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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	绝热可伸缩羽绒片材及其制造方法	CN201480005584.X	2014-11-19	CN104995446A	2015-10-21	罗尼·鲁本
本发明公开了一种绝热可伸缩羽绒片材及其制造方法。片材芯包括与呈现弹性的粘合剂混合的羽绒。所述芯夹在具有多方向伸缩性的顶部和底部可伸缩弹性片之间。芯羽绒和粘合剂及弹性片通过热处理限制在一起，以提供在不折断所述片材的情况下在所有方向可伸缩的绝热羽绒片材。
2	多层薄膜	CN201480035264.9	2014-04-30	CN105324246A	2016-02-10	V·扎伊科夫; W·L(A)·A·陈
对于包装有用的多层聚烯烃薄膜含有芯层，包括按重量计20％至100％的聚乙烯均聚物、乙烯/α-烯烃共聚物、聚丙烯或其混合物的芯层，该聚乙烯均聚物具有大约0.94和大约0.97之间的密度，该乙烯/α-烯烃共聚物具有大约0.94和大约0.97之间的密度；按重量计0％至80％的线性低密度聚乙烯、低密度聚乙烯、乙烯和醋酸乙烯酯共聚物、或其混合物的芯层；层压至芯层的表层。表层是线性低密度聚乙烯、低密度聚乙烯、乙烯和醋酸乙烯酯共聚物、或其混合物的层。芯层和表层中的至少一个包括至少20％的现代碳。如果需要，可以将两个表层层压至芯层的相对的表面。
3	烟草薄片及其制造方法和制造系统	CN00808488.2	2000-06-02	CN1137640C	2004-02-11	中西幸雄; 太田显学; 菅克彦; 下野直彦; 宫腰庆聪; 川居清隆; 萩原公一; 成田弘昭; 饭岛俊树
本发明的烟草薄片包括由植物纤维构成的不织布状的担持片和形成于担持片上的烟草粉末层，烟草粉末层由烟草的叶片粉末和粘合剂粉末的混合粉末构成。本发明的烟草薄片的制造方法是使用不织布的制造技术形成植物纤维的担持片，并将混合粉末散布在担持片上形成烟草粉末层，并且，如果需要，还在烟草粉末层上形成植物纤维的罩片。然后，对这些担持片、烟草粉末层及罩片一起进行加热及加压处理，制造双层或三层结构的烟草薄片。另外，本发明也提供一种用于实施烟草薄片的制造方法的制造系统。
4	型材表面植皮工艺流程	CN201710200796.9	2017-03-30	CN107053927A	2017-08-18	曾林
本发明公开了一种型材表面植皮工艺流程，主要解决现有技术中存在的现有型材的表面外观单一，不能出现古朴的气质，不能满足人们的需要，使其使用范围受限的问题。该型材表面植皮工艺流程是通过覆膜机，采用高效高耐候性的粘合剂，将原木树皮植皮到型材上；型材表面植皮工艺流程包括备料、开机及调试、上料、清洁、涂亲和剂、烘干、植皮、滚压固化、切树皮、喷漆、包装入库、停机。通过上述方案，本发明达到了使原型材的纯金属质感，变成具有天然原木纹理、风格雅致、气质古朴的型材，满足对高端品质门窗型材的要求的目的，具有很高的实用价值和推广价值。
5	一种杉木集成板的制备方法	CN201610242899.7	2016-04-19	CN105922668A	2016-09-07	刘玉洁
本发明涉及一种杉木集成板的制备方法，包括以下步骤：1）裁板；2）脱脂干燥；3）拼板；4）涂胶；5）热压；6）打磨和抛光；7）二次涂胶；8）二次热压；9）打磨和抛光；10）三次涂胶；11）三次热压；12）裁边；13）包装。通过简单的工艺过程获得了广泛适用于家居板材的环境友好地杉木集成板，从而通过该方法制备的板材节约了杉木原料，降低了成本。
6	烟草薄片及其制造方法和制造系统	CN00808488.2	2000-06-02	CN1353583A	2002-06-12	中西幸雄; 太田显学; 菅克彦; 下野直彦; 宫腰庆聪; 川居清隆; 萩原公一; 成田弘昭; 饭岛俊树
本发明的烟草薄片包括由植物纤维构成的不织布状的担持片和形成于担持片上的烟草粉末层,烟草粉末层由烟草的叶片粉末和粘合剂粉末的混合粉末构成。本发明的烟草薄片的制造方法是使用不织布的制造技术形成植物纤维的担持片,并将混合粉末散布在担持片上形成烟草粉末层,并且,如果需要,还在烟草粉末层上形成植物纤维的罩片。然后,对这些担持片、烟草粉末层及罩片一起进行加热及加压处理,制造双层或三层结构的烟草薄片。另外,本发明也提供一种用于实施烟草薄片的制造方法的制造系统。
7	层压材料及其制造方法	CN91105657.2	1991-08-15	CN1020559C	1993-05-12	田村靖夫; 田中良治; 乡间孝彦; 堀川光正
一种含有许多植物茎笔直部分的层压材料，每一植物茎笔直部分含有主要由木质纤维素组成的表皮层和多孔心层。用一种热固化剂溶液(系可以形成高分子的液体化合物，树脂化液体或其混合物)浸泡这些植物茎笔直部分，然后将其平行排列以形成一层片状材料，将这些片状材料堆叠起来压制从而使这些层呈扁平状态紧密接触。为了提高堆叠的多层层压材料(例如柱状层压材料)的弯曲强度和其他机械强度，可以使相邻层的片状材料中的植物茎的方向不同。这种柱状材料是用一对阴模和阳模压制而成，植物茎是置于阴模中进行热压。在这些植物茎层压后，热固化剂溶液中的树脂化合物被固化。
8	层压材料及其制造方法	CN91105657.2	1991-08-15	CN1059116A	1992-03-04	田村靖夫; 田中良治; 乡间孝彦; 堀川光正
一种含有许多植物茎笔直部分的层压材料，每一植物茎笔直部分含有主要由木质纤维素组成的表皮层和多孔心层，用一种热固化剂溶液(系可以形成高分子的液体化合物。树脂化液体或其混合物)浸泡这些植物茎笔直部分，然后将其平行排列以形成一层片状材料，将这些片状材料堆叠起来压制从而使这些层呈扁平状态紧密接触。为了提高堆叠的多层层压材料(例如柱状层压材料)的弯曲强度和其他机械强度，可以使相邻层的片状材料中的植物茎的方向不同。这种柱状材料是用一对阴模和阳模压制而成，植物茎是置于阴模中进行热压。在这些植物茎层压后，热固化剂溶液中的树脂化合物被固化。
9	PAD FOR LOCALIZED INCREASE OF FRICTION	US15478192	2017-04-03	US20170203327A1	2017-07-20	Joseph Mosher Hawkins, JR.
A friction pad that is easily exchangeable, non-fouling to its surroundings, and soft to bare skin includes a support sheet, a soft bonding layer, and a traction layer. Methods of making and using such a friction pad are provided that include applying materials serially in a liquid state to the support sheet.
10	CARRIER FOR TRANSFERRING CELL SHEET FOR TRANSPLANTATION	US14647335	2013-08-26	US20150297795A1	2015-10-22	Toyoji Hibi; Koji Kato; Hiroyuki Niikura; Jun Watanabe; Masanori Kojima
The object is to provide a carrier showing superior adhesion property and detachability, which is suitable for transferring a cell sheet. A carrier for transferring a cell sheet for transplantation comprising a cell sheet-adhesive coating layer that can respond to a non-cytotoxic condition and a support layer consisting of a base material acceptable as a medical material is provided. By applying a cell sheet adhering to the coating layer of the carrier to a transplantation site and providing the non-cytotoxic condition, the carrier can be detached and removed with maintaining the cell sheet at the transplantation site.
11	PROCESS FOR MAKING PAD FOR LOCALIZED INCREASE OF FRICTION	US16030691	2018-07-09	US20180311699A1	2018-11-01	Joseph Mosher Hawkins, JR.
A friction pad that is easily exchangeable, non-fouling to its surroundings, and soft to bare skin includes a support sheet, a soft bonding layer, and a traction layer. Methods of making and using such a friction pad are provided that include applying materials serially in a liquid state to the support sheet.
12	Bone regeneration using biodegradable polymeric nanocomposite materials and applications of the same	US14509719	2014-10-08	US09763788B2	2017-09-19	Alexandru S. Biris
A biocompatible structure includes one or more base structures for regeneration of different tissues. Each base structure includes alternately stacked polymer layers and spacer layers. The polymer layer includes a polymer and tissue forming nanoparticles. The polymer includes polyurethane. The tissue forming nanoparticles includes hydroxypatites (HAP) nanoparticles, polymeric nanoparticles, or nanofibers. The spacer layer includes bone particles, polymeric nanoparticles, or nanofibers. The weight percentage of tissue forming nanoparticles to the polymer in the polymer layer in one base structure is different from that in the other base structures. A method of producing the biocompatible structure includes forming multiple base structures stacked together, coating the stacked multiple base structures, and plasma treating the coated structure.
13	SOUND INSULATING SHEET MATERIAL WITH A CELLULAR STRUCTURE INCLUDING GELATINE AND/OR A PROCESS FOR PRODUCING THE SAME	US14889748	2014-05-09	US20170263234A1	2017-09-14	Bela TAKACS; Philippe Pierre Marie Joseph DONEUX
A composition for producing a sheet material with a cellular structure, the composition including the following components: (a) about 5 to about 25 weight % gelatine, (b) about 25 to 60 weight % filler material, (c) about 15 to about 40 weight % water, and (d) a cellular structure promoting agent.
14	Thermally insulating stretchable down feather sheet and method of fabrication	US13999094	2014-01-13	US09380893B2	2016-07-05	Ronie Reuben
A thermally insulating stretchable down feather sheet and its method of manufacture is described. The core of the sheet is comprised of down feathers mixed with a binder which exhibits elastic properties. The core is sandwiched between a top and bottom stretchable elastomeric sheet having multi-directional stretchability. The core down feathers and the binder as well as the elastomeric sheet and bound together by heat treatment to provide a down feather insulating sheet which is stretchable in all directions without fractioning the sheet.
15	Thermally Insulating Stretchable Down Feather Sheet and Method of Fabrication	US13999094	2014-01-13	US20150196145A1	2015-07-16	Ronie REUBEN
A thermally insulating stretchable down feather sheet and its method of manufacture is described. The core of the sheet is comprised of down feathers mixed with a binder which exhibits elastic properties. The core is sandwiched between a top and bottom stretchable elastomeric sheet having multi-directional stretchability. The core down feathers and the binder as well as the elastomeric sheet and bound together by heat treatment to provide a down feather insulating sheet which is stretchable in all directions without fractioning the sheet.
16	Sheet tobacco, and process and system for manufacturing the same	US10806221	2004-03-23	US20040177857A1	2004-09-16	Yukio Nakanishi; Akinori Ota; Katsuhiko Kan; Naohiko Shimono; Kiyotaka Kawai; Yoshisato Miyakoshi; Hiroaki Narita; Toshiki Iijima; Kouichi Hagiwara
Sheet tobacco according to the present invention includes a carrier sheet made of nonwoven plant fibers, and a tobacco powder layer formed on the carrier sheet and containing a powder mixture of tobacco lamina powder and binder powder. In a sheet tobacco manufacturing process according to the present invention, a carrier sheet of plant fibers is formed by a nonwoven fabric production process, a tobacco powder layer is formed by spreading the powder mixture on the carrier sheet, and a cover sheet of plant fibers is optionally formed on the tobacco powder layer. Subsequently, the carrier sheet, the tobacco powder layer and the optical cover sheet are all together subjected to heating and pressing, thereby producing sheet tobacco with a two- or three-layer structure. The present invention also provides a manufacturing system for carrying out the sheet tobacco manufacturing process.
17	Sheet tobacco	US10000159	2001-12-04	US06761175B2	2004-07-13	Yukio Nakanishi; Akinori Ota; Katsuhiko Kan; Naohiko Shimono; Kiyotaka Kawai; Yoshisato Miyakoshi; Hiroaki Narita; Toshiki Iijima; Kouichi Hagiwara
Sheet tobacco according to the present invention includes a carrier sheet made of nonwoven plant fibers, and a tobacco powder layer formed on the carrier sheet and containing a powder mixture of tobacco lamina powder and binder powder. In a sheet tobacco manufacturing process according to the present invention, a carrier sheet of plant fibers is formed by a nonwoven fabric production process, a tobacco powder layer is formed by spreading the powder mixture on the carrier sheet, and a cover sheet of plant fibers is optionally formed on the tobacco powder layer. Subsequently, the carrier sheet, the tobacco powder layer and the optical cover sheet are all together subjected to heating and pressing, thereby producing sheet tobacco with a two- or three-layer structure. The present invention also provides a manufacturing system for carrying out the sheet tobacco manufacturing process.
18	Sheet tobacco, and process and system for manufacturing the same	US10000159	2001-12-04	US20020129826A1	2002-09-19	Yukio Nakanishi; Akinori Ota; Katsuhiko Kan; Naohiko Shimono; Kiyotaka Kawai; Yoshisato Miyakoshi; Hiroaki Narita; Toshiki Iijima; Kouichi Hagiwara
Sheet tobacco according to the present invention includes a carrier sheet made of nonwoven plant fibers, and a tobacco powder layer formed on the carrier sheet and containing a powder mixture of tobacco lamina powder and binder powder. In a sheet tobacco manufacturing process according to the present invention, a carrier sheet of plant fibers is formed by a nonwoven fabric production process, a tobacco powder layer is formed by spreading the powder mixture on the carrier sheet, and a cover sheet of plant fibers is optionally formed on the tobacco powder layer. Subsequently, the carrier sheet, the tobacco powder layer and the optical cover sheet are all together subjected to heating and pressing, thereby producing sheet tobacco with a two- or three-layer structure. The present invention also provides a manufacturing system for carrying out the sheet tobacco manufacturing process.
19	移植用細胞シートを運搬するためのキャリア	JP2014512966	2013-08-26	JPWO2014091796A1	2017-01-05	登代次日比; 浩司加藤; 宏幸新倉; 潤渡邉; 正紀小島
細胞シートを運搬するのに適した、密着性、剥離性に優れたキャリアを提供することを課題とする。細胞非障害性の条件で応答可能な、細胞シート付着性の被覆層と、医療用材料として許容される基材からなる支持層とを備える、移植用細胞シートを運搬するためのキャリアを提供する。キャリアの被覆層に付着している細胞シートを移植場所に適用し、そして細胞非障害性の条件にすることにより細胞シートを移植場所に維持しつつ、剥離除去することができる。
20	Sheet tobacco, the manufacturing method and manufacturing system	JP2001501052	2000-06-02	JP3872341B2	2007-01-24	直彦下野; 幸雄中西; 顕学太田; 慶聡宮腰; 清隆川居; 弘昭成田; 克彦菅; 公一萩原; 俊樹飯島

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