次要包装相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	次要包装件	CN200680020595.0	2006-06-02	CN101193805A	2008-06-04	J-P·塞尔维尼; K·哈特维格
本发明涉及一种用于集合多个主要包装件的次要包装件，该次要包装件包括围绕该多个主要包装件以便将主要包装件紧密地保持在一起的封壳，所述封壳包括支承该主要包装件的基部、侧面和顶部，其特征在于：(i)所述基部包括枢转地连接支承该主要包装件的基部的两个半部的中间折线，并且还包括沿该中间折线垂直地设置的手提把手，以及(ii)该封壳的侧面和顶部在该中间折线的区域内包括横向预切部，从而当该封壳沿所述预切部打开时，该封壳仍紧密地保持设置在基部的两个半部中的每一个上的主要包装件，并且所述半部可围绕该中间折线枢转，以便可以完全接近该手提把手。
2	PACKAGING MACHINE SYSTEM FOR FILLING PRIMARY AND SECONDARY PRODUCTS INTO A CONTAINER	PCT/US1995011467	1995-09-11	WO1996009957A2	1996-04-04	TETRA LAVAL HOLDINGS & FINANCE S.A.
A fill system for use in a packaging machine is disclosed for filling a container with a primary and a secondary product. The fill system includes a primary pump system for pumping a predetermined amount of the primary product received at an inlet thereof to an outlet thereof. A primary fill pipe having an outlet overlying a container processing path along which the containers are filled and sealed by the packaging machine is connected to receive the predetermined amount of primary product from the outlet of the primary pump system. The container processing path lies generally perpendicular to the primary fill pipe. A nozzle is connected at the outlet of the fill pipe. The fill system further includes a secondary pump system for pumping a predetermined amount of the secondary product received at an inlet thereof to an outlet thereof. A secondary fill pipe is connected to receive the predetermined amount of secondary product from the outlet of the secondary pump means. The secondary fill pipe is concentrically disposed in the primary fill pipe and has an outlet that likewise overlies the container processing path. A valve mechanism is disposed, for example, concentrically within the secondary fill pipe and includes a sealing number positioned at the outlet of the secondary fill pipe. The sealing member is operable to control the flow of the secondary product from the secondary fill pipe. Operation of the fill system may be user controlled by a user interface and control system.
3	PACKAGING MACHINE SYSTEM FOR FILLING PRIMARY AND SECONDARY PRODUCTS INTO A CONTAINER	PCT/US9511467	1995-09-11	WO9609957A3	1996-06-06	ANDERSSON SVEN ARNE; BRUNNDAHL LARS; KIRKA ARDE; WAGNER MICHAEL; AXELSSON KARL-GUNNAR
A fill system for use in a packaging machine is disclosed for filling a container with a primary and a secondary product. The fill system includes a primary pump system (80) for pumping a predetermined amount of the primary product received at an inlet thereof to an outlet thereof. A primary fill pipe (180) having an outlet overlying a container processing path (45, 50) along which the containers are filled and sealed by the packaging machine is connected to receive the predetermined amount of primary product from the outlet of the primary pump system. The container processing path lies generally perpendicular to the primary fill pipe. A nozzle (200) is connected at the outlet of the fill pipe. The fill system further includes a secondary pump system (100) for pumping a predetermined amount of the secondary product received at an inlet thereof to an outlet thereof. A secondary fill pipe (185) is connected to receive the predetermined amount of secondary product from the outlet of the secondary pump means. The secondary fill pipe is concentrically disposed in the primary fill pipe and has an outlet that likewise overlies the container processing path. A valve mechanism (215) is disposed, for example, concentrically within the secondary fill pipe and includes a sealing member positioned at the outlet of the secondary fill pipe. The sealing member is operable to control the flow of the secondary product from the secondary fill pipe. Operation of the fill system may be user controlled by a user interface and control system.
4	METHOD FOR AUTHENTICATING CORRESPONDENCE BETWEEN PRIMARY AND SECONDARY PACKAGES OF A PRODUCT	PCT/FR2001/003466	2001-11-08	WO02039413A1	2002-05-16
The invention concerns a primary package, designed to contain a product, provided with a label bearing or constituting the brand of the product, while the secondary package, designed to contain the primary package, comprises a code mark (5), called main mark, which enables its identification when the product is sold. The invention is characterised in that it consists in affixing in said label another mark, called auxiliary mark, designed to individualise the product contained in the primary package, said auxiliary mark, which corresponds to another code (6), written in very small characters, being naturally illegible, but legible with a reading appliance specially adapted therefor, the codes (5, 6) are related in a one-to-one relationship, being input on the packaging chain itself in a computer database (8), such that their comparison enables to verify whether the two packages match properly. Said method enables to control and monitor the routing of a product, in particular a luxury product, from the packaging site to the sale outlet.
5	Method for authenticating correspondence between primary and secondary packages of a product	US10415664	2003-10-20	US20040051298A1	2004-03-18	Pierre Corbobesse; Claude Trapletti
The primary package for containing the product is provided with a label carrying or constituting the trademark of the product, while the secondary package for containing the primary package includes a nullmainnull coded mark (5) enabling it to be identified at the time of sale. In accordance with the invention, another mark referred to as an nullauxiliarynull mark is applied to said label for the purpose of individualizing the product contained in the primary package, this auxiliary mark, which corresponds to another code (6), being written in very small characters that are not naturally readable but that can be read by means of a reader device specially adapted for this purpose, the codes (5, 6) being related by a one-to-one relationship, and being input into a computer database (8) on the packaging line itself so that by comparing the marks it is possible to verify whether the two packages do indeed correspond. The method makes it possible to control and monitor the path followed by a product, in particular a luxury product, from its packaging site to its point of sale.
6	METHOD FOR FRACKING WELLS USING A PACKER TO FORM PRIMARY AND SECONDARY FRACS AND SEAL INTERVALS FOR HYDRUALIC FRACTURING	US14505562	2014-10-03	US20150021032A1	2015-01-22	HENRY A. BASKI
A method for fracking and completing a well (10) having a well bore (12) through a formation (14) includes the steps of: packer jack fracking the formation using a packer (22) to form a packer fractured formation (28), moving the packer (22) to seal the packer fractured formation (28), and hydraulically fracturing the packer fractured formation (28) by injecting a fracking fluid (30) through the packer (22). These steps can then be repeated through successive intervals (I1, I2) of the formation (14). To complete a new well, a perforated liner (16) can be placed in the well bore (12) to direct the fracking fluid (30) into the packer fractured formation (28). To complete an existing or a new well having a cemented liner (58), the packer jack fracking step can also be used to break apart the liner (58) and form at least one opening (64) to provide a flow path for the fracking fluid (30). A system (54) includes a perforated liner (16) having pre-formed openings (18) and a packer (22) in the perforated liner (16) configured to fracture and seal successive intervals (I1, I2) in the formation (28).
7	DEODORANT COMPOSITION FOR TOBACCO ODOR, DEODORANT FOR TOBACCO ODOR, AND CIGARETTE AND TOBACCO PACKAGE REDUCED IN SECONDARY SMOKE ODOR	PCT/JP2001/009606	2001-11-01	WO02035949A1	2002-05-10
A deodorant composition for the odor of tobacco which comprises at least two of the following five groups of ingredients: (I) octanal, nonanal, and/or decanal; (II) linalool; (III) carvone; (IV) methyl anthranilate and/or methyl N-methylanthranilate; and (V) sinensal and/or a sinensal fraction of an orange-peel essential oil.
8	稳定表达PRRSV次要结构蛋白的Marc-145细胞系及其制备方法和应用	CN202311869243.4	2023-12-31	CN117757752A	2024-03-26	于海; 王娟; 童光志; 邢燕茹; 王帅勇; 刘清艳; 高硕磊; 刘长龙; 周艳君; 单同领; 童武; 郑浩; 姜一峰; 陈荣琳; 祝宇翔; 李健楠
本发明公开了一种稳定表达PRRSV次要结构蛋白的Marc‑145细胞系，该PRRSV次要结构蛋白包括GP2a、GP3、GP4、或ORF5a蛋白。本发明还公开了Marc‑145细胞系的制备方法，包括以下步骤：将猪繁殖与呼吸综合征病毒弱毒疫苗株HuN4‑F112的次要结构蛋白DNA序列克隆到具有嘌呤霉素抗性的慢病毒载体上，应用慢病毒三质粒包装系统在293T细胞包装慢病毒，然后感染Marc‑145细胞，用嘌呤霉素选择性筛选，挑选单克隆细胞纯化，得到稳定表达次要结构蛋白的Marc‑145细胞株，所述次要结构蛋白选自下述任意一个：PRRSV次要结构蛋白GP2a、GP3、GP4、或ORF5a蛋白。本发明的Marc‑145细胞系，可用于PRRSV复制缺陷型疫苗的研发与筛选，具有广阔的应用前景。
9	容器的改进	CN201180044813.5	2011-07-19	CN103096739B	2015-05-27	K.A.姚克; J-A.克拉克; A.T.马赛; S.亨森; L.S.斯卡罗拉
提供容器的改进，并且特别是用于制备和分配可发泡饮料和食物产品的容器的改进。包装可包含至少液体主要成分和次要成分，并且包括：至少一个壁，限定至少部分地填充有主要成分的室；出口，用于分配制备的产品；以及胶囊，围绕主要成分，将次要成分与主要成分分离。胶囊可附连到包装的相对壁的内部，使得当相对壁移动而进一步分开时胶囊破裂。成分中的至少一种可包括发泡剂，使得当胶囊破裂且主要和次要成分混合时制备出发泡产品。
10	容器的改进	CN201180044813.5	2011-07-19	CN103096739A	2013-05-08	K.A.姚克; J-A.克拉克; A.T.马赛; S.亨森; L.S.斯卡罗拉
提供容器的改进，并且特别是用于制备和分配可发泡饮料和食物产品的容器的改进。包装可包含至少液体主要成分和次要成分，并且包括：至少一个壁，限定至少部分地填充有主要成分的室；出口，用于分配制备的产品；以及胶囊，围绕主要成分，将次要成分与主要成分分离。胶囊可附连到包装的相对壁的内部，使得当相对壁移动而进一步分开时胶囊破裂。成分中的至少一种可包括发泡剂，使得当胶囊破裂且主要和次要成分混合时制备出发泡产品。
11	容器的改进	CN201510203171.9	2011-07-19	CN104921601A	2015-09-23	K.A.姚克; J-A.克拉克; A.T.马赛; S.亨森; L.S.斯卡罗拉
本发明涉及容器的改进，并且特别是用于制备和分配可发泡饮料和食物产品的容器的改进。包装可包含至少液体主要成分和次要成分，并且包括：至少一个壁，限定至少部分地填充有主要成分的室；出口，用于分配制备的产品；以及胶囊，围绕主要成分，将次要成分与主要成分分离。胶囊可附连到包装的相对壁的内部，使得当相对壁移动而进一步分开时胶囊破裂。成分中的至少一种可包括发泡剂，使得当胶囊破裂且主要和次要成分混合时制备出发泡产品。
12	封装半导体元件方法、制作引线框架方法及半导体封装产品	CN200710301163.3	2007-12-26	CN101211794A	2008-07-02	陈南璋; 林泓均
一种封装半导体元件方法、制作引线框架方法及半导体封装产品，该封装半导体元件方法包含：将半导体元件安置于引线框架的芯片垫座的主要部分之上，该芯片垫座另有一个以上的次要部分与一个以上的分隔部分，该次要部分与该主要部分透过该分隔部分连接；将半导体元件的一组信号线分别连接到该引线框架的多个导脚；对该半导体元件与该引线框架进行模包装，其中该芯片垫座的底面曝露在模包装外；以及从芯片垫座的底面对该分隔部分进行分离蚀刻，使该主要部分与该次要部分电性分离。
13	一种多种规格条烟混合分拣方法及分拣流水线	CN202010960678.X	2020-11-06	CN114435700A	2022-05-06	尹健康; 胡晓峰; 李茂波; 张林; 周幸; 朱晓舟; 陈昌华; 宋红文; 张卫东
本发明提供了多种规格条烟混合分拣方法及分拣流水线，其中，多种规格条烟混合分拣方法包括将条烟划分为标准条烟、轻异型烟、特异型烟，将标准烟导入主分拣线进行分拣，将轻异型烟导入次分拣线进行分拣，将特异型烟导入特别分拣线进行分拣，将次要分拣线、特别分拣线在尾端进行并线，构成异型烟包装。将具有相同客户组标签的主烟包装与异型烟包装放于同一配送容器内。其中，本发明的分拣流水线包括主分拣线、次要分拣线、特别分拣线、塑封机。流水线设置有将次要分拣线与特别分拣线分拣出的轻异型烟和特异型烟进行集合的集合装置。本发明用高速流水线分拣普通条烟，用次分拣线分拣轻异型烟，用特别分拣线分拣特异型烟，再把三者进行结合打包，大大提高分拣效率。
14	具有阻挡层的多层复合物的焊接方法	CN201880053832.6	2018-08-22	CN110997288A	2020-04-10	N·肖尔茨
本发明涉及一种材料幅材的焊接方法，材料幅材各自由具有阻挡层的多层复合物构成并且经由密封接缝彼此连接。为了提供一种焊接方法，借助该焊接方法可以产生密封接缝，该密封接缝一方面满足对强度的最高要求，另一方面防止光特别是紫外光穿透进入待包装的产品中，根据本发明，通过将两个工具的两个密封表面引导在一起来产生密封接缝，其中，将材料幅材布置在密封表面之间，并且所产生的密封接缝具有位于彼此相邻的两个接缝，即主要接缝和次要接缝，并且，在生产主要接缝期间，两个密封表面在材料幅材上施加主要焊接压力，并且，在生产次要接缝期间，两个密封表面在材料幅材上施加次要焊接压力，其中，次要焊接压力至少在某些部段中低于主要焊接压力，并且在次要处理步骤中，两个密封表面中的至少一个是结构化的。
15	具有阻挡层的多层复合物的焊接方法	CN201880053832.6	2018-08-22	CN110997288B	2020-10-30	N·肖尔茨
本发明涉及一种材料幅材的焊接方法，材料幅材各自由具有阻挡层的多层复合物构成并且经由密封接缝彼此连接。为了提供一种焊接方法，借助该焊接方法可以产生密封接缝，该密封接缝一方面满足对强度的最高要求，另一方面防止光特别是紫外光穿透进入待包装的产品中，根据本发明，通过将两个工具的两个密封表面引导在一起来产生密封接缝，其中，将材料幅材布置在密封表面之间，并且所产生的密封接缝具有位于彼此相邻的两个接缝，即主要接缝和次要接缝，并且，在生产主要接缝期间，两个密封表面在材料幅材上施加主要焊接压力，并且，在生产次要接缝期间，两个密封表面在材料幅材上施加次要焊接压力，其中，次要焊接压力至少在某些部段中低于主要焊接压力，并且在次要处理步骤中，两个密封表面中的至少一个是结构化的。
16	防止成型物品被腐蚀的组合物	CN200480026468.2	2004-07-14	CN1852940B	2010-10-06	弗兰斯·努兰
本发明涉及一种防止成型物品被腐蚀的组合物，所述组合物包括(a)玻璃化转变温度小于-20℃并且在大于所述玻璃化转变温度的温度下表面张力小于40mN/m的聚异丁烯，(b)填充材料和(c)抗氧化剂组合物。该抗氧化剂组合物包括主要和/或次要抗氧化剂，主要抗氧化剂选自位阻酚化合物。本发明还涉及一种用于保护成型物品的包括所述组合物的包装带，所述包装带的制备方法和用所述包装带覆盖成型物品的方法。
17	防止成型物品被腐蚀的组合物	CN201010167483.6	2004-07-14	CN101891924A	2010-11-24	弗兰斯·努兰
本发明涉及一种防止成型物品被腐蚀的组合物，所述组合物包括(a)玻璃化转变温度小于-20℃并且在大于所述玻璃化转变温度的温度下表面张力小于40mN/m的聚异丁烯，(b)填充材料和(c)抗氧化剂组合物。该抗氧化剂组合物包括主要和/或次要抗氧化剂，主要抗氧化剂选自位阻酚化合物。本发明还涉及一种用于保护成型物品的包括所述组合物的包装带，所述包装带的制备方法和用所述包装带覆盖成型物品的方法。
18	防止成型物品被腐蚀的组合物	CN200480026468.2	2004-07-14	CN1852940A	2006-10-25	弗兰斯·努兰
本发明涉及一种防止成型物品被腐蚀的组合物，所述组合物包括(a)玻璃化转变温度小于－20℃并且在大于所述玻璃化转变温度的温度下表面张力小于40mN/m的聚异丁烯，(b)填充材料和(c)抗氧化剂组合物。该抗氧化剂组合物包括主要和/或次要抗氧化剂，主要抗氧化剂选自位阻酚化合物。本发明还涉及一种用于保护成型物品的包括所述组合物的包装带，所述包装带的制备方法和用所述包装带覆盖成型物品的方法。
19	一种面包烘焙原料的包装方法	CN200910108427.2	2009-06-30	CN101934890A	2011-01-05	李文庆
本发明涉及一种面包烘焙原料的包装方法。它包含以下步骤：一)将发酵粉、奶油、油脂等不适合混合久藏的食材，以家庭制作面包、蛋糕一次用量的份量，分别加以小包包装；二)再将面粉、改良剂、糖、盐可长久混合在一起而不易变质的食材，混合包装在一配料袋中；三)将步骤二中混合预拌配料袋与步骤一中不适合混合材料的小包，以一盒子再包装，其总重量不超过1000克。这样，将家庭中制面包、蛋糕时一次要用的材料，全包装在一个小盒中，令消费者买回去后，可马上加入水中，即可制作面包、蛋糕，不必为了买齐材料而走遍大街小巷；也不会因单项材料包装太大，而造成买回去后保质期的压力。
20	具有官能化的金属茂催化的聚烯烃的热熔性粘合剂	CN201480053106.6	2014-09-25	CN105658754B	2019-01-04	M·D·坎德斯基; M·D·维特拉诺
一种热熔性粘合剂组合物，其包含官能化的聚合物，即，用马来酸酐接枝的金属茂催化的聚烯烃弹性体；以及非官能化的次要聚合物，即，熔体指数等于或大于15的金属茂催化的无规或嵌段聚烯烃弹性体；软化点为至少95℃的第一粘性树脂；和蜡。组合物可任选地包括软化点等于或大于115℃的芳族增强树脂和增塑剂。这些热熔体在比如硬质包装、热填充包装和瓶贴标签的应用中提供了卓越的热粘性、优良的粘附性、柔性和高于150°F的耐热性。

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