 shows the detail of the paste device 2 0 4 0, which has:

The spray booth 204 1 ′ is used to blow the adhesive 64 (refer to FIG. 21) to the bonding area of the crotch portion 62 a of the paper cup body 62; and the inspection device 2042 is used to check the bonding of the nozzle 2410 from the spray residue 20 41 Whether the agent is sprayed normally. In addition, in FIG. 49, the curled portion 62c of the paper cup body 62 is simplified and drawn into a perfect circle. The inspection device 2042 includes a camera 2421 for setting the

501996 V. Description of the invention (102)-Photography range 242 ° between the 2410 and the cup 62a of the paper cup body 62. ^ Patterns for photography; AD converter 2422 'spray according to specified conditions = analog output of the camera 2421 The signal is converted into a digital signal. A ^ circuit 2423, according to the signal output from the AD converter 2422, the calculation is performed using \: secondary calculation of electricity; the determination circuit 瀬 is used to determine the spray pattern based on the result of the calculation circuit 2. Whether the model is good; and the monitor 2425:,;: The decision result of the decision circuit 2424 should not be determined. It ’s used because the adhesive 64 discharged from the spray gun 2041 is white, and a black background plate is set behind the weight 2420 (the mouth opening 2422 is not shown in the figure. The critical value of the camera 2 converter output from the camera 2421 is to make it The second evolutionary image is based on the image of suitable 64, which is rotated to the calculation circuit 2423. After the calculation, the imaging range of the camera 2421 is 2420 white and Qiu 23 is calculated. Q 1 豕 円, white part Among the ratios, from the nozzle 2410, it is uncomfortable to say that when the defect is detected, = the upper and lower directions are generated when the adhesive 64 is ejected in the correct direction. The photographic range is 'for the adhesive 64'. In this way, the spray amplitude is set: the product is reduced by '241. In the proper direction, the cause is: when calculated from the nozzle circuit 2423 == 接 人 剤 64, when the calculation is outside the white state The ratio of 々 is in an appropriate range, and the ratio of 4 points in the mouth is & circuit 2424 is insufficient or excessive for the white part 取 8. In addition, it is judged that the spray pattern is good = the ratio, in the specified If it is within the allowable range, it will be judged as bad. Spraying punishment t in the allowable range will judge the spray pattern, 1 is bad, at this moment, Lee 88116057.ptd page 108 501996 V. Description of the invention (103) '--- --- use the rear The NG product rejection device removes the paper cup body 62 supplied to the paste device 2040 from the production line of the paper cup 61. In addition, the adhesive agent 6 4 attached to the nozzle 2 41 0 and the paper cup body 62 are included in the photography. When the range is 2420, it becomes a detection error. Therefore, the photography 2420 is set to be separated from the two at the most. The paste device 2040 is not provided with a mechanism for rotating the rotating cylinder 2102 of the paper cup holder 2100. After the paper cup holder 2100 is transferred from the processing device 2030B to the paste device 2004, the rotating cylinder 21 02 is temporarily rotated by inertia, and the contact 64 can be blown evenly to the subsequent range by using the inert rotation. As shown in FIG. 50, the sleeve supply device 2050 has a conveyor belt 2051 for conveying the sleeve 6 3 which is inverted upside down; a pair of shutter mechanisms 2 2, 2052 , Set at the terminal of the conveyor belt 2051; and the push-out mechanism 2053. The shutter mechanism 20 52 using air cylinders 252 丨, 252 1 to be held so as to protrude to one of the discharge ports 2510 at the terminal of the conveyor 205 1 in accordance with the orthogonal direction of the conveying direction of the conveyor 205; ^ ,: The outlet 2510 is opened and closed. The pushing-out mechanism 2053 is provided with: an empty 2530; and a disc-shaped pushing-out member 2531, which is attached to the piston rod 2530a. Fig. 50 (3) is a sectional view, (13 ) Is a top view of the vicinity of the end of the conveyor belt 501. The paper cup body 62 coated with the adhesive 64 by the paste device 2040 is conveyed directly below the discharge port 2510 by the rotation of the turntable 2012, and the air is cleaned. The air cylinders 2521, 2521 open the shutters 2520, 2520, and the air cylinder 2530 is activated to drive the pressing member 2531 below. In this way, the sleeve 63 carried to the terminal of the conveyor belt 20 51 is pushed out to the lower 501996. V. Description of the invention (104) The square is dropped to cover the paper cup supported by the paper cup holder 2 丨 〇〇 Ontology 62 = week. After the sleeve 63 is supplied, the shutter 2520 is temporarily closed. The covering member 2531 does not move below the shutter 2520. Therefore, there is no problem that the pressing member 2531 and the shutter 2520 interfere with each other. Figure 51 shows the details of the sleeve assembly device 2060. The sleeve assembly device 2600 has a combination jig 206 1 configured to face the bottom support portion 62g of the paper cup body 62 held on the paper cup holder 2100, and an air cylinder 2062 for driving the combination. The clamp 2 〇1 1 moves it in the vertical direction. As shown in FIG. 52, the combined fixture 2061 has a cylindrical fixture body 2610 with an opening at the lower end; a guide shaft 2611 is installed at the center of the fixture body 2610; a disc-shaped concentric member 2 61 2. It is housed in the hollow part 2 6 1 〇 of the fixture body 2 6 1 0 a, and can slide along the guide shaft 2 6 11; and the coil spring 2 6 1 3 is used to be installed outside the guide shaft 2 611 The concentric member 2 6 1 2 is crimped to the stopper 2611 a at the lower end of the guide shaft 2611. A flange 2 6 1 0 b is provided at the lower end of the clamp body 2610. On the outer periphery of the lower end of the concentric member 2 61 2, an inclined surface-like eccentric surface 2612a is provided; and a stepped portion 2612b is provided so as to surround the base end (upper end in the figure) of the eccentric surface 26 12a. An enlarged portion 261 lb is provided on the upper end of the guide shaft 2611. The enlarged portion 2611 and the clamp body 26 10 are fixed to a movable portion 2620 of the air cylinder 20 62 (see FIG. 51). With the rotation of the turntable 2 0 1 2, when the paper cup body 6 2 and the sleeve 6 3 protrude below the sleeve combination device 2060, the air cylinder 2062 is activated to drive the combination fixture 2 0 6 1 downward. At this stage, the concentric member 2 6 1 2 is crimped to the stopper 261 la as shown on the right side of the center line CL, and the eccentric surface 2612a and the stepped portion 2612b of the outer periphery protrude to the protruding edge 2610b of the fixture body 2610.

88116057.ptd p. 110 501996

5. Below the description of the invention (105). Therefore, as shown by the imaginary line in FIG. 52, the sleeve 63 is covered with the paper cup body 62 in an eccentric manner, even if the curled portion 6 3a straddles the base portion 6 2 g of the paper cup body 62, The eccentric surface 2 61 2 a of the concentric member 2 6 1 2 is in contact with the crimping portion 6 3 a, and then the sleeve 6 3 and the paper cup body 62 are concentrically formed. Then, the combined fixture 2 0 6 1 is further lowered, and the stepped portion 2 61 2 b is used to protrude to the concentric member 2 61 2 of the bottom support portion 6 2 g of the paper cup body 6 2, and is pressed into the fixture body. Within 2610. Then, the flange 2610b of the clamp body 2610 is brought into contact with the curled portion 63a of the sleeve 63, and the sleeve 63 is directed toward the paper cup.

The crimping portion 6 2 c of the main body 62 is pressed into an appropriate amount. In this way, the paper cup main body 62 and the sleeve 63 are reliably brought into contact with each other in the following range BD, so that the two can be correctly joined. When the concentric fixture 2 0 61 is lowered to the designated position, the next combination of the paper cup body 62 and the sleeve 63 is prepared, and the concentric fixture 2061 is raised to the original position. In addition, in order to make the crimping portion 63a of the sleeve 63 above the bottom supporting portion 62g of the paper cup body 62 (side of the crimping portion 62c), the concentric member 2612 is pressed into the clamp body 2612 to the maximum Hour 'causes the stepped portion 26 12b to retreat above the flange 261 Ob. Fig. 53 shows a detail of the inspection device 270. The inspection device 2007 has: a rotary f driving mechanism 207 1; and a transmission type optical sensor 2072 for inspecting the sleeve

疴 6 3 疋 is installed to face the paper cup body 6 2; and the laser ranging sensor 2073 ′ is used to check whether the sleeve 63 is correctly combined. The rotation driving mechanism 207 is the same as that of the above-mentioned processing device 2030a. The driving rotation of the motor 2-10 is used to make the driving wheel 2711 contact the rotating wheel 2106 of the paper cup holder 2100. Thereby, the rotating cylinder 2102 of the paper cup holder 2100 is rotated. The photodetector 2072 includes a pair of light emitting sections 2720, and

501996 V. Description of the invention (106) '-The radial directions of 62 are arranged to face each other; and the light receiving portion 2721. 272 " The bottom support of the paper cup body 62 emits a finger band: Check the light (the oblique line in the figure). The light receiving unit 2721 is used to output a signal corresponding to the light beam of the inspection light to the determination device 2074. When the concentricization of the sleeve 63 using the above-mentioned combination device 2060 fails, the sleeve 63 will protrude from the bottom support portion 62g, and the inspection light from the light-emitting portion 272, which is cut off, will be greater than =, it is larger, where The judging device 2 is used to monitor the change in the amount of received light of the inspection light based on the signal from the light receiving unit uu. When the change is greater than the specified allowable range, it is judged that the combination of the sleeve 63 is defective. 0 7 5 showed no results. In addition, the field ranging sensor 2 07 3 shoots the collected laser light toward the periphery of the sleeve 63, and outputs a signal corresponding to the time according to the time when the reflected light is detected. When the sleeve 63 is unable to form the specified inclined shape due to the failure of the lamination of the blank 3, because the skew may occur on the outer periphery, the return time of the laser light may vary greatly due to the rotation of the sleeve 63. Among them, the determination device 2074 monitors the change in the time when the laser light reflection is detected. When the change is larger than the specified allowable range, it judges that the sleeve 63 is defectively formed, and displays the result on the monitor 2075. When the inspection device 2070 determines that the combination of the sleeve 63 or the molding is defective, the rear NG product rejection device is used to supply the paper cup 6 1 to the inspection device 2 0 7 0 from the paper cup 6 1 Production line exclusion. 54 and 55 show details of the discharge device 2080. The discharge device 2080 has: a gear box 2081; and a magazine 2082, which can be rotated around the input and output shaft 2810 of the gear box 2081. In magazine 2082, follow the magazine 2082

501996

The rotation direction is every 90. At intervals, a cylinder 2820 having an inclined hole 2820a for fitting the paper cup 61 is mounted. A sprocket 2812 is mounted on the input shaft 2811 of the gear box 2081. The sprocket 28 12 is connected to the driving mechanism 2013 of the turntable 2012 via a transmission mechanism 20 84 in which a chain 2840 and the like are combined (see FIGS. 40 and 41). When the turntable 2012 is driven to rotate 30. At this time, the magazine 2082 is rotated 90 ° in the direction of the arrow R in FIG. 54. , Make the empty tube 2820 protrude directly above the paper cup ^ holder 2 100. In this way, the rotation of the turntable 2012 and the rotation of the magazine 2082 are related. An air supply device (not shown) is provided directly below the cylinder 2820, and is connected to an opening at the lower end of the air flow path provided on the center line of the support shaft 21001 of the paper cup holder 2100. To supply compressed air to the air flow path. The compressed air supplied into the support shaft 2110 is eaten from the support shaft 2j0j, and is used to feed the paper cup into the inclined hole 2802a of the cylinder protruding above it. This is used to move the paper cup 61 from the paper cup holder 2 100 to the cylinder 2820. The paper cup 61 held in the cartridge 2820 is rotated 90 ° each time through the magazine 2082. The 3 rotations' are sent to the paper cup accumulation device 205. Paper cup accumulation device 2 8 $ The actuator 285 1 is used to move the claw portion 285 of the paper cup 61 to the crimping portion 62 c of the paper cup 61 in a horizontal direction to pull out the paper cup 61 from the cylinder 2820 and accumulate it in a magazine. Within 2853. > '/' In addition, as shown in FIG. 54, for the paper cup accumulation device 2085 of the magazine 2082, an inner surface inspection device 2090 of the paper cup 61 is provided at a position on the opposite side of the cassette 2082. The ring-shaped illumination lamp 2091 is used to illuminate the inner surface of the paper cup 61 held by the tube 2820, and the image is captured by the camera 2092.

V. Description of the invention (108) The film ′ uses the image processing device 2 0 q q m material to apply the specified processing, so that the image quality output by the f 2090 camera is bad. Take the inner surface of the ~ ,,, and cup 6 1 for any contamination or the shape of the heat-resistant container. Select the turntable 2012 and the drive mechanism 20 = The function of each part can be based on the mold 13 as the seventh invention. The manufacturing equipment's conveying and straightening. ％ 转转 机构 2 〇31 # helm # μ ^ ^ „Where as a square 疋 rotation drive device, rib processing machine. ^ ~, Rib processing device, hemming part processing mechanism 2034 as Curling II ΓΓ Air Gas Model 2062 is used as a fixture driving device. The inspection device is a mechanical device. The inspection device and the sleeve inspection device, the photoinductor detector 2072, the inter-bezier detection device, and the laser ranging sensor. The device 2073 is used as a distance device = detection device, and the determination device 2074 is used as a determination device, and the shape determination device M, a paper cup holder 2100, is used as a container holder, and a rotating tube 2102 is used to rotate the Showa dog edge M 100b as a press-in part. In addition, In contrast to the eighth invention, the function of each part is to use the rotary drive mechanism 20 1 3 as a rotary drive device, a paper cup holder 2100 as a container holder, a rotating cylinder 2102 as a rotating body, and a flange 2105a as side wall connection The receiving member, the runner 2106 serves as a crimping receiving member, the air cylinder 2 3 20 serves as a model driving device, the model pressing roller 2321 serves as a model pressing member, the air cylinder 234〇 serves as a pressing drive device, and the pressing roller 2341 serves as a pressing member. The apparatus for manufacturing the container of the invention is not limited to the above-mentioned embodiment, but can be implemented in various forms. For example, the rib processing mechanism 2032 and the crimping processing mechanism 20 34 may be separately installed at different stations. Inspection The device 2042 or 70 can also be omitted. When manufacturing the device according to the above, the processing and alignment of the crimping part of the container body

88116057.ptd Page 114 501996 V. Description of the invention (109) The processing of the side ribs, etc., and the bonding of the container body and the sleeve that have undergone such processing can be performed continuously in the same device, so Can effectively manufacture insulated containers. In addition, when the sleeve combination device is provided, it is possible to eliminate the defective combination caused by the eccentricity of the sleeve and the container body, so that the yield can be increased during the manufacture of the insulated container. In addition, the inspection device can be used to check whether the combination of the sleeve and the container body is good, the shape of the sleeve is good, and the subsequent blowing state is good, so the reliability of the manufacturing device can be improved.

88116057.ptd Page 115

Claims (1)

6. Scope of patent application 1. A paper cup body, the lower part of the crotch; and a paper sleeve, formed between the faces, characterized in that its outer diameter is greater than 2 · As applied in the aforementioned ribs. 3 · If the application system is formed as a connection 4 · If the application system is formed as a break 5.If the application paper system is in contact with the above 6 · If the application is between the above 7 · If the application gap system is inserted with 8 · A type attached to it The inner surface heat-coating container is provided with a bottom portion of a cylindrical portion having an upper opening, at least the A f-shaped crotch portion, and a polyolefin resin formed on the inner surface for occlusion, and is mounted with a gap from the above; The outer part of the cup of the cup body, the paper cup body described above forms the opening part of the upper part of the upper part of the paper cup body. The thermal insulation container paper cup of the scope of the patent No. 1 is formed by Nong Zhao m M /, τ / Paper 'Insulation container according to item 2 of the patent scope surrounding the direction of the crotch, and the beans continue to surround the crotch. -The thermal insulation container of the upper and lower ribs in item 2 above, wherein the ribs surround the crotch portion described above. The heat-resistant container of any one of the first to fourth patents on the different ribs in the upper and lower shells of the patent. The insulative container of any one of the above-mentioned. The inwardly-curled portion is formed. Peripheral surface. The scope of patents Nos. 1 to 4 Φ red ㈣cup Γ member of the thermal insulation container, wherein the gap is inserted with a thermal insulation member. Part 5 of the patent scope, Gan + insulation components. Among them, the thermal container is composed of a bottomed paper cup body, a film η and a hydrocarbon resin, and an opening edge formed above the 88116057.ptd Page 116 501996 6. Scope of patent application The lower end of the trough body faces the above-mentioned sleeve amount. 4 # The lower end of the ridge protrudes from 0.01 to 5 mm. 3 6 · If the scope of the patent application is 隔热, the bottom end of the main body faces the above-mentioned sleeve f's heat-insulated container, where the above container amount. The bottom is a protruding type of heat insulation container protruding from 0.01 to 5 mm, which is characterized by: a trough body, having a side wall and a 〃 part, on the upper side of the side wall f: the bottom of the lower side of f is rolled out The side part, and the sleeve having a curling edge toward the outer side of the trough, is formed by a sheet-shaped sleeve so that the side wall of the container body is connected to the outer side of the container body. On the upper end side, a gap is formed between the outer side and the outer side. Ensure that there is a space for the access section, and arrange it with the side wall to include a section of the container body side wall so that the plane following the above-mentioned section ®, and the extension line of the above-mentioned part is inclined to the inside direction of the container. -A heat-insulating container, comprising: a main body having a side wall and a bottom outer beading portion disposed on the side of the upper side of the side wall; and a sleeve with a beading edge on the outer side It is formed of a sheet-like sleeve material, and a space is provided between the outer side of the upper side of the container body and the adhering part of the upper side of the container body; Xia or with the side wall for the center line containing the container body Plane side wall formation Next to the above-described cross-sectional surface of the portion of j into the material of the sleeve by ~ 88116057.ptd p.123 bending. 39. A heat-insulating container having a special container body having side portions, above the side wall; J = f, a bottom outer curled portion on the lower side of the side wall; and A directional sleeve with a curled edge toward the outer side of the container is connected to the side wall of the container body of the sheet-shaped sleeve material, and a connecting portion is formed on the ^ end side to ensure space between the outer sides, and is arranged to contact the outer side of the container. —The above-mentioned side wall is a cross-section of the plane containing the center line of the container, which is a # μ, +, the center line of the body. The device is characterized by having a container body, with a side-cut buckle stage, and a force HI Μ 土 # is arranged at the bottom of the lower side of the side wall, and it is completely inserted above the upper side wall, and the outer curling And a sleeve with a “rolling edge” facing the outer side of the container. The sleeve is made of material, and the upper side is formed with a portion for adhering to the above-mentioned side. Space is ensured between the outer sides; the above-mentioned container body and the above-mentioned sleeve pass through The adhering portion is followed by the difference between the outer diameter of the container body directly below the outwardly crimping portion and the inner diameter of the sleeve t facing the portion directly below the outwardly crimping portion to be -1. · 0 ~ 0 · 5mm range. 41 · A type of heat-insulating valley device 'is characterized in that: · The container body has a side wall and a bottom portion disposed on the lower end side of the side wall, and a direction is formed on the upper end side of the side wall. The crimping direction of the outer side of the container 6. The crimping portion outside the scope of the patent application; and the sleeve material of the capacity I 俨 „is formed on the upper end side with the above-mentioned side wall followed by the bonding portion, which is configured to be the same as the above : Make sure that there is space between the outer sides; I put the upper end of the side wall above the bottom edge of the outward curling part from above, and leave it at least 1mm above and below the direction of the center line of the writing pad ㈣ = .. A heat-insulating container is characterized by having: 部 谷 ΐ t ί 'having a side wall and an upper end side of the bottom side wall which is arranged at the lower end side of the side wall, and has a facing capacity: an outer crimping portion; and X , Towards the door, the outer side of the curling direction: ㈣ formed by a sheet-shaped sleeve material, formed on the upper end side to ensure that there is space between the outer side; ... It is set to a width of 3 mm or more in the container body. There is a 4 3 · type of heat-insulating container between the tables, which is characterized in that: the main body has a side wall and a bottom disposed on the lower end side of the side wall. The upper end side of the side wall is formed to face the outer side of the container. The outer edge of the curling edge is also formed with < " a sleeve facing the side of the edge of the side, and a sheet-shaped sleeve material is formed. The upper side wall of the side trough body is followed by the above-mentioned side wall, and is configured to be connected with There is space between the upper and outer sides; the upper end of the above-mentioned bonding part on this side is below the upper end of the sleeve 4 4 88116057.ptd page 125, patent application scope; and Γ body, which has a side wall and a sleeve disposed at the bottom end side of the side wall is formed of a sheet-shaped sleeve material, and the lower end side is formed to open the above side. = The inward crimping portion where the material is crimped toward the center side of the container, at the upper end, ^ is next to the adhering portion of the side wall of the container body, and at least one of the ° crimping portion and the adhering portion is above A space is ensured between the outer sides of the side walls; the curvature radius of the sleeve material of the inwardly curled portion is set to a range of υ · 6 ~ 2 · 0_. The thermal insulation container 45, such as the 44th in the scope of patent application, has a radius of curvature set in the range of 1.1 to 1.5 mm. 4 ^ The insulated container according to item 44 or 45 of the scope of patent application, wherein the above-mentioned sleeve material is paper. For example, the thermal insulation container according to item 46 of the patent application range, in which the above-mentioned paper is set in the range of 150 to 400 g / m2. 4 8 · — A heat-insulating container, comprising: a trough body having a side wall and a bottom portion disposed on the lower end side of the side wall; and a sleeve formed of a sheet-shaped sleeve material at the lower end An inwardly crimped portion is formed on the side so that the sleeve material is crimped toward the center side of the container, and an upper portion is formed with an adhering portion to the side wall of the container body, the inwardly crimped portion and the At least a part of the bonding portion is arranged to ensure a space between the outer side of the side wall; the surface of the sleeve material in the area corresponding to the inward crimping portion 501996 Friction reduction layer. 49. The thermally insulated container according to item 48 of the patent application, wherein the friction reducing layer is a composition containing a cellulose resin. 50. The thermally insulated container according to item 48 of the scope of patent application, wherein the abrasion reducing layer is a composition containing an acrylic resin. '' 51. If the thermal insulation in any one of the 48th to 50th of the scope of the patent application: the use of printed varnishes to protect the printing surface as the above friction: 52. If the scope of the patent application is 48th to 5th The barrier container of any one of item 〇, the outer side ii: the friction reducing layer is formed on the facing of the sleeve material, and the thermal insulation container of item 51, wherein the above-mentioned friction, t is formed at The surface of the sleeve material facing the outside of the container. The insulated container is characterized in that: the main body has a side wall and a bottom side of the two cylinders arranged at the bottom side of the bottom side of the side wall so that at least between the upward part and the above-mentioned bonding part on the side -The part is arranged to ensure that there is a space between the outer sides of the side j; the shape of the "steam forming coil" makes the tape wound around the container body overlap with each other at both ends; the sleeve material forms the cutting part It is used to reduce the overlapping area; 6. The scope and area of the patent application are: 1 from the above sleeve material corresponding to the above-mentioned inward curling portion. The Hr type of heat-insulating container has the characteristics It is provided with: 部 Τ ία body 'has a side wall and a sleeve material arranged at the lower end side of the side wall: η: 1Γ, and the lower end side is formed with an inward roll that curls the upper center side. The edge part, at least the part of the inward crimping part followed by the inward crimping part, and the outer side of the side wall 4:; ::? Are arranged in a shape like a iisi tube to be wound around the container body The two ends of the surrounding belt-shaped j-set material overlap each other; The cutting portion formed with the sleeve material described above is used to reduce the overlap area; the portion is cut to reduce the overlap area of the area corresponding to the inward curling 11 by more than 50%. The thermal insulation container of the second or the fourth item of the Ministry of Economic Development and Development, wherein the sleeve material is arranged in the two ends of the sleeve material on the inside of the container, 155 ^ ^ ^ ^ ^ ^ ^ For one of the two ends, the corners of the above-mentioned sleeves are cut off obliquely. Κ 58 · The heat-resistant container according to item 56 of Zhongzhong Patent, in which the above-mentioned cut Hi 88116057.ptd Page 128 u 丄 六 、 Scope of patent application ___ — The opening of the cutting part ^, H, the angle of the material is on one of the two ends, and the sleeve ~ Yueluo inclined cut go with. The same as 5 9 — ^ -shaped / Shijiaqi, which is characterized by: a side wall, at the opening, there is a crimping portion; and a bottom, facing the above opening: '~ 缘 t It 的 的 卷边The width of the container in the axis direction of the part is "A," and the width of the container in the radius direction of the crimping part is "B". When the above i is equal to the above seven, the conditions for the above thickness can be satisfied. 2t < A < B · A container, comprising: a body having a bottom corresponding to the opening portion of the opening portion having a curled portion formed on the periphery of the opening portion and a side wall, and a side portion: ίΐ 一 Γ: formed to follow the container body above; α and the amplitude of the container axis direction arranged to ensure that there is an empty part of ίΐΪ on the outside of the side wall is "A" ,,, " The width of the 卩 valley in the radial direction is "β", and when the thickness described above and below is "t", the condition of 2t < A < B of the side wall of 'L can be satisfied. 61. If the scope of the patent application is 59 or 60, the edge is then used to close the opening. : In the above-mentioned roll, the above-mentioned cover material to the above-mentioned hemming part 荖, f cover material, in order to receive the force in the range of 400 ~ 900gf / 15_, so that the peeling force becomes 6. Scope of patent application Heating is performed to crimp the above-mentioned protrusion of the sleeve. = · The manufacturing equipment of item 64 in the patent scope, where the above-mentioned multiple = at least two of the processing devices are configured to press the above-mentioned processing jig so as to be crimped to the above-mentioned protrusions of the above-mentioned sleeve, in Among the forced jigs, the temperature of the processing jig on the upstream side of the above-mentioned conveying path is set lower than the temperature of the processing jig on the downstream side. 6 6 · If the bean processing device for item 64 or 65 of the scope of patent application is arranged in the top two of the above-mentioned conveying path, 4 'is used to rotate the above-mentioned processing jig while crimping to the above-mentioned protrusion of the sleeve unit. 67 kinds of hair blank supply devices for transporting fan-shaped hair blanks forming sleeves of heat-insulating containers to the square of a mandrel having an inclined shaft-shaped crotch, which is characterized by having: πΓΛ 运 装置 'for To transport the above-mentioned hair embryo to make it fit ^ to maintain and set in the direction of the centerline of the mandrel thousand thousand, in this state to carry; Π = agent coating device 'is used in the above-mentioned !! Above the one carried by the carrying device; on the lower side of the above-mentioned one end of L, the adhesive is applied. The above-mentioned blank with the above-mentioned adhesive is coated around the axis of rotation that extends in the direction orthogonal to the top: transport: The rotation borrows the upper-lower-lower 2 and moves 4 to load the left and right symmetrical female figures on the centerline of the mandrel, and is used to carry the reversed embryo. 68. The hair blank supply device according to item 67 of the patent application, wherein Sixth, the patent application scope of the reversing device is equipped with a Π _ wheel, in the above-pair = axis rotation of the first i-th conveying device of the above-mentioned hair transfer embryo wheel seam: each can be taken in Sent from the upper fan < t belly · ^ gap, the above-mentioned complex transport dreams 6H gap is taken from the above-mentioned hair embryos and transported to the above two mandrels: top 9. As stated in the patent scope of the 68th hair Embryo supply device, its square. Alignment: The runners are configured to capture the centerline of the mandrel, and the distances between the above-mentioned rotation axis and the inner circumference of the gap of each runner are equal to each other. Peripheral side ^ If you're special, the blank feeding device in the range 68 or 69 is provided with a plurality of the above-mentioned gaps. The surrounding direction is based on a distance of 7: as claimed, the fur embryo supply device of the third item of the patent scope, the hair transport device is taken into the above gap of the runner, and the first conveyance is described above. The device is raised above the conveying surface, and the rotation direction of the ^ 迖 runner is set to send it to the above-mentioned second conveying split. The blank feeding device of the above item, wherein the upper embryo is covered by the above-mentioned gap. The above hair thorns in the evening # 丝 + hair set is higher than the conveying surface, and the direction is set to send it to the second conveying device side. The fan-shaped sleeve to be formed is directly below the mandrel with an oblique-shaped chest. The first conveying device is used to carry the above-mentioned embryos to fit them — 88116057 .ptd Page 132 刈 1996 6. Scope of patent application — '^-j section is kept parallel to the conveying direction set in the direction of the centerline of the above-mentioned mandrel, and conveyed in this state; Come on top of the blanks transported by the first transporter Adhesive is applied at one end; a detour device to cause the hair blank coated with the adhesive to detour the conveying direction of the first conveying device; and = 2 conveying device for receiving the hair blank from the detour device. Carry it directly under the mandrel. 74. For example, the blank supply device of the 73rd scope of the patent application, wherein the above-mentioned device has a pair of runners, which can be moved around the transportation direction according to the first two The rotation axis extending in the orthogonal direction rotates. In the description: each of the runners is provided with hairs that can be taken from the above} transporting device ^ The second transporting device will be out of the gap * It is carried directly below the above-mentioned mandrel. Shaft 7: Tilt: Seed cylinder discharge device 'It is used to take out the above-mentioned sleeve wound around the mandrel of the core = inclined shaft from the mandrel, which is characterized by having . The barrel presses the roller in rotation on the sleeve on the crotch and the end portion on the small diameter side of the sleeve to disengage the sleeve; the roller machine described above in the receiving portion of the rotating barrel. . Sleeve The holding body is provided with a sleeve receiving part for receiving the inner peripheral side of the above-mentioned sleeve taken out by the upper chip. 76 ^ If the sleeve discharge device of the scope of patent application No. 75, the sleeve holding system can rotate around the designated rotation. A plurality of sets of the above-mentioned sleeves are provided at a certain interval around the axis of rotation. 501996 VI. Patent application scope 77.-A manufacturing device for heat-insulating containers, which is used to combine the sleeve with the container, and the outer periphery is used to manufacture the spacer. The thermal container is characterized by having a container holder provided with a crimping receiving member for receiving the crimping part provided in the container ^ and a side wall for receiving the side wall of the container body received from the inside thereof. Receiving member; ^ Likou tool f 1 to crimp the crimping part of the container body to the crimping receiving member to deform it; $ rib processing device f for crimping the side wall of the container body It receives the above-mentioned side wall receiving member to deform it; then the agent coating device, the side processing device and the above-mentioned agent after receiving the processing of the stern rib processing device; and the threshing device body outside it Ills coating nipple supply means for the sleeve cover ... outside the container main body periphery. 78. Coated with the above-mentioned adhesive, such as the cylinder-making combination device of the 77th scope of the patent application, which is used to hold the above-mentioned set of devices. The eighth middle is provided with a sleeve to be held in the above-mentioned container to hold: f 1. The supplied sleeve is pressed toward 79. The above-mentioned trough body is pushed in as described in the scope of the patent application No. 78. The inspection device is used to check whether the above-mentioned sleeve group human device 'is equipped with the above-mentioned container body and the above-mentioned sleeve and the second set of the sleeve is used. . There is a sleeve inspection device. In the above-mentioned sleeve and item manufacturing equipment, it is set to check whether the above-mentioned sleeve is well formed = and the device is processed and used to 81. Device, which is equipped with 501996. Patent application scope. The device transports the above-mentioned container along the designated conveying path, and the above-mentioned conveying path is provided with the above-mentioned crimping processing device. The above-mentioned adhesive coating device And the 2 wing ribs plus οπ present sleeve supply device. 82. A device for manufacturing a heat-insulating container is used to manufacture a heat-insulating container by assembling a sleeve to the periphery of the container body, which is characterized by having a body container holder, and the state of upside-down is used to hold the above-mentioned container This J: is provided to cover the container body from above the container body around the container body held by the container holder; and a sleeve assembly device for covering the container body The container main body is pushed in toward the container main body; the sleeve assembly device described above includes: a combination jig formed to face an end portion covering the container body above the container body; and a clamp driving device for combining the above components The jig is driven toward the above-mentioned container holder; the above-mentioned combined jig is provided with: the jig body 'has a press-in part that can contact the upper end of the sleeve; and a concentric member, first presses the sleeve with the upper press-in part To make the sleeve engage, and the radial displacement is used to make the sleeve and the container body concentric; the concentric member described above It is provided coaxially with the clamp body and can move according to the pressing direction of the sleeve, and an eccentricity is provided on the outer periphery of the end of the concentric member facing the sleeve to reduce the diameter of the sleeve toward the sleeve side. surface. 83. — A device for manufacturing a thermally insulated container, which is used to combine the sleeve with the container 88116057.ptd page 135 ------- VI. The scope of the patent application is used to manufacture container holders for the purpose of = Gu Yi ', which is characterized by: The axis rotation of the container body 2 ^ mentioned each benefit body and The adhesive coating device can be provided around the body, and has two bodies; and the container holding and nozzle device held by the container is used to blow the adhesive to the outer periphery of the container body of the adhesive coating; the nozzle is set at the nozzle f '& quot Attached is provided with: a photographing device for mapping the range of the photographic range between the range of the above-mentioned side wall of the main body of the volume and the proportion of the tone corresponding to the agent. 84. An inspection device for Whether the adsorption state of Shangtai 3 ^ coupling agent is good. Peripheral capacity :: Γ The thermal container can be free around its axis; keep the above to drive the above rotating body to rotate; upper: i device ":: around 3 rotation of the driving linkage, Detect the height change of the above-mentioned thermal insulation capacity 5 | at the position ^ around ^, so as to output the information corresponding to its detection result * determination device S 'according to the above-mentioned height information I output from the measuring device Λ, It is used to determine whether the above combination is good. 85. The inspection device according to item 84 of the patent application scope, wherein the above-mentioned height information detection device has a light emitting portion configured to face each other and a receiver 12 to form a bag and be held. On the upper end of the above-mentioned insulated container on the above-mentioned container holder, the inspection light of a specified width is directed from the above-mentioned light-emitting portion to the upper page 136 88116057.ptd 501996 6. The light-receiving portion described in the scope of the patent application is illuminated, and from the above The amount of light received by the incense corresponds to the κ sign. After that, the inspection light ^ 84 ^ ^ t ^ ^ ^ is used to detect the distance from the outer circumference of the sleeve used by the above device: the drive of the body. change ,,: f :: information to said heat-insulating containers; and shaping decision output corresponding to the detection result with a two / Λ, for forming the above-described determination of the sleeve is good. The processing device of this kind of device is characterized in that it is provided with: Department: The manufacturing member can be in contact with the roll receiving member which is provided at the edge of the container. The curling member is provided as a package facing the pressing member. The above-mentioned driving member drives the above-mentioned pressing member or the above-mentioned hemming receiving member to the above-mentioned hemming part, and is used to move the above-mentioned: the pressing member and the above-mentioned hemming receiving member; and The driving device is used to drive the above-mentioned pressing μ # $ μ, +, 3 turns, so as to make the above-mentioned pressing member; =; = = ^ Jiaming patent target circle No. 87 processing device, bean middle edge receiving member system It is set to accept the above-mentioned middle-to-high return / 8 throughout its entire week. 9. If the processing device of the scope of patent application No. 87 is, the above-mentioned # \ 边 部. m The container holder of the above container, in the above container, there is the container holding the above container and a rotating body is provided to surround the axis of the container: enter 88116057.ptd page 137 On the side, the rotation drive of the above-mentioned hemming technical code # ¥ m and the component is set on the above-mentioned rotation body, and the rotation drive is set at the eyepiece and heart processing exhibition, among which the above-mentioned rotation cycle and the drive The source is used to drive the above driving wheel to make it: outside the swivel system: the processing device of the 87th patent scope of claim §t, wherein the above-mentioned iI member can roll around the rotation. 4 Gu Yizhi + The axis extending in the direction of the axis is freely described in the processing device of the 87th item. When the crimping part described above is used, the crimping part described above can be resisted. The crimping force supplied from the above-mentioned pressing driving device: The pressing member described above or the above-mentioned crimping receiving member is displaced in a direction away from the above-mentioned crimping portion. For example, the processing device under the scope of patent application No. 87 is provided with an air rainbow device as the above-mentioned pressing driving device. 9 4. The processing device according to item 8 of the scope of patent application, wherein the above-mentioned rotating body is provided with a side wall receiving member for receiving the side wall of the container from its inner surface side over the entire circumference, and is held in the above container. A mold pressing member is provided on the side of the tool so as to face the side wall receiving member and be in contact with a part of the peripheral direction of the side wall; and a model driving device for driving the model pressing member toward the above. Of the sidewall. 9 5. If the processing device according to item 94 of the patent application scope, wherein the contact position of the above-mentioned pressing member and the above-mentioned crimping part is set in the above model: the contact position between the pressing member and the above-mentioned side wall is Radius of the above container 88116057.ptd Page 138 ^ υΐ996 6. Scope of Patent Application Opposite to the direction. 9 6. If the processing device of the scope of application for the patent No. 89 or 94, there is a detachment prevention device, which is used to make the bottom side of the above container face the above-mentioned timely crimping. Fenzhai maintains 97. For example, the processing device of the 87th scope of the patent application, in which the fan is a heat-insulated container, which is a sleeve having a container body including the above-mentioned crimping portion, and the outer cover of each container body, and the above-mentioned pressing is used. The component and the processing of the crimping portion performed by the receiving component are performed on the container body described above. The same code = · Toe—A method for processing a container, which is characterized in that a part of the crimping part provided on the edge of the container is sandwiched by a pressing member and an abutting member, so that the above-mentioned roll is held. The peripheral direction of the edge portion gradually changes, and the entire circumference of the edge portion is processed into a specified shape by W 忒. will