序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
81 Drive for loom JP2007519694 2005-07-02 JP2008505256A 2008-02-21 アドリエン,マルク
少なくとも2つの切換え位置間で軸方向に変位可能であり、第1切換え位置においては2組の駆動対象要素(9、10、11;12、13、14)に駆動接続され、第2切換え位置においては前記2組の内の一方の組の駆動対象要素(12、13、14)から切り離されている、主駆動モータ(7)により駆動可能なラチェット(5)を有する織機用の駆動装置において、前記一方の組への駆動接続を切り離す際に作動される、前記ラチェット(5)から切り離される方の組の駆動対象要素(12、13、14)の歯車(12)と噛み合う歯付き要素(22)を有する装置(15)が備えられる。
【選択図】図2
82 Information display device of fiber machine JP2005065344 2005-03-09 JP2006249593A 2006-09-21 ASAI TAKESHI; YAMAZAKI HIROKI; KONYA HIDEYUKI
<P>PROBLEM TO BE SOLVED: To provide an information display device of a fiber machine, on which information indicated with words is displayed in a form familiar with workers and managers. <P>SOLUTION: This information display device of the fiber machine contains a display controller for displaying information indicated with words for operating the machine or supporting the operation of the machine by practicing a display control program memorized in a memory. In the memory, a plurality of information indicated with the words forms a word-indicated data group together with the corresponding readout labels. The display control program is preliminarily made to read out the information indicated with the corresponding words from the word-indicated data group through the readout labels and then display the information on the display device. The information display device is equipped with an editing means for executing an editing program for the word-indicated data group to edit the word-indicated information through an input device operated by a worker and then writing the edited results in the memory. <P>COPYRIGHT: (C)2006,JPO&NCIPI
83 Weaving system for driving the aperture forming device in a loom JP8165096 1996-04-03 JP3652004B2 2005-05-25 ジャン・パウル・フラマン; パトリーク・イルテイス
84 Drive equipment for the weaving machine and opening machine JP2002550147 2001-11-22 JP2004514804A 2004-05-20 ディーター、マイヤー; ディートマール、フォン、ツベール; バレンティン、クルム; ミカエル、レーマン
本発明は、織機と開口機械の別個の操作を可能にし、当該の機械の駆動軸に関する織機及び開口機械駆動装置の回転数変動を補償する駆動設備に関する。 新規な駆動設備は織機及び開口機械の始動段階で給電網から取り出されるエネルギー及び設備駆動電をなるべく小さくすることを可能にする。
85 Coupling for rotationally connecting actuating shaft of weave machine and weaving loom JP2001293008 2001-09-26 JP2002173853A 2002-06-21 DEPOLI ERMINIO
PROBLEM TO BE SOLVED: To provide a coupling for ensuring a safe suspension of a weaving machine in high reliability at a fixed angle position of a shaft driven shaft of the weaving machine. SOLUTION: This coupling for connecting actuating shafts 1001 and 2001 of a weave machine 1000 and a weaving loom 2000 comprises at least one first clutch element 21 integral with the shaft 1001 of the weave machine 1000 and a second clutch element 10 integral with the shaft 2001 of the weaving loom 2000. The second clutch element 10 comprises a disk 11 movable coaxially, owing to the thrusting action of associated means 13, for engagement with the clutch element 21 integral with the shaft 1001. The second clutch element 10 is provided with fixed means 15 and 15a for recalling to cause the disengagement from the first clutch element 21. The disk 11 has a first means 11b and a second means for engagement with corresponding means 21b of the first clutch element 21 and with means 15d of thermal etching second clutch element 15, respectively.
86 Opening control device of the loom JP10732991 1991-05-13 JP3242123B2 2001-12-25 善次 田村
87 Operating apparatus for loom JP2000075187 2000-03-17 JP2000273746A 2000-10-03 BIRK MICHAEL
PROBLEM TO BE SOLVED: To avoid a multiple arrangement of an operating apparatus for a loom and thereby sufficiently carry out the operation of the operating apparatus for the loom with a slight place required and a slight wiring cost. SOLUTION: This operating apparatus 1 is equipped with a means capable of optionally traveling over at least the most part of a loom width and supplying an electrical power in a radio system and/or a wire system and further a means for transmitting a signal of a control command to a loom controller. Furthermore, the operating apparatus 1 is formed into a portable remote controller 11 provided with a means for transmitting the signal of the control command to the loom controller in the radio system.
88 Loom of the driving device JP52054195 1995-01-31 JPH09508449A 1997-08-26 HELLSTROEM JERKER
(57)【要約】 通常の周波数、たとえば、50〜60Hzで作用する電供給ネットワークから電力が与えられる駆動装置によって織機(1)が駆動される。 駆動装置はネットワークのモータ制御手段(13)を有するか、またはそれに接続されている非同期モータ(6)からなる。 非同期モータは減速ユニット(8)を介して織機を駆動する。 モータ制御手段(13)は電気ネットワークの周波数を実質的に高い周波数(15)に変換し、これによって対応する通常の非同期モータ(6')が直接電気ネットワークの周波数(14)で駆動される場合よりも実質的に高い非同期モータの回転速度RPMを生じさせる。 減速ユニット(8)は前記実質的に高い回転速度を織機の運転速度RPM'に低下させるよう構成される。
89 Control of opening and device for controlling opening JP25397696 1996-09-05 JPH09170134A 1997-06-30 TAMURA ZENJI; AZUMA SATOSHI
PROBLEM TO BE SOLVED: To compress the memorizing capacity of a memory and simultaneously shorten a time for reading the memorized data on the opening pattern of an opening frame. SOLUTION: In this motor-driven opening device 1 of such a type that each opening frame 2 is independently driven synchronously with the rotation of the main shaft 7 of a loom, the constituting factors of the opening movements are preliminarily set, and the constituting factors are selected for each opening step. A command for the opening degree of the opening frame 2 in response to the rotation of the main shaft 7 on the basis of an opening curve comprising the selected constituting factors is outputted to drive the opening frame 2. COPYRIGHT: (C)1997,JPO
90 Driving mechanism for loom JP11414795 1995-05-12 JPH08302545A 1996-11-19 SUGITA KATSUHIKO
PURPOSE: To miniaturize and simplify a mechanical connection system and make an electrically synchronous operation between a main motor and an auxiliary motor. CONSTITUTION: The main body of a loom L and a shedding motion K are linked through a mechanical connection system C and the main body is driven by a main motor M 1. An auxiliary motor M 2 bears a part of shedding load required by the shedding motion K, while the main motor M 1 shares the rest of the needed load through the connection system C. COPYRIGHT: (C)1996,JPO
91 Loom drive device JP1996696 1996-02-06 JPH08232142A 1996-09-10 MARUKU AADORIAN; GIIRUTO GIIRUAADEIN; BERUNAADO BUANKAIZEERU
PROBLEM TO BE SOLVED: To create a loom-drive requiring a minimum of components and being as compact as possible and which, when operating at a speed other than normal, may realize slow loom operation and also filling-finding. SOLUTION: A loom drive comprising a drive motor 1 connected by a gear unit to first driven components 20 and to second driven components 23. Therein, a switching gear 15 is mounted inside the gear unit and is displaceable into different switch positions in such manner that in one switch position the main drive motor 1 drives the first and second driven components 20, 23 and that in another switch position the drive connection to the first or second driven components 20, 23 is interrupted. COPYRIGHT: (C)1996,JPO
92 JPH0341578B2 - JP5782381 1981-04-18 JPH0341578B2 1991-06-24
93 Method for supply of weft thread into shed of weaving machine, and apparatus using the method JP10153190 1990-04-17 JPH02293442A 1990-12-04 HERUMAN SAROME
PURPOSE: To insert a weft thread into a shed with a minimum load and a minimum air consumption by controlling a machine element which can influence insertion times as a function of the reopening of the shed. CONSTITUTION: A magnetic controlling pin 7, a main nozzle 10, an assistance- possible main nozzle 11, a relay nozzle 12 and an inserted weft-tensioning means 13 which are machine elements which can influence weft insertion times are controlled by a method such as the moving pattern of a harnesses 4, and the reopening of relative sheds preceding thereto. The insertion of the weft threads can be started as soon as the insertion of the weft threads is allowed by the corresponding sheds 20 by each weaving cycle. COPYRIGHT: (C)1990,JPO
94 JPH0255538B2 - JP15655283 1983-08-29 JPH0255538B2 1990-11-27 PEETAA DORUNIE
95 Method for controlling driving of loom weaving plural cloths JP6578287 1987-03-23 JPS63235546A 1988-09-30 TAKAHASHI TAKAO
96 Compressed air alternate supply apparatus of loom weft yarn mixer JP20842283 1983-11-08 JPS59144651A 1984-08-18 ARUBEERU ANRI DOUBORUDO; PIEERU RUMON
97 Load reducing apparatus of drive apparatus of structural me-mber alternately reciprocating between both end positions inloom JP15655283 1983-08-29 JPS5959947A 1984-04-05 PEETAA DORUNIE
98 Alteration correcting method for moment of rotative machine element and moment alteration correcting tool using it JP13582579 1979-10-19 JPS5563032A 1980-05-12 BINCHIENTSUO MISHIYURAN
99 DEVICE HAVING A PORTABLE OPERATING UNIT FOR A GROUP OF TEXTILE MACHINES PCT/EP2013058547 2013-04-24 WO2013167380A2 2013-11-14 BOEGL GERHARD; MUELLER HERBERT; PRANTL HARALD
The invention relates to a device for operating a group of several textile machines (1.1, 1.2, 2.1, 2.2, 3.1, 3.2), comprising a portable operating unit (4) and means for signal transmission (5) between the portable operating unit (4) and a textile machine (1.1, 1.2, 2.1, 2.2, 3.1, 3.2). Means for generating an identification code (6) for the particular textile machine (1.1, 1.2, 2.1, 2.2, 3.1, 3.2) connected to the portable operating unit (4) are present. The device is characterized in that the portable operating unit (4) has a display (7), on which various input menus (8) can be displayed, which are each specifically adapted to the operation of a certain machine type (1, 2, 3) and/or to a product to be produced. One of the input menus (8) is automatically selected on the basis of the identification code by means of computing means and storage means (9, 10, 11).
100 DRIVE ARRANGEMENT FOR A WEAVING LOOM AND SHEDDING MACHINE PCT/DE0104412 2001-11-22 WO0248438A3 2003-09-25 KRUMM VALENTIN; VON ZWEHL DIETMAR; LEHMANN MICHAEL; MAYER DIETER
The invention relates to a drive arrangement, permitting the separate operation of weaving loom and shedding machine and compensating for the speed variation of the drive relative to the drive shaft of each machine for both the weaving loom and the shedding machine. Said novel drive arrangement permits keeping the energy drawn from the electrical supply network during the start phase and the drive power of the installation as low as possible.
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