专利检索_.犬牙交错专利检索_.犬牙交错专利检索查询

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	具有激光切割固位刺的自固位系统	CN201180033132.9	2011-05-04	CN103068324A	2013-04-24	J.M.格罗斯; W.L.德亚戈斯蒂诺; L.德鲁贝特斯基; A.奈马冈
本发明公开了自固位缝线系统，所述自固位缝线系统包括具有多个激光切割固位刺的缝合线。一种激光系统可用于产生固位刺和自固位缝线系统，所述固位刺和自固位缝线系统具有难以和/或不可能用常规机械切割工艺实现的构型。
2	用于产生自固位缝线的激光切割系统和方法	CN201180033164.9	2011-05-04	CN103096816A	2013-05-08	J.M.格罗斯; W.L.德亚戈蒂诺; L.德鲁贝特斯基; A.奈马冈; J.D.康纳; K.R.惠特沃斯; R.T.伍斯利; F.M.迪基
本发明公开了用于在缝合线上形成固位体的激光加工系统和方法。所述激光系统优选为飞秒激光系统，所述飞秒激光系统能够在所述缝合线上产生亚微米特征同时仍能保持所述缝合线的强度。所述激光加工系统允许产生下述构型的固位体和自固位缝线系统，所述构型是难以和/或不可能利用常规机械切割技术实现的。
3	具有激光切割固位刺的自固位系统	CN201180033132.9	2011-05-04	CN103068324B	2015-11-25	J.M.格罗斯; W.L.德亚戈斯蒂诺; L.德鲁贝特斯基; A.奈马冈
本发明公开了自固位缝线系统，所述自固位缝线系统包括具有多个激光切割固位刺的缝合线。一种激光系统可用于产生固位刺和自固位缝线系统，所述固位刺和自固位缝线系统具有难以和/或不可能用常规机械切割工艺实现的构型。
4	用于产生自固位缝线的激光切割系统和方法	CN201180033164.9	2011-05-04	CN103096816B	2016-10-12	J.M.格罗斯; W.L.德亚戈蒂诺; L.德鲁贝特斯基; A.奈马冈; J.D.康纳; K.R.惠特沃斯; R.T.伍斯利; F.M.迪基
本发明公开了用于在缝合线上形成固位体的激光加工系统和方法。所述激光系统优选为飞秒激光系统，所述飞秒激光系统能够在所述缝合线上产生亚微米特征同时仍能保持所述缝合线的强度。所述激光加工系统允许产生下述构型的固位体和自固位缝线系统，所述构型是难以和/或不可能利用常规机械切割技术实现的。
5	Self-retaining systems having laser-cut retainers	AU2011248117	2011-05-04	AU2011248117B2	2015-01-22	GROSS JEFFREY M; D AGOSTINO WILLIAM L; DRUBETSKY LEV; NAIMAGON ALEXANDER
Self-retaining suture systems including a suture thread bearing a plurality of laser-cut retainers are disclosed. A laser system allows the creation of retainers and self-retaining suture systems in configurations which are difficult and/or impossible to achieve using mechanical cutting technology.
6	Self-retaining systems having laser-cut retainers	NZ60388611	2011-05-04	NZ603886A	2014-12-24	NAIMAGON ALEXANDER; GROSS JEFFREY M; D’AGOSTINO WILLIAM L; DRUBETSKY LEV
Self-retaining suture system including a suture thread (502) bearing a plurality of laser-cut tissue retainers (510) are disclosed. A laser system allows the creation of retainers and self-retaining suture systems in configurations which are difficult and/or impossible to achieve using mechanical cutting technology. The plurality of tissue retainers each have an entrance ramp (514) from which a volume of material has been removed from the suture thread adjacent the tip (512) of the retainer the entrance ramp being adapted to promote engagement of tissue by the tissue engagement surface of the retainer.
7	Self-retaining systems having laser-cut retainers	AU2011248117	2011-05-04	AU2011248117A1	2012-12-20	GROSS JEFFREY M; D AGOSTINO WILLIAM L; DRUBETSKY LEV; NAIMAGON ALEXANDER
Self-retaining suture systems including a suture thread bearing a plurality of laser-cut retainers are disclosed. A laser system allows the creation of retainers and self-retaining suture systems in configurations which are difficult and/or impossible to achieve using mechanical cutting technology.
8	LASER CUTTING SYSTEM AND METHODS FOR CREATING SELF-RETAINING SUTURES	CA2798361	2011-05-04	CA2798361A1	2011-11-10	GROSS JEFFREY M; D AGOSTINO WILLIAM L; DRUBETSKY LEV; NAIMAGON ALEXANDER; CONNER JACOB D; WHITWORTH KEVIN R; WOOLSEY RYAN T; DICKEY FRED M
A laser-machining system and method is disclosed for forming retainers on a suture thread. The laser system is preferably a femtosecond laser system which is capable of creating submicron features on the suture thread while preserving strength of the suture thread. The laser-machining system enables creation of retainers and self-retaining suture systems in configurations which are difficult and/or impossible to achieve using mechanical cutting technology.
9		DE19732377	1997-07-25	DE19732377A1	1999-02-04	KIRSCHBAUM HORST
To produce the plastics monofilament strings (10) of polyamide or polyethylene terephthalate, for a racquet, the surface of the strings (10) is durably cold structured by embossing recesses to give the surface profile. Also claimed is an appts. where rollers (44a-44d) with milled edges emboss the string (10) surfaces, with no heating for the string (10) or the rollers (44a-44d).
10	Apparatus for forming cogs on surgical thread and method therefor	US15034180	2014-11-06	US09949736B2	2018-04-24	Chun Dong Kim
Disclosed is an an apparatus for forming cogs on a surgical thread, comprising: a bobbin having a suture thread wound thereonto; first and second tension rolls for maintaining, at regular tensions, the suture thread unwound from the bobbin; a pair of friction rolls for drawing the suture thread and allowing the suture thread to pass through so as to be discharged through an outgoing side; a tension plate operating up and down, for temporarily fixing the suture thread being discharged through the outgoing side by the friction roll; and a cog-forming knife for forming cogs by rotating and simultaneously moving forward toward the suture thread fixed by the tension plate and also obliquely moving to the left or the right so as to make oblique cuts on the surface of the suture thread.
11	Process for producing strings for stringing rackets	US122030	1998-07-24	US6117383A	2000-09-12	Horst Kirschbaum
A process for producing strings for stringing rackets is provided. In accordance with various aspects of the invention, the surface of a string made of plastic is permanently deformed under pressure at normal temperature, it being the case that the surface profile is formed by depressions being impressed in the surface of the string.
12	Método y aparato para elevar retenedores en suturas de auto-retención	ES09713378	2009-02-20	ES2706295T3	2019-03-28	GORALTCHOUK ALEXEI; HERRMANN ROBERT; DRUBETSKY LEV; GROSS JEFFREY; D'AGOSTINO WILLIAM; GONZALEZ RESENDIZ CARLOS
Un método para formar una sutura de auto-retención que comprende los pasos de: formar una pluralidad de retenedores en la sutura; y realizar un paso para elevar los retenedores lejos del resto de la sutura aplicando energía mecánica a los retenedores; en donde elevar los retenedores comprende: insertar el hilo de sutura (206) que tiene retenedores (208) en un aparato (200) que tiene por lo menos un rodillo (202, 214, 222); extraer el hilo de sutura (206) a través del aparato (200) sobre el por lo menos un rodillo (202, 214, 222); y doblar los retenedores hacia atrás utilizando por lo menos una barra de flexión (204) para aplicar una fuerza a los retenedores (208), en donde los retenedores se doblan hacia atrás adyacentes al por lo menos un rodillo.
13	Sistema de corte por láser y métodos para la creación de suturas de auto-retención	ES11778310	2011-05-04	ES2676546T3	2018-07-20	GROSS JEFFREY; D'AGOSTINO WILLIAM; DRUBETSKY LEV; NAIMAGON ALEXANDER; CONNER JACOB; WHITWORTH KEVIN; WOOLSEY RYAN; DICKEY FRED
Un sistema mecanizado con láser (200) adaptado para fabricar retenedores de tejido en una rosca de sutura (204), en el que el sistema mecanizado con láser comprende: un subsistema de láser (210) adaptado para proporcionar un rayo láser (202); un subsistema óptico (220) adaptado para recibir el rayo láser y generar un rayo láser enfocado dirigido a un volumen del hilo de sutura; un subsistema de transporte (240) adaptado para mover el hilo de sutura con relación al rayo láser; un subsistema de formación de imágenes (230) adaptado para formar una imagen del hilo de sutura y generar datos de imagen; y un subsistema de control (250) adaptado para controlar el subsistema láser y el subsistema de transporte para crear un retenedor de tejido de una configuración seleccionada en una ubicación seleccionada en dicho hilo de sutura, y recibir dichos datos de imagen del subsistema de formación de imágenes, en donde el subsistema de control (250) está adaptado además para validar la configuración de retención utilizando dichos datos de imagen.
14	Self-retaining systems having laser-cut retainers	NZ70286911	2011-05-04	NZ702869A	2016-05-27	NAIMAGON ALEXANDER; GROSS JEFFREY M; D’AGOSTINO WILLIAM L; DRUBETSKY LEV
Self-retaining suture system including a suture thread (502) bearing a plurality of laser-cut tissue retainers (510) are disclosed. A laser system allows the creation of retainers and self-retaining suture systems in configurations which are difficult and/or impossible to achieve using mechanical cutting technology. The plurality of tissue retainers each have an entrance ramp (514) from which a volume of material has been removed from the suture thread adjacent the tip (512) of the retainer the entrance ramp being adapted to promote engagement of tissue by the tissue engagement surface of the retainer. The inner side of each slot is spaced from the outer side of each slot by approximately the same distance of 10μm or less along the slot.
15	Modified tissue securement fibers	AU2012348061	2012-12-04	AU2012348061A1	2014-06-05	ROUSSEAU ROBERT A
Tissue securement fibers of reduced cross sectional area and methods of making them are disclosed. The fibers comprising reduced cross sectional areas provide higher degrees of flexibility by providing discrete bending zones most useful in applications when the fiber is bent at an included angle less than 180°, more particularly when the included angle is less than 90°.
16	MODIFIED TISSUE SECUREMENT FIBERS	CA2857178	2012-12-04	CA2857178A1	2013-06-13	ROUSSEAU ROBERT A
Tissue securement fibers of reduced cross sectional area and methods of making them are disclosed. The fibers comprising reduced cross sectional areas provide higher degrees of flexibility by providing discrete bending zones most useful in applications when the fiber is bent at an included angle less than 180°, more particularly when the included angle is less than 90°.
17		DE3934166	1989-10-12	DE3934166C2	1994-06-09	ROEDIGER ULRICH

18	Cement reinforcing polyolefin short fiber and cement-based molded product using the same	JP2004031837	2004-02-09	JP4358645B2	2009-11-04	信次太田

19		JP12997180	1980-09-18	JPH0143048B2	1989-09-18	EDAKAWA HIROSHI; OOSAWA KAZUO

20	Staple and sliver for spinning and spinning stock material	JP12852280	1980-09-18	JPS5756538A	1982-04-05	EDAKAWA HIROSHI; OOSAWA KAZUO

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