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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
141	VORRICHTUNG ZUM HERSTELLEN VON TUBENKÖRPERN	EP12706493.9	2012-02-01	EP2688737A1	2014-01-29	WEBER, René
The invention relates to a device for producing tubular structures for packaging tubes, comprising an elongate mandrel (3) extending axially, around which a substrate web can be subjected to a forming process to produce a tubular moulding (4), where, within the mandrel (3), there are a plurality of gas-outlet apertures (15) to which compressed gas can be applied to produce a gas cushion, in particular an air cushion, between the mandrel (3) and the tubular moulding (4), and where there are welding means for welding the tubular moulding, and where, with the aid of means (19) arranged radially adjacent to the mandrel (3) and capable of providing a combination of pressure-application and conveying, the tubular moulding (4) can be forced radially inwards in a direction towards a mandrel surface (16) which belongs to the mandrel (3) and which is convexly curved in a circumferential direction, and the tubular moulding (4) can be transported in a direction of the longitudinal direction of the mandrel (3) by virtue of a frictional effect between the means and the tubular moulding (4). The invention provides that the curved mandrel surface, at least sectionally, has been formed by the microporous and/or nanoporous material which has the gas-outlet apertures in the form of pores.
142	BELT AND METHOD OF MARKING	EP03763387.2	2003-07-03	EP1552185B1	2012-04-25	SEDLACEK, Douglas, R.
A belt and method of marking a belt. A layer (30) of polyethylene material is joined or cured to a belt (100). The layer is optically distinguishable from a belt body (10). The layer is etched to expose a portion of the belt body in order to contrast the layer with the belt body. A second layer (40) of polyethylene material may be applied adjacent to the first layer. The second layer is optically distinguishable from the first layer. The first or second layer is etched using cutting, grinding or laser light in order to expose portions of the adjacent layer, or of the belt body, thus providing a method of permanently marking the belt.
143	Vorrichtung zur Kraft- und/oder Bewegungsübertragung mittels Synchrongetriebe	EP03005330.0	2003-03-11	EP1344959B1	2007-02-21	Schechinger, Bernd

144	VORRICHTUNG ZUR KRAFT- UND BEWEGUNGS BERTRAGUNG	EP04803151.2	2004-11-16	EP1721088A1	2006-11-15	Schechinger, Bernd
Disclosed is a force and movement transmitting device comprising at least one toothed belt and at least one pulley. The belt is provided with first conductive and/or receptive sections while the pulley is provided with second conductive and/or receptive sections for transmitting electrical signals or transferring a fluid medium. The first and second conductive and/or receptive sections are disposed so as to enter in contact with each other and allow the electrical signals or the fluid medium to be fed into the belt via the pulley or the electrical signals to be tapped or the fluid medium to be discharged from the belt via the pulley when the belt runs across the pulley.
145	BELT AND METHOD OF MARKING	EP03763387.2	2003-07-03	EP1552185A1	2005-07-13	SEDLACEK, Douglas, R.
A belt and method of marking a belt. A layer (30) of polyethylene material is joined or cured to a belt (100). The layer is optically distinguishable from a belt body (10). The layer is etched to expose a portion of the belt body in order to contrast the layer with the belt body. A second layer (40) of polyethylene material may be applied adjacent to the first layer. The second layer is optically distinguishable from the first layer. The first or second layer is etched using cutting, grinding or laser light in order to expose portions of the adjacent layer, or of the belt body, thus providing a method of permanently marking the belt.
146	Fördergurt mit eingebetteten Leiterschleifen	EP97100581.4	1997-01-16	EP0785155B1	2003-04-16	Alles, Rainer, Dr.-Ing.; Schulze, Siegfried; Scheuermann, Frank

147	Trägheitsarmes Kraftübertragungselement	EP96107360.8	1996-05-09	EP0806590A1	1997-11-12	Walczak, A., Dipl.-Ing.
Ein trägheitsarmes Kraftübertragungselement zur Übertragung einer von einem Antriebselement (20) ausgehenden Antriebsbewegung auf ein angetriebenes Element (22) vermittels einer Schraubenfeder (10) ist dadurch gekennzeichnet, daß im Inneren der Windungen (12) der Schraubenfeder (10) ein Zugseil (14) angeordnet ist, das an mindestens zwei Anlenkpunkteb (16) an der Schraubenfeder (10) befestigbar ist.
148	Courroies antistatiques	EP96402712.2	1996-12-12	EP0780594A1	1997-06-25	Alex, Patrick; Jamamoto, Jun
L'invention concerne des courroies en polymère thermoplastique (A) et comprenant une quantité suffisante d'un polymère (B) pour les rendre antistatiques, ledit polymère (B) comprenant des blocs polyéthylène glycol. On utilise avantageusement des polymères (A) à blocs polyamide-6 (PA-6) ou polyamide-12 (PA-12) et blocs polytétraméthylène glycol et des polymères (B) à blocs PA-6 ou PA-12 et blocs polyéthylène glycol.
149	Endless belt deviation preventing unit and belt processing apparatus employing the same unit	EP91310950.0	1991-11-27	EP0488688B1	1997-01-08	Fukuda, Misao; Hayami, Yoshihiro; Ueda, Toshihiro; Iwaki, Shoichi

150	Garage door operator with plastic drive belt	EP91303123.3	1991-04-09	EP0455358B1	1995-04-26	Dombrowski, Kenneth J.; Ergun, Joseph

151	Endless belt deviation preventing unit and belt processing apparatus employing the same unit	EP91310950.0	1991-11-27	EP0488688A3	1994-06-15	Fukuda, Misao; Hayami, Yoshihiro; Ueda, Toshihiro; Iwaki, Shoichi
An apparatus for limiting deviation of an endless belt/belt sleeve from a desired rotational path. The apparatus has first and second rollers (14,16) each having a rotational axis and cooperatively supporting an endless belt/belt sleeve (22) trained therearound for rotational movement in a predetermined path. A first member (110) is mounted on one of the first and second rollers for movement axially relative to the one of the first and second rollers. A blocking structure (114) defines a shoulder (118) for engagement with an edge of an endless belt/belt sleeve (22) trained around the first and second rollers (14,16) to limit movement of an endless belt (22) trained around the first and second rollers (14,16) in a first axial direction relative to the one of the first and second rollers (14,16).
152	Endless belt deviation preventing unit and belt processing apparatus employing the same unit	EP91310950.0	1991-11-27	EP0488688A2	1992-06-03	Fukuda, Misao; Hayami, Yoshihiro; Ueda, Toshihiro; Iwaki, Shoichi
An apparatus for limiting deviation of an endless belt/belt sleeve from a desired rotational path. The apparatus has first and second rollers (14,16) each having a rotational axis and cooperatively supporting an endless belt/belt sleeve (22) trained therearound for rotational movement in a predetermined path. A first member (110) is mounted on one of the first and second rollers for movement axially relative to the one of the first and second rollers. A blocking structure (114) defines a shoulder (118) for engagement with an edge of an endless belt/belt sleeve (22) trained around the first and second rollers (14,16) to limit movement of an endless belt (22) trained around the first and second rollers (14,16) in a first axial direction relative to the one of the first and second rollers (14,16).
153	Drive belts for a linear cable drive mechanism	EP86306977	1986-09-10	EP0215636A3	1988-10-19	Bishop, Bernard F.; Diener, Walter C.; Gaubatz, Tommy L.; Stiefel, Michael S.
Drive belts (16,36) are disclosed for a linear motion drive system in which a plurality of the drive belts are helically disposed and rotated about a driven element (14,34) to advance the driven element along its axis without rotation. The belts include a pair of spaced legs (32,42) which resiliently abut legs of adjacent belts to space the belts equally about the periphery of the driven element, and to facilitate use with changes in diameter of the driven element.
154	Driving belt	EP87104491	1987-03-26	EP0240861A3	1988-06-08	Habegger, Fernand; Polt, Niklaus; Groebli, Kurt

155	摩擦伝動ベルト	JP2014186613	2014-09-12	JP6342760B2	2018-06-13	金成振; 川原英昭; ▲高▼橋長

156	摩擦伝動ベルト	JP2017522559	2017-01-05	JP6306266B2	2018-04-04	大久保貴幸; ▲高▼橋伸治; 川原英昭

157	繊維機械用ベルト	JP2015165839	2015-08-25	JP2017043854A	2017-03-02	中井直道; 東利光
【課題】ベルト走行中に発生する走行音を低減できる繊維機械用ベルトを提供する。【解決手段】繊維機械用ベルトに用いられる芯体帆布は、経糸が複数の緯糸と交差し、前記経糸と前記緯糸が交差する組織点の集合体19がベルトの長手方向Lの一方へ規則的にずれて斜文線17が形成される綾織組織を基本とする織物で構成され、前記斜文線17は、前記集合体19の一部が所定の間隔で前記一方と反対の他方へずれて形成されていることを特徴とする。【選択図】図2
158	Antistatic transfer belt used in the production of nonwovens	JP2007529971	2005-08-18	JP2008511766A	2008-04-17	ゼネラート・ジャン; デバイセ・パスカル
不織ウェブ（１２）、構造体または製品を製造するための装置において、望ましい空気浸透性を維持しながら静電気を除去するために、導電性材料（２２）を含んでいる移送ベルト（１８）を組み入れた不織布製造工程を使用すること。
159	Belt, and marking method	JP2004520059	2003-07-03	JP2005529301A	2005-09-29	アール．セドラセック，ダグラス
ベルトおよび、ベルトのマーキング方法。ポリエチレン物質の層（３０）は、ベルト（１００）に対して接合、または加硫される。層は、ベルト本体（１０）から光学的に区別可能である。層をベルト本体に対して際立たせるように、層はエッチングされ、ベルト本体の一部を露出する。ポリエチレン物質の第２の層（４０）が、第１の層に隣接して接合されても良い。第２の層は、第１の層から光学的に区別可能である。第１または第２の層は、ベルト本体や隣接する層の一部分を露出するために、カッティング、グラインディング、またはレーザー光により、エッチングされ、かくしてベルトに永久的にマーキングする方法を提供する。
160	Antistatic belt	JP35979596	1996-12-24	JP2963668B2	1999-10-18	PATORITSUKU ARETSUKUSU; YAMAMOTO JUN

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