| 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 | 用于纱圈纺纱或纱圈加捻的装置 | CN200510048396.8 | 2005-11-30 | CN100572624C | 2009-12-23 | V·库博维; P·布莱泽; S·迪德; J·多尔扎尔; L·帕夫利塞克; A·普拉南斯基; A·斯特朱斯卡尔; J·斯林格 |
| 用于纱圈纺纱或纱圈加捻的装置具有许多工作位置(S1、S2、S3)，它们各自包括一个用于卷绕筒管(3)的锭子(2)和一个配属于锭子(2)的并用于旋转的纱线气圈(6)的限制机构(5；5a)，该限制机构在工作中使来自其的纱线(P)以旋转的敞开纱圈(23；23a)的形式转移到在旋转锭子上的筒管(3)上，该筒管无径向限制地环绕锭子(2)轴线(A)旋转，并且一方面利用离心力且另一方面利用卷绕拉力来自动调节所需的纱线(P)张力。同时，各自两个相邻的工作位置(S1和S2；S2和S3)的限制机构(5；5a)以其出口端设置在不同的水平平面(R1、R2)上，从而工作位置(S1、S2、S3)的间距(T)小于任意一个旋转纱线气圈(23)的最大回旋半径(r)的两倍。 | ||||||
| 2 | 圈纺纱或圈捻纱的装置 | CN200480011245.9 | 2004-02-18 | CN1780944A | 2006-05-31 | 斯坦尼斯洛·迪德克; 维克洛·库勃维; 皮特·勃拉齐克 |
| 一种圈纺纱或圈捻纱的装置，包括一个基本上垂直的锭子(4)和一个与该锭子(4)共轴安装的气圈限制器(7)，该气圈限制器用于将线(P)运送到安装在转动锭子(4)上的空心轴(5)上。该气圈限制器(7)由一个与锭子(4)一样转动驱动的上部分(13)和一个与该上部分无接触连接且不转动的下部分(14、14a)组成，其中该下部分(14、14a)具有用于线(P)的导向面(22、22a)，该线在导向面的内面开始并且在其下端面结束。 | ||||||
| 3 | 纱圈纺纱或加捻装置 | CN200610089810.4 | 2006-04-13 | CN1865553A | 2006-11-22 | S·迪德克; V·库博维; P·布拉泽克 |
| 本装置包括用于卷绕纱管(5；5a)的锭子(4)和与该锭子相关联的气圈限制器(7)，该气圈限制器在运行时与锭子协同作用，使纱线(P)作为旋转纱圈(33)传送到锭子上的纱管上，纱线无径向限制地围绕着锭子的轴线(9)传送，一方面借助于离心力另一方面借助于卷绕拉力，自行调节纱线所需的张力，还包括一纺纱钢领(24)，该纺纱钢领以轴向距离设置在气圈限制器下处于事先预定的纺纱位置上，并与气圈限制器协同使用，以在装置启动或开始纺纱时形成旋转纱圈。纺纱钢领轴向可调节地位于纺纱位置与安全位置之间，纺纱钢领在安全位置起到在由旋转纱圈界定出的卷绕部分中的径向隔离物的作用，并设有可控地联接于一断纱扫描机构(32)的电控操作机构(30)，以将纺纱钢领从纺纱位置移动到安全位置并移回。 | ||||||
| 4 | 具有屏蔽元件的锭子 | CN200510106343.7 | 2005-09-22 | CN1752309A | 2006-03-29 | C·格里斯哈默; L·马利纳 |
| 本发明涉及缠绕纱线的锭子(1a)，该锭子(1a)布置在纺纱机的锭轨(2)上。基本为圆筒形的屏蔽元件(10)，它至少部分地包围着柄(4)的缠绕区(9)，以减少所述锭子处的能源消耗及作用于周围的噪音强度。在一个可能的实施例中，所述驱动器被制成单电机驱动器(5)，而轴承套筒(3)以分隔的和与轴承容纳套筒(12)有径向距离的方式进行安装，轴承容纳套筒(12)通过径向及轴向作用的间隔缓冲件(13)连接于锭轨(12)，所以至少柄(4)、驱动器(5)的转子(6)、锭子(7)及轴承套筒(3)与锭轨(2)及轴承容纳套筒(12)相分隔，其中屏蔽元件(10)可轴向移动至少部分地盖住轴承容纳套筒(12)。 | ||||||
| 5 | 组合的漏斗式及线圈式纺纱装置 | CN200510106349.4 | 2005-09-22 | CN1752308A | 2006-03-29 | L·马利纳; C·格里斯哈默 |
| 用于漏斗纺纱和线圈纺纱的纺纱装置，如所希望的具有：至少一个锭子(2)，锭子(2)设置有单电机驱动器(MS)和具有缠绕区(1)；和至少一个漏斗(4)，漏斗(4)设置有用于纱线(3)的内部引导的另一个单电机驱动器(MT)；其中漏斗(4)被制成同心地遮盖缠绕区(1)。锭子(2)与漏斗(4)可彼此相对轴向地移动。设置了可停用的、特别是可取去的、连接于漏斗(4)内部的导纱器(5)，以把纱线(3)引导堆积在缠绕区(1)上面，而高度可调节的下摩擦装置(6)与锭子(2)的缠绕区(1)相连并同心地包围所述锭子，下摩擦装置(6)最好是下摩擦环形式的。 | ||||||
| 6 | 具有屏蔽元件的锭子及其纺纱机 | CN200510106343.7 | 2005-09-22 | CN1752309B | 2012-01-18 | C·格里斯哈默; L·马利纳 |
| 本发明涉及缠绕纱线的锭子(1a)，该锭子(1a)布置在纺纱机的锭轨(2)上。基本为圆筒形的屏蔽元件(10)，它至少部分地包围着柄(4)的缠绕区(9)，以减少所述锭子处的能源消耗及作用于周围的噪音强度。在一个可能的实施例中，所述驱动器被制成单电机驱动器(5)，而轴承套筒(3)以分隔的和与轴承容纳套筒(12)有径向距离的方式进行安装，轴承容纳套筒(12)通过径向及轴向作用的间隔缓冲件(13)连接于锭轨(12)，所以至少柄(4)、驱动器(5)的转子(6)、锭子(7)及轴承套筒(3)与锭轨(2)及轴承容纳套筒(12)相分隔，其中屏蔽元件(10)可轴向移动至少部分地盖住轴承容纳套筒(12)。 | ||||||
| 7 | 用于接通气圈纺纱或加捻机器的方法 | CN200610089883.3 | 2006-04-14 | CN1880530A | 2006-12-20 | S·迪德克; P·布拉泽克; V·库博维; A·斯特斯卡尔 |
| 一种用于转换气圈纺纱或加捻机器的方法，其工作站由供应原料的喂入机构，一个气圈限制器和一个带有可控制驱动的锭子形成，一个用于纱线的保持装置被设置在锭子上，和一个用于纱线的位于锭子支撑盘上面的切断器具，其包括形成阶段，一方面，来自喂入机构的一根备用纱线部分通过气圈限制器被引导到位于锭子支撑盘下面的捕捉装置，另一方面，喂入机构和锭子上的捕捉装置之间的纱线连接部分当启动气圈限制器，锭子和喂入机构时同时切断捕捉装置和保持装置之间的纱线，在这种情况下，首先气圈限制器和锭子启动，其中所述的锭子在气圈限制器之前不启动，在锭子启动期间，锭子启动时的瞬时旋转速度最多达到气圈限制器的瞬时旋转速度，然后，在达到气圈限制器、锭子和喂入机构的标称速度之前，其中锭子启动和喂入机构标称速度之间的时间间隔内，连接纱线达到一个比最终纱线标称捻度可能的偏离要低的捻度数。 | ||||||
| 8 | 用于纱圈纺纱或纱圈加捻的装置 | CN200510048396.8 | 2005-11-30 | CN1847484A | 2006-10-18 | V·库博维; P·布莱泽; S·迪德; J·多尔扎尔; L·帕夫利塞克; A·普拉南斯基; A·斯特朱斯卡尔; J·斯林格 |
| 用于纱圈纺纱或纱圈加捻的装置具有许多工作位置(S1、S2、S3)，它们各自包括一个用于卷绕筒管(3)的锭子(2)和一个配属于锭子(2)的并用于旋转的纱线气圈(6)的限制机构(5；5a)，该限制机构在工作中使来自其的纱线(P)以旋转的敞开纱圈(23；23a)的形式转移到在旋转锭子上的筒管(3)上，该筒管无径向限制地环绕锭子(2)轴线(A)旋转，并且一方面利用离心力且另一方面利用卷绕拉力来自动调节所需的纱线(P)张力。同时，各自两个相邻的工作位置(S1和S2；S2和S3)的限制机构(5；5a)以其出口端设置在不同的水平平面(R1、R2)上，从而工作位置(S1、S2、S3)的间距(T)小于任意一个旋转纱线气圈(23)的最大回旋半径(r)的两倍。 | ||||||
| 9 | 具有漏斗和纺纱元件的漏斗纺纱装置 | CN200510106344.1 | 2005-09-22 | CN1752310A | 2006-03-29 | C·格里斯哈默; L·马利纳 |
| 作为本发明保护的结果是，由流动阻力所导致的驱动能量的损失保持较低，与此同时，可以获得良好的位置可进入性，特别是用于启动纺纱，落纱或在纱线断裂时。 | ||||||
| 10 | The spindle having the shielding member | JP2005277976 | 2005-09-26 | JP4833624B2 | 2011-12-07 | グリースハマー クリスティアン; マリーナ ルデック |
| 11 | Method of switching on of machine for loop-forming spinning or loop-forming twisting | JP2006112007 | 2006-04-14 | JP2006299504A | 2006-11-02 | DIDEK STANISLAV; BLAZEK PETR; KUBOVY VACLAV; STEJSKAL ALOIS |
| PROBLEM TO BE SOLVED: To provide a method by which conventional deficiency is removed and the switching on of a machine for loop-forming spinning or loop-forming twisting is precisely carried out. SOLUTION: A balloon limiter and a spindle start the rotation at first, while regulating so that the spindle may not start before the start of the balloon limiter, and a momentary rotational speed of the spindle at the start of the rotation may at most momentarily coincide with the momentary rotational speed of the balloon limiter at the start of the rotation. Thereafter, a feed mechanism starts the rotation before the balloon limiter and the spindle reach rating rotational speeds. As a result, a yarn combination achieves a twist count lower than the allowable deviation of the official twist of a final yarn at the time interval between the start of the spindle and the rating speed of the feed mechanism. COPYRIGHT: (C)2007,JPO&INPIT | ||||||
| 12 | Spinning apparatus | JP21376599 | 1999-07-28 | JP2001040535A | 2001-02-13 | SHIODA TAKESHI |
| PROBLEM TO BE SOLVED: To provide a spinning apparatus having solved such problems that, conventionally, a ring spinning machine can produce a yarn having excellent tenacity, feeling, or the like, but causes a high manufacturing cost and a low productivity due to an extremely lower production rate of yarn than those of innovation spinning machines, on the other hand, the innovation spinning machines such as an open end spinning machine, an air type spinning machine, and the like, can produce a yarn at a high speed but has a subject that has a use range of yarn limited to a specific region in comparison with a ring yarn and a ring spinning machine can not measure the tension of a yarn in the middle of spinning. SOLUTION: This spinning apparatus is equipped with a tension sensor 15 for detecting the tension of a yarn Y between a draft mechanism 101 for carrying out a draft processing and a bobbin 6. The tension sensor 15 is constituted of a heat part 52 with which the yarn Y is brought into contact under pressure and a detection body 51 for detecting the tension. A bending angle α of the yarn Y to be brought into contact with the head part 52 at the head part 52 is 130° to 170°. COPYRIGHT: (C)2001,JPO | ||||||
| 13 | Itoorenzokutekinibosekisurusochi | JP19097081 | 1981-11-30 | JPH0238693B2 | 1990-08-31 | RUI UINYON |
| 14 | Cap spinning frame | JP1008289 | 1989-01-20 | JPH0214027A | 1990-01-18 | ANJIERO RUTSUKA; ANDORE RATEION |
| PURPOSE: To control and adjust a balloon to the upper region of a cap by arranging at least one inlet passage upwardly directed at an inclination to a thread introducing attachment of the cap coaxially rotatable with a spindle. CONSTITUTION: To an upper part of a cap shaped thread guide 1, which covers the outer circumference of a spindle 3 mounting with a cop package 6 and is rotated around the axis same as an axis 2 of the spindle 3, an attachment 8 to introduce a thread is, integrally or as fixed a separate body, arranged to a center hole 9 along an axis. At least one inlet passage 10 upwardly directed at an inclination is arranged the attachment 8. The attachment 8 is preferably variable in its length in the direction of a rotation axis line and is position-fixed. COPYRIGHT: (C)1990,JPO | ||||||
| 15 | Cap spinning machine | JP4333789 | 1989-02-27 | JPH01321924A | 1989-12-27 | RUI BUINIYON |
| PURPOSE: To rapidly brake a thread guide mechanism with the nearly same delay as a spindle by preparing a device for pressurizing a belt to whorls by means of an adjustable force. CONSTITUTION: A belt 12 is pressurized to whorls 11 by means of an adjustable force with a pressurizing device. A cam 18 is provided in a control bar 17 which changes a pressurizing force of each pressurizing roller 13 in the pressurizing device, the control bar 17 is transferred in parallel with the running direction of the belt 12, and a force for pressurizing the pressurizing roller 13 to the belt 12 against an elastic bending force of the plate piece 15 is adjusted. The control bar 17 is moved with a double-acting cylinder piston. COPYRIGHT: (C)1989,JPO | ||||||
| 16 | Cap for cap spinning apparatus | JP24264188 | 1988-09-29 | JPH01104841A | 1989-04-21 | HORUSUTO UORUFU; SHIYUTEFUAN KURAUIITSU |
| PURPOSE: To provide the subject cap having a continuous path connected to an opening of a connecting passage at a specified area in reversing side of a yarn feeding side of a cap jacket and capable of making yarn running well and no yarn rising up even in high speed revolution. CONSTITUTION: This cap is characterized by following mechanisms; a yarn feeding passage 11 is extending to a connecting passage 12 and the connecting passage 12 has opening 14 to a cap jacket 13a at outside. A cylindrical path 15 of the cap jacket 13a extended to the opening 14 in the yarn running direction is axially extended over more than the half length of the cap jacket. The opening 14 is an opening leaving a space toward an end area of the cap jacket 13a on a yarn feeding side. An are 17 on the yarn feeding side is frusto-conically extended in the yarn feeding side direction and so prevents yarn moving in reverse direction. COPYRIGHT: (C)1989,JPO | ||||||
| 17 | Cap fine spinning frame | JP25485 | 1985-01-07 | JPS60155725A | 1985-08-15 | HORUSUTO UORUFU |
| 18 | Machine for loop spinning or loop twisting | JP2005348135 | 2005-12-01 | JP2006161264A | 2006-06-22 | KUBOVY VACLAV; BLAZEK PETR; DIDEK STANISLAV; DOLEZAL JOSEF; PAVLICEK LUBOS; PLANANSKY AGATON; STEJSKAL ALOIS; SLINGR JAROSLAV |
| PROBLEM TO BE SOLVED: To provide a relatively simple means that ensures economically favorable constitution and operation. SOLUTION: The limitation mechanism 5 for individually adjoining two working places S1, S2; S2, S3 are arranged to individual different positions, particularly to horizontal levels R1, R2 at their output edge. COPYRIGHT: (C)2006,JPO&NCIPI | ||||||
| 19 | Funnel spinning apparatus equipped with funnel and cover member | JP2005278600 | 2005-09-26 | JP2006089910A | 2006-04-06 | GRIESSHAMMER CHRISTIAN; MALINA LUDEK |
| PROBLEM TO BE SOLVED: To improve a funnel spinning apparatus equipped with a cover means and suitable for high funnel revolution and spindle revolution, thus reducing driving energy loss of the funnel spinning apparatus caused by flow resistance as much as possible and enabling approach a spinning site of the funnel spinning apparatus as simply as possible, especially for doffing or on the breakage of a yarn. SOLUTION: This funnel spinning apparatus equipped with a funnel and a cover member is characterized in that the cover member is formed as a cover sleeve 9 which is substantially cylindrical, is long extended, and has at least the length L1 of a yarn-receiving region 1, and in that an outer cover 7, a bearing unit 5 and a driving unit 6 are disposed and formed as follows; namely the cover sleeve can axially be slid from a position I where the cover sleeve is substantially slid on the funnel 4, to a position II where the cover sleeve is axially projected over the funnel substantially only the length L1 of the yarn-receiving region, for the cover. COPYRIGHT: (C)2006,JPO&NCIPI | ||||||
| 20 | Combined hopper and loop spinning apparatus | JP2005276633 | 2005-09-22 | JP2006089908A | 2006-04-06 | MALINA LUDEK; GRIESSHAMMER CHRISTIAN |
| PROBLEM TO BE SOLVED: To provide a spinning apparatus which can process a remarkably different yarn or twisted yarn. SOLUTION: This spinning apparatus for selective hopper spinning and loop spinning has a spindle (2) having a yarn-receiving region (1) and equipped with at least one single motor-type driving device (Ms), and a hopper (4) used for guiding a yarn (3) on the inside and equipped with at least another single motor type driving device (M T). The hopper (4) is formed to coaxially surround the yarn-receiving region (1), and the spindle (2) and the hopper (4) can mutually relatively be moved in the axial direction. A yarn guide (5) incapable of being activated is responded and disposed on the inside of the hopper (4) to guide the yarn (3) to be supplied to the spindle (2). A lower side friction device (6) whose height can be adjusted is coaxially responded and disposed in the yarn-receiving region (1) of the spindle (2). COPYRIGHT: (C)2006,JPO&NCIPI | ||||||
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