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 Weft-insertion-condition display method of the loom JP2008230431 2008-09-09 JP5177666B2 2013-04-03 斉 森本; 宏喜 山崎; 美千代 高野; 夏樹 榮; 英之 紺谷
142 Textile machinery of the information display device JP2005065344 2005-03-09 JP5085849B2 2012-11-28 剛 浅井; 宏喜 山崎; 英之 紺谷
143 Method for setting weft-insertion conditions in multi-color weft insertion loom JP2009055185 2009-03-09 JP2010209485A 2010-09-24 KUCHIDA NORIO; YAMAZAKI HIROKI; KONYA HIDEYUKI
PROBLEM TO BE SOLVED: To provide a multi-color weft insertion loom which allows specific control values of weft insertion conditions stored in a storage medium, which stores control values as weft insertion conditions in association with selection numbers, to be readily set in the weft-insertion control unit as control values corresponding to an arbitrary selection number. SOLUTION: In the multi-color weft insertion loom including a weft insertion device which includes two or more weft insertion systems that operate in a weft insertion operation, a setting device which sets operation control values of weft-insertion-related devices belonging to the respective weft insertion systems, and a weft-insertion control unit in which the control values are set in advance as the weft insertion conditions in association with the selection numbers assigned to the respective weft insertion systems, the setting device performs the steps of reading control values for setting targets from control values included in weft insertion conditions stored in a storage device and corresponding to a selected selection number; and setting, in response to a generation of a setting command signal, the control values read in the reading step in the weft-insertion control unit as control values for the setting targets in a weft insertion system corresponding to a designated selection number. COPYRIGHT: (C)2010,JPO&INPIT
144 How to monitor the cycle to insert the weft in loom JP2000606820 2000-03-22 JP4546649B2 2010-09-15 カステッリ イヴァン; マイヤー ウルス; フォグ レオナルド
145 Weft-insertion-condition display method for loom JP2008230433 2008-09-09 JP2010065331A 2010-03-25 SAKURADA KENJI; YAMAZAKI HIROKI; KONYA HIDEYUKI; TAKANO MICHIYO; SAKAE NATSUKI
PROBLEM TO BE SOLVED: To enable easy identification of causes of abnormality in statistics by graphically displaying the magnitude of the statistics along a time axis related to the weft insertion state of a loom. SOLUTION: A loom includes a display, and a weft arrival time is detected each time a weft insertion operation is performed in the loom. The device calculates statistics regarding the weft arrival times for each of predetermined sampling periods on the basis of the detected weft arrival times, stores the statistics that are sequentially calculated during a weaving operation in time series, and graphically displays the stored statistics in time series along a time axis. Information regarding a cause of a variation in a travelling motion of a weft yarn (information regarding a replacement of a yarn supplier, information regarding a reset operation for resetting the weft-insertion operational condition, and information regarding a change in a weaving condition other than the information) is displayed on the same screen as a display screen on which the statistics are displayed. COPYRIGHT: (C)2010,JPO&INPIT
146 Method for displaying weft-insertion state of loom JP2008230431 2008-09-09 JP2010065330A 2010-03-25 MORIMOTO HITOSHI; YAMAZAKI HIROKI; TAKANO MICHIYO; SAKAE NATSUKI; KONYA HIDEYUKI
PROBLEM TO BE SOLVED: To enable the display of information related to the changes in weaving conditions on the same screen to the displaying screen of statistical values related to the accession stage of weft yarn. SOLUTION: This loom equipped with a displaying device for calculating the statistical values associated with the accession stage for each of a prescribed sampling period based on the accession stage of the weft yarn detected for each of weft insertions, memorizing the statistical values calculated successively accompanying with the progress of the weaving and displaying also the magnitude of the memorized statistical values on a time axis graphically over time is provided by displaying the information related to the change of weaving conditions on the same screen showing the statistical values. In the information related to the change of the weaving conditions, input histories related to the changes of setting of the weaving conditions are also contained. COPYRIGHT: (C)2010,JPO&INPIT
147 Weft insertion status display device of the loom JP2005053808 2005-02-28 JP4429190B2 2010-03-10 宏喜 山崎; 英之 紺谷; 一明 野崎
148 Weft-insertion-condition display method and weft-insertion-condition display apparatus for loom JP2008146753 2008-06-04 JP2009209505A 2009-09-17 MORIMOTO HITOSHI; YAMAZAKI HIROKI; TAKANO MICHIYO; SAKAE NATSUKI; KONYA HIDEYUKI
<P>PROBLEM TO BE SOLVED: To provide a weft-insertion-condition display apparatus which has a display function for graphically displaying statistics regarding weft insertion conditions in a loom along a time axis and which allows an operator to easily determine the cause of abnormality when there is an abnormality in the statistics. <P>SOLUTION: The weft-insertion-condition display apparatus (20) calculates statistics (average, maximum and minimum values, and standard deviation) regarding weft arrival times detected in each of predetermined sampling periods on the basis of the detected weft arrival times, stores the statistics that are sequentially calculated during a weaving operation in time series, and graphically displays the stored statistics in time series along a time axis. An occurrence status of stoppages of the loom that have occurred in each of the predetermined sampling periods is displayed such that the number of stoppages can be visually recognized along the same time axis as the time axis along which the statistics are graphically displayed. <P>COPYRIGHT: (C)2009,JPO&INPIT
149 The method and the weft insertion condition setting calculation method of the weft picking timing JP2002358490 2002-12-10 JP4022136B2 2007-12-12 秀樹 伴場
150 Apparatus for setting shedding pattern of loom JP2006124546 2006-04-28 JP2007297724A 2007-11-15 YAMAZAKI HIROKI; KONYA HIDEYUKI; ASAKA SHINICHI
PROBLEM TO BE SOLVED: To provide an apparatus for setting a shedding pattern to facilitate the shedding pattern changing work such as the exchange of driving pattern for each heald frame unit, reduce the load on the worker and shorten the working time. SOLUTION: The apparatus for setting a shedding pattern of a loom is provided with a shedding apparatus to electrically control individual motion of a plurality of heald frames and moves the heald frame by driving the shedding apparatus according to a shedding pattern showing the vertical position of each heald frame for each loom cycle over a plurality of weaving cycles. The apparatus has a displaying device to display the preset shedding pattern on a screen and a controlling means to enable the change of the shedding pattern on the screen of the displaying device. The controlling means has a function to exchange the preset patterns of selected two heald frames for the preset shedding pattern. COPYRIGHT: (C)2008,JPO&INPIT
151 Operating device of loom JP2005293694 2005-10-06 JP2007100261A 2007-04-19 MATSUDA FUMIO; MATSUMOTO MASATO; YAMAZAKI MORIKAZU; KITA KOICHI; FUJIMORI RYOSUKE
<P>PROBLEM TO BE SOLVED: To provide an operating device of a loom enabling each of the periods of a low speed operating process and an idling operation process to be set optionally in view of the prevention of weaving bars. <P>SOLUTION: This operating device of the loom comprises a setting tool for setting at least one parameter, and a controller for making the loom perform a low speed normal rotation process for normally rotating the main shaft of the loom at a low speed caused by getting an input of an operation-handling signal and by using a set parameter set by the setting deice, then the idling operation process while starting the loom but without performing the weft insertion and then transferring the loom into a normal operation process accompanying with the weft insertion. The setting tool is made as capable of manually setting at least one of the finishing period of the low speed normal rotation process and idling operation process as the above parameter. <P>COPYRIGHT: (C)2007,JPO&INPIT
152 Electric shedding machine of loom JP2005189856 2005-06-29 JP2007009355A 2007-01-18 HIRAI ATSUSHI
PROBLEM TO BE SOLVED: To provide an electric shedding machine of a loom, with which shedding motion conditions suitable for weaving conditions inputted on a loom by an operator are automatically set. SOLUTION: The electric shedding machine 1 for driving a plurality of heddle frames 2 by motors 3 comprises a setting device 5 that sets a weaving condition composed of factors including a weaving pattern, rotational speed of the loom, weft type, weft density and textile width, a storage device 7 that stores a shedding motion condition database consisting of a plurality of weaving conditions and shedding motion conditions, which are composed of a plurality of factors including a dwell period and a dwell phase and is related to the weaving conditions, to drive heddle frames 2, a calculating device 8 that, on the basis of the set weaving condition and the shedding motion condition database, immediately extracts the shedding motion condition corresponding to the set weaving condition when such corresponding shedding motion condition exists or performs interpolation calculation of a shedding motion condition corresponding to the set weaving condition from a weaving condition related to the set weaving condition when such corresponding shedding motion condition does not exist and a controlling device 6 that controls rotations of the motors 3 on the basis of the extracted or interpolated shedding motion condition. COPYRIGHT: (C)2007,JPO&INPIT
153 Device for deciding set value JP2004278959 2004-09-27 JP2006089885A 2006-04-06 YAMAZAKI HIROKI; KONYA HIDEYUKI; KITAMURA HIROHISA
PROBLEM TO BE SOLVED: To provide set values of a loom by considering required information emphasized in a factory for weaving a woven fabric. SOLUTION: This device for deciding the set values comprises an inputting tool for inputting input information and an outputting tool for deciding the set values of the operating conditions of the loom based on the input information and outputting the values. The input information includes specification information of the woven fabric and required information for the production of the woven fabric, and the outputting tool comprises to decide and output the set values for the operating conditions of the loom based on the specification information of the woven fabric and required information. COPYRIGHT: (C)2006,JPO&NCIPI
154 Device in the control and / or management system operated by Can protocol JP53005097 1997-02-12 JP3754456B2 2006-03-15 フレドリクソン,ラルス―ベルノ
155 Car seat fabric simulation program, car seat fabric simulation method, car seat fabric simulation apparatus, car seat fabric manufacturing method and car seat fabric sales method JP2004247099 2004-08-26 JP2006065573A 2006-03-09 IMAO KOJI; TAKEMURA SHINTARO; SAKAGUCHI YOSHIYUKI; TONAI TAKAYUKI; ARAI TAKAYUKI; KASE YASUHARU; KAWARASAKI KIYOSHI
PROBLEM TO BE SOLVED: To simulate car seat fabric realistically. SOLUTION: A fabric structure information input reception part 101 receives the input of structure information on fabric structure used in car seat fabric. A yarn information input reception part 102 receives the input of yarn information on yarn used in the car seat fabric. A three-dimensional fabric image creation part 103 creates a spatial structure of the car seat fabric in a three-dimensional space as a three-dimensional fabric image according to the structure information received by the fabric structure information input reception part 101 and the yarn information received by the yarn information input reception part 102. An image mapping part 105 maps the three-dimensional fabric image created by the three-dimensional fabric image creation part 103 to a car seat model. A car seat image display part 402 displays the car seat model with the three-dimensional fabric image mapped by the image mapping part 105. COPYRIGHT: (C)2006,JPO&NCIPI
156 System for dealing with weft abnormality in loom JP5624097 1997-03-11 JPH10251942A 1998-09-22 NIIHARA MASAMI
PROBLEM TO BE SOLVED: To provide a system for dealing with weft abnormality with improved operability. SOLUTION: This system is equipped with a display control device C1 which judges whether a weft is broken or not, based on various types of information transmitted thereto, i.e., tension levels of the wefts Y1, Y2, Y3 and Y4 detected respectively by tension detectors 38 to 41, weft selection patterns transmitted from a weft selection control device C2, and loom rotational angle transmitted from a rotary encoder 21, and also produces a tension waveform when the weft is broken. The display control device C1 then displays the tension waveform it produced on the screen of a display 48.
157 Weaving condition setting method in Jet Room JP15850589 1989-06-21 JP2643454B2 1997-08-20 MAKINO YOICHI; TANIZAKI HIROSHI; ARAKAWA AKIO
158 Expendable item controlling device in fiber machinery JP20621495 1995-08-11 JPH0959852A 1997-03-04 UMEMURA MASUFUMI; MIWA TOSHIHARU
PROBLEM TO BE SOLVED: To easily grasp suitable exchanging times for expendable items. SOLUTION: This expendable items controlling device in a fiber machinery consists of a set life time value memorizing circuit 31 memorizing the set life time values of expendable items by an input operation through an inputting device 32, a computer C1 for controlling a loom outputting cumulative accomplishment signals to a cumulative time calculating circuit 33 while the loom is under an operating state, the cumulative time calculating circuit 33 performing the cumulative calculation by reading a progressed time from a timer 34 in the inputting state of cumulative accomplishment signals, an exchange judging circuit 35 comparing the set values memorized in the circuit 31 with a consumed life time values cumulatively calculated in the circuit 33, the exchange judging circuit 35 outputting a display commanding signal to a display controlling circuit 37 when the consumed life time value of a certain expendable item reaches the set value, and the display controlling circuit 37 commanding a displaying device to display the name, set value, and consumed life time value of the subject expendable item.
159 Display device of loom JP23357692 1992-09-01 JPH0681251A 1994-03-22 OKUDA TAIJIROU; TANIZAKI HIROSHI; ARAKAWA AKIO
PURPOSE:To improve utility of a display device used in weaving works. CONSTITUTION:A display device 2 is connected to an input unit 1 for inputting data to a loom control computer (C) and an initial display mode screen (S1) is outputted and displayed on the display device 2 by switching the power source to ON. The initial display mode screen (S1) is prepared for a maintainer and other initial display mode screens are respectively for a weaving worker and a supervisor. The initial display mode screen for a weaving worker is outputted and displayed in place of the initial display mode screen (S1) by a touch operation with a switch key (K2) and the initial display mode screen for a supervisor is outputted and displayed in place of the initial display mode screen (S1) by a touch operation with a switch key (K3). Data for a maintainer are classified and displayed in the initial display mode screen (S1) and data for a weaving worker are classified and displayed in the initial display mode screen for a weaving worker. In the initial display mode screen for a supervisor, data for a supervisor are classified and displayed.
160 Picking monitor in jet loom JP9318692 1992-04-13 JPH05295638A 1993-11-09 SAINEN TSUTOMU
PURPOSE: To set the optimal yarn-picking conditions which seize the exact weft-flying properties by sending out an informations from a yarn feeder diameter detector and an angle range detector through the memory to the display and displaying the relation between the yarn feeder diameter and the angle range in a graph. CONSTITUTION: In an air-jet loom, the weft yarn sensor (WS) consisting of a light projector S 1 and the receiver S 2 is arranged so that the light crosses the balloon before the yarn feeder W 1, and the output from the receiver S 2 is connected to the yarn feeder diameter detector 11 equipped with the setter 11a for setting the picking length of the weft yarns W as each pick and the output is connected through the memory 13 to the display. Meanwhile, the output of a weft feeder WF is connected, through an angle range detector 12 connected to an encoder EN detecting the mechanical angle, to memory 13 and the display 14. The memory 13 memorizes the informations from both detectors 11 and 12, and simultaneously sends the informations to the display 14 to constitute the relation between the yarn feeder diameter used now or in the past and the angle range so that the relation can be displayed in graph. COPYRIGHT: (C)1993,JPO&Japio
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