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    • 2. 发明专利
    • 製袋機
    • 制袋机
    • JP5965509B1
    • 2016-08-03
    • JP2015060938
    • 2015-03-24
    • トタニ技研工業株式会社
    • 戸谷 幹夫
    • B31B37/60B31B1/90B31B1/36B65D30/16B65D33/38B31B37/26
    • B31B1/26B31B1/64
    • 【課題】特別の構成の製袋機を新たに提供し、底ガセット材を別途供給しなくても、プラスチック袋の一端面に突出部が形成されるようにする。 【解決手段】第1胴材1の一側縁21付近において、第1胴材1が第1折り曲げ線5に沿って折り曲げられ、第2胴材2の対応一側縁22付近において、第2胴材2が第2折り曲げ線6に沿って折り曲げられ、第1胴材1に第1折り曲げ部23が形成される。折り曲げられたとき、一側縁21と第1折り曲げ線5間の距離は対応一側縁22と第2折り曲げ線6間の距離の2倍よりも設定距離L3だけ大きい。したがって、第1折り曲げ部23によって一端面が形成され、設定距離L3によって突出部が形成される。 【選択図】図1
    • A提供一个制袋机特殊配置新,即使没有分别供给底部联接板材料,以便形成在塑料袋的一个端表面的凸起。 在近主体构件1 21的第一个侧边缘,所述第一筒构件1沿第一折叠线折叠5,靠近主体部件2 22,第二的第二对应的一个侧缘 圆筒形构件2沿第二折叠线6折叠时,形成在第一筒构件1中的第一弯曲部23。 当折叠时,一组距离L3比上述一个侧边缘21上的第一折叠线5和对应的一个侧缘22第二折叠线6之间的距离之间的距离的2倍。 由此,形成由第一弯曲部23一个端面,所述突出部由一组距离L3而形成。 点域1
    • 3. 发明专利
    • Manufacturing process of powder detergent carton
    • 粉末洗涤纸的制造工艺
    • JP2008012928A
    • 2008-01-24
    • JP2007259158
    • 2007-10-02
    • Kao Corp花王株式会社
    • TORII HISAKUNIFUJITA MICHIAKIKAWAGUCHI YUJITAKITA MASANORIABE TADAO
    • B31B1/36B31B1/14B31B1/25
    • PROBLEM TO BE SOLVED: To provide a powder detergent carton, which is easy to keep a lid body from lifting, and to secure a shutting tendency by spoiling no appearance or strength of the carton.
      SOLUTION: The present invention is a manufacturing process of a powder detergent carton 10, which has a preliminary folding step for giving the shutting tendency to push a lid body 31 toward a hinge strip 32 in a shutting direction. This preliminary folding step is the step of pressing the lid body 31, pinching by a pressing plate 43 and a flat plate 41, after putting the hinge strip 32 of a sheet of development paper for the lid body 31 on a folding mold 42 prepared projecting from a flat plate 41; wherein the preliminary folding step keeps the pressing plate away from a folding part 33.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供容易保持盖体提升的粉末洗涤剂纸盒,并通过破坏纸箱的外观或强度来确保闭合倾向。 解决方案:本发明是一种粉末洗涤剂纸盒10的制造方法,其具有用于在关闭方向上提供将盖体31向铰链条32推动的关闭倾向的预备折叠步骤。 该预备折叠步骤是在将用于盖体31的显影纸张的铰链条32放置在准备突出的折叠模具42上之后,按压盖体31,由压板43和平板41夹持的步骤 从平板41 其中预备折叠步骤使压板远离折叠部分33。版权所有(C)2008,JPO&INPIT
    • 4. 发明专利
    • Carton making apparatus
    • 纸箱制作装置
    • JP2006297636A
    • 2006-11-02
    • JP2005119006
    • 2005-04-15
    • O M Ltd株式会社オーエム製作所
    • FUKUI YASUOKAMATA YU
    • B31B1/36B31B3/60
    • PROBLEM TO BE SOLVED: To provide a carton making apparatus having the high shaping precision of a carton and enhanced in the coefficient of utilization of a material at the time of manufacture of a blank. SOLUTION: A sheetlike blank is pushed in the first shaping space (T1), which is surrounded by a plurality of first movable formers (6A), by a mandrel (1) to bend a first blank (96) along the outer peripheral side surface of the mandrel (1) and, after the first blank (96) is pressed to the mandrel (1) by the first movable formers (6A), the mandrel (1) having sucked and held the first blank (96) is allowed to escape from the first shaping space (T1). Next, the mandrel (1) having sucked and held the first blank (96) is pushed in the second shaping space (T2) surrounded by a plurality of second movable formers (7A) and a second blank (97) is subsequently pressed by the second movable formers (7A) to be pressed and bonded to the first blank (96). COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种纸箱制造设备,其具有纸箱的高成型精度并且在制造坯料时提高材料的利用系数。 解决方案:片状坯料被第一成形空间(T1)推动,第一成形空间(T1)由多个第一可动成形器(6A)围绕,通过心轴(1)沿着外部弯曲第一坯料(96) 在心轴(1)的外周侧表面上,并且在通过第一活动成形器(6A)将第一坯件(96)挤压到心轴(1)之后,已经吸住并保持第一坯料(96)的心轴(1) 被允许从第一成形空间(T1)逸出。 接下来,已经吸住并保持第一坯料(96)的心轴(1)在由多个第二活动成形器(7A)包围的第二成形空间(T2)中推动,随后第二坯料(97)被按压 第二可移动成形器(7A),被压接并结合到第一坯件(96)。 版权所有(C)2007,JPO&INPIT
    • 8. 发明专利
    • AUTOMATIC APPARATUS FOR PREPARING SEMI-PACKAGED ARTICLE FROM BLANK
    • JP2001038824A
    • 2001-02-13
    • JP2000184589
    • 2000-06-15
    • MG 2 SPA
    • GAMBERINI ERNESTO
    • B31B5/36B31B50/36B31B1/36
    • PROBLEM TO BE SOLVED: To reduce the number of movable members and to transfer to a semi- packaged article is done in a short time by fixing at least a part of apparatuses concerning a frame and a supply apparatus, and installing an apparatus which holds the surface of a mold always in parallel to the surface itself at an optional position of a route. SOLUTION: In an apparatus 50, a frame for supporting a supply apparatus (belt) 52 sending molds 53 is installed. Each surface of the mold 53 is moved in parallel with the surface itself by the belt 52. In a section S1, a blank meets the upper surface of the mold 53, and in a section S2, a folding part is folded by a pair of rollers 57. In a section S3, the folding part is folded by a pair of rollers 58, 59, and in a section S4, a mark is formed on the outer surface. Next, an adhesive substance is given to the inner surface of a folding part in a section S5, and the folding part is contacted with an inclined plane 64 for folding in a section S6. Next, the folding part is folded at a right angle by a pair of belts 66 via section S7, and in a section S8, a semi-packaged article is discharged from the mold 53.
    • 9. 发明专利
    • HALF FOLDING MACHINE
    • JPH1058560A
    • 1998-03-03
    • JP15718397
    • 1997-06-13
    • KAWAKAMI HAJIMEKAWAKAMI SANGYO KK
    • KAWAKAMI HAJIMEAKITANI HIDEHIROIWASAKA MASAKI
    • B31B23/26B31B50/36B31B23/36B31B1/36
    • PROBLEM TO BE SOLVED: To reduce an installation space and to easily deal with alteration of a process by providing a means for controlling an advancing direction of a sheet at least either one of front part of a first direction altering member and rear part of a second direction altering member disposed at specific angles to constitute a half folding mechanism provided between doubled sheets. SOLUTION: A half folding mechanism provided between doubled sheets has a first direction altering member 5 having a spread from a side 51 formed at an angle of -45 degrees to an advancing direction of the sheet to a side 52 formed at an angle of +90 degrees at one point of a folding line as a vertex. The mechanism also has a second direction altering member 6 having a spread from a side 61 formed at an angle of -45 degrees to a side 62 formed at an angle of +45 degrees of a sheet feeding direction and disposed at its vertex in parallel with the vertex of the member 5. Means 8a, 8b for controlling advancing direction of the sheet are provided at least at one of before the member 5 and after the member 6 are provided.