| 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 | 湿处理装置，特别是染色离心机，与用于操作染色离心机的方法 | CN201480058781.8 | 2014-07-03 | CN105683436A | 2016-06-15 | 路德维西·布拉克 |
| 本发明是一种用于纺织物制品(T)湿处理的湿处理装置(1)。为此目的，所述湿处理装置(1)具有一处理桶(10)，其通过一旋转驱动绕着一垂直旋转轴(A)往旋转方向(V)驱动。所述处理装置(10)在顶侧可以加载，具有一桶壳(13)相对于所述旋转轴(A)的周围侧设置与一排放口(20)。所述排放口(20)通往一回流管线装置(30)，其固定设置成防止旋转与其具有一环状通道(32)来径向包围所述处理桶(10)且是构成往所述排放口(20)的方向开启。除此之外，所述回流管线(30)具有一排放口(31)，其位在所述处理底座(11)的上方且比所述旋转轴(A)更靠近所述第一排放口(20)。本发明更进一步是一旋转处理装置设置在一压力容器之内，与一种用于在处理桶中纺织物制品湿处理的方法，通过一回流管线且不使用任何驱动器把液体引导回到所述处理中心。 | ||||||
| 2 | 湿处理装置，特别是染色离心机，与用于操作染色离心机的方法 | CN201480058781.8 | 2014-07-03 | CN105683436B | 2017-10-27 | 路德维西·布拉克 |
| 本发明是一种用于纺织物制品(T)湿处理的湿处理装置(1)。为此目的，所述湿处理装置(1)具有一处理桶(10)，其通过一旋转驱动绕着一垂直旋转轴(A)往旋转方向(V)驱动。所述处理装置(10)在顶侧可以加载，具有一桶壳(13)相对于所述旋转轴(A)的周围侧设置与一排放口(20)。所述排放口(20)通往一回流管线装置(30)，其固定设置成防止旋转与其具有一环状通道(32)来径向包围所述处理桶(10)且是构成往所述排放口(20)的方向开启。除此之外，所述回流管线(30)具有一排放口(31)，其位在所述处理底座(11)的上方且比所述旋转轴(A)更靠近所述第一排放口(20)。本发明更进一步是一旋转处理装置设置在一压力容器之内，与一种用于在处理桶中纺织物制品湿处理的方法，通过一回流管线且不使用任何驱动器把液体引导回到所述处理中心。 | ||||||
| 3 | 使用流体处理卷绕的片材，特别是织物片的离心染色装置 | CN201480067491.X | 2014-12-04 | CN105814250A | 2016-07-27 | 托马斯·威德默; 托马斯·格哈德 |
| 本发明涉及一种处理卷绕片材，特别是织物片的装置。处理步骤包括针织物和梭织物以及绒头织物的漂白、染色和水洗。这种片材可包括任何纤维素、动物纤维和合成纤维织物及其复合材料。以这种方式即能够使用最少的水、化学品和能源进行常规处理，通过离心力使用流体处理卷绕在穿孔染色梭织物经轴上的片材。本发明公开了一种离心染色装置(100)，包括可关闭的容器(1)、循环处理液的泵(14)、驱动染色经轴(2)，所述驱动染色经轴(2)可旋转地支撑在容器(1)中，以支承由织物片形式制成的棉卷(4)并且包括具有穿孔(37)的管(3)，其中，还设有支撑件(6)，所述支撑件(6)径向支撑所述棉卷，并且所述支撑件(6)与所述染色经轴(2)连接。 | ||||||
| 4 | 用双筐给易损衣物染色和/或洗涤易损衣物的设备 | CN200810133378.3 | 2008-08-11 | CN101363179A | 2009-02-11 | 达拉·瓦利·维托里奥 |
| 一种用于给易损衣物染色和/或洗涤易损衣物的设备，其包括具备染料浴容池的本体，所述染料池内设置有铰接于旋转空心轴并设置有许多染料浴移动桨叶的本体的滚筒，所述滚筒的内部设置有筐，所述筐的旋转轴容纳于所述滚筒的空心轴内，一皮带轮键接于所述滚筒的旋转空心轴并且一皮带轮键接于所述筐的旋转轴，通常每个皮带轮都通过独立的电机借助于皮带而转动，使得所述滚筒的运动与所述筐的运动独立。 | ||||||
| 5 | Centrifugal type dyeing machine | JP7161584 | 1984-04-09 | JPS60215859A | 1985-10-29 | TAKASHIMA YOSHIKUNI |
| 6 | 生地を処理する方法及び該方法を実現する装置 | JP2018509968 | 2016-05-06 | JP2018515700A | 2018-06-14 | ティース アレクサンダー; ティマー ベルトルト |
| 生地を処理するための方法であって、生地が処理装置内に配置され、そこで水処理浴により処理される方法を記載する。本発明によれば、生地の水分が処理の初めに設定値に調節され、単位時間あたりに生地に噴霧される処理浴ボリュームは正確に確かめられ、それで処理された生地は処理の終わりに定められた設定水分を有する。そのために使用される装置は、ロープ形状の生地ウェブ、生地ウェブの大きいロール及び生地のロールとして成形された生地を用いて当該方法を実行することを可能とする。 | ||||||
| 7 | Washing and drying method and apparatus of hollow fiber | JP5241680 | 1980-04-22 | JPS56365A | 1981-01-06 | CHIYAARUZU NIIRU MAKINON JIYUN |
| 8 | ウェット処理装置、具体的には染色遠心分離機、およびそのような染色遠心分離機を動作させるための方法 | JP2016537171 | 2014-07-03 | JP2016535178A | 2016-11-10 | プラーク、ラディック |
| 本発明は、織物構成(T)のウェット処理のためのウェット処理装置(1)に関する。この目的のために、ウェット処理装置(1)は、回転駆動部により、鉛直の回転方向(A)を中心として回転軸(V)に駆動される処理ドラム(10)を備える。処理ドラム(10)は、頂部に搭載され得、回転軸(A)に対して円周側に配置され、出口開口部(20)を含むドラムシェル(13)を有する。出口開口部(20)は、回転に対して固定されて配置され、処理ドラム(10)を半径方向に囲繞し、出口開口部の方向に開口するように形成されたリング形状ダクト(32)を含む、再循環ライン装置(30)へと開口する。更に、再循環ライン装置(30)は、ドラム基部(11)上で、第1の出口開口部(20)よりも回転軸(A)の近くに配置された流出開口部(31)を含む。更に、本発明は、圧力容器内に配置された回転処理ドラム、および処理ドラムにおける織物構成のウェット処理のための方法に関し、溶剤は、駆動を用いることなく、循環ラインにより処理ドラムの中央へと再び導かれる。 | ||||||
| 9 | JPH034194B2 - | JP9312381 | 1981-06-18 | JPH034194B2 | 1991-01-22 | PEETERU GURUUMERU; UORUFUGANGU UIIZE; GYUNTERU ZERURIN |
| A filter rod making machine wherein a rotary brush which is installed in a housing normally atomizes successive increments of a stream of liquid plasticizer which is supplied thereto by a variable-delivery pump at a rate matching the speed of transport of a permeable tow of filamentary filter material through the housing so that the housing confines a quantity of residual plasticizer and the tow thereafter continuously withdraws atomized plasticizer from the housing at the rate at which the pump supplies liquid plasticizer into the range of the brush. When the tow is arrested, at least some of the residual plasticizer is evacuated from the housing and, on renewed starting of the prime mover which drives the tow, the plasticizer is admitted at a rate higher than normal rate, either by resorting to a separate pump or by gathering the evacuated residual plasticizer during the interval of idleness of the prime mover and readmitting the gathered residual plasticizer into the housing during acceleration of the tow to normal speed so as to rapidly reestablish the quantity of residual plasticizer which is necessary to ensure that a state of internal equilibrium prevails in the housing, namely, that the rate of admission of liquid plasticizer into the range of the brush again equals the rate at which the running tow removes atomized plasticizer from the housing. | ||||||
| 10 | Method and apparatus for coating softening agent on filter fiber strip in tobacco processing industry | JP9312381 | 1981-06-18 | JPS5726582A | 1982-02-12 | PEETERU GURUUMERU; UORUFUGANGU UIIZE; GIYUNTERU ZERURIN |
| A filter rod making machine wherein a rotary brush which is installed in a housing normally atomizes successive increments of a stream of liquid plasticizer which is supplied thereto by a variable-delivery pump at a rate matching the speed of transport of a permeable tow of filamentary filter material through the housing so that the housing confines a quantity of residual plasticizer and the tow thereafter continuously withdraws atomized plasticizer from the housing at the rate at which the pump supplies liquid plasticizer into the range of the brush. When the tow is arrested, at least some of the residual plasticizer is evacuated from the housing and, on renewed starting of the prime mover which drives the tow, the plasticizer is admitted at a rate higher than normal rate, either by resorting to a separate pump or by gathering the evacuated residual plasticizer during the interval of idleness of the prime mover and readmitting the gathered residual plasticizer into the housing during acceleration of the tow to normal speed so as to rapidly reestablish the quantity of residual plasticizer which is necessary to ensure that a state of internal equilibrium prevails in the housing, namely, that the rate of admission of liquid plasticizer into the range of the brush again equals the rate at which the running tow removes atomized plasticizer from the housing. | ||||||
| 11 | VORRICHTUNG ZUM KONTINUIERLICHEN ENTWÄSSERN EINER TEXTILEN WARENBAHN | EP16745036 | 2016-05-06 | EP3294940A1 | 2018-03-21 | THIES ALEXANDER; TIMMER BERTHOLD |
| Described is an apparatus for continuously dewatering a fabric web in rope form. Said apparatus has a first compressor, a second compressor, a dewatering module, and a drive unit associated with the dewatering module to convey the fabric web in rope form through the dewatering module. The dewatering module is designed as a fabric web guide through which the fabric web in rope form is conveyed at an adjustable speed. The first compressor is connected to the fabric web guide at the pressure end, and the second compressor is connected thereto at the suction end, so that the fabric web in rope form which is to be dewatered and is conveyed through the fabric web guide is subjected at least once to compressed air and at least once to suctioning within the fabric web guide, the mass flow exiting the first compressor being adapted to the mass flow suctioned by the second compressor. | ||||||
| 12 | Rotating-drum machine for dyeing textile articles | EP04077374.9 | 2004-08-23 | EP1577432A2 | 2005-09-21 | Tonello, Osvaldo |
Rotating-drum dyeing machine for treating textile articles, provided with a support frame which supports a tank and with a rotating drum for receiving textile articles to be treated, which is contained inside the tank and is provided with a plurality of through-holes formed on the side wall for allowing the passage of a treatment fluid. Treatment means for acting on the articles with the treatment fluid are envisaged, said means comprising one or more nozzles which are operationally provided on the rear wall and/or front wall of the drum and are able to produce a jet of fluid extending along the longitudinal length of the drum so as to reach the garments distributed along the side wall. A source of pressurised gaseous fluid is also provided, said source being connected to the nozzle in order to introduce a jet composed of a treatment fluid in the liquid state and a fluid in the gaseous state. The nozzle is supplied by means of a circulating system connected to the tank via a storage bath arranged in a position remote from the rotating drum. In this way the storage bath is not affected by the turbulence resulting from rotation of the drum and is able to supply the nozzle with a suitable flow. The bath ratio of the machine is thus very low. |
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| 13 | Method and apparatus for cleaning hollow fibers | EP80301319.2 | 1980-04-23 | EP0018236A1 | 1980-10-29 | McKinnon Jr., Charles Neil |
The removal of manufacturing oils from prepotted, wound bundles of hollow fibers (10) used in dialysis equipment is rapidly accomplished by subjecting the fiber assembly to centrifugal forces acting longitudinally of the fibers. Wicking pads (20) may be used at the outer ends of the fibers during the centrifuging step if desired to counteract the capillary action of the fibers. Following the centrifuging, the fibers are preferably repeatedly immersed, in a vertical direction, in a solvent into which any oil trapped in the pores of the fiber walls diffuses. The repeated rise and fall of the solvent in the fiber lumen continually re-introduces fresh solvent into the lumen to leach oil out of the pores at a rapid rate. In a similar manner, moisture. can then be removed from the fibers by alternately evacuating the fiber lumens in a vacuum chamber and refilling them with warm, very dry air to rapidly remove any moisture contained in the cellulose of the fibers. |
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| 14 | METHOD FOR THE TREATMENT OF A TEXTILE SUBSTRATE, AND DEVICES FOR CARRYING OUT SAID METHOD | US15572012 | 2016-05-06 | US20180119323A1 | 2018-05-03 | Alexander THIES; Berthold TIMMER |
| A method for the treatment of a textile substrate is described, in which the substrate is arranged in a treatment device and treated with an aqueous treatment bath. Here the moisture of the textile substrate is adjusted to a predetermined moisture in the beginning of the treatment, whereby the treatment bath volume to be sprayed on the respective subject and per time unit is determined exactly, so that the textile subject provides the defined predetermined moisture at the end of the treatment. The therefore used devices enables the realization of the method for textile substrates designed as a fabric strand, a wide fabric web package and a fabric package. | ||||||
| 15 | Wet Treatment Devices, in Particular Dyeing Centrifuges, and a Method for Operating such a Dyeing Centrifuge | US14915450 | 2014-07-03 | US20160208424A1 | 2016-07-21 | Ludwig PLACK |
| A wet treatment device (1) for the wet treatment of textile making-ups (T) has a treatment drum (10) which is driven about a vertical axis of rotation (A) in a direction of rotation (V) by a rotary drive, The treatment drum (10), which can be loaded at the top, has a drum shell (13) arranged on the circumferential side relative to the axis of rotation (A) and having an outlet opening (20). The latter opens into a return line device (30) which is arranged to be fixed against rotation and which has an annular channel (32) enclosing the treatment drum (10) radially and formed so as to be open in the direction of the outlet opening (20). in addition, the return line device (30) has a discharge opening (31), which is positioned above the drum base (11) and closer to the axis of rotation (A) than the first outlet opening (20). A rotating treatment drum arranged within a pressure vessel is also disclosed, as well as a method for the wet treatment of textile making-ups in a treatment drum, in which the liquor is led back into the center of the treatment from by a return line without using any drive. | ||||||
| 16 | Fabric Dyeing Apparatus and Method | US12848588 | 2010-08-02 | US20120023685A1 | 2012-02-02 | Michael Kevin Sell; Larry Harris |
| A fabric dyeing apparatus and/or method can include a tunnel, such as a modified bleaching tunnel, comprising a plurality of chambers through which a load of fabric is successively transferred. A first set of the chambers can include a consecutive series of dye chambers through which the fabric load and a single dye bath are successively transferred and in which the dye bath is heated to about the same temperature in each of the dye chambers. A first chamber in the series of dye chambers and each chamber subsequent to the dye chambers can be adapted to receive a fresh water bath. A last chamber in the series of dye chambers and each subsequent chamber can be adapted to drain the bath in those chambers. The weight ratio of dye bath mixture-to-fabric can be about 5:1. The dye bath can include a fiber reactive dye or a direct fabric dye. | ||||||
| 17 | MULTIFUNCTION APPARATUS FOR EXECUTION OF EXERCISES OF STRENGTHENING OF MUSCLE SYSTEMS | US12186453 | 2008-08-05 | US20090038348A1 | 2009-02-12 | Vittorio DALLA VALLE |
| Apparatus for dyeing and/or washing delicate garments includes a body equipped with a dyeing bath containment basin. Within the dyeing basin, there is a drum hinged to a rotational hollow shaft provided with a lot of bath movement paddles. Internal to the drum, there is a basket whose rotational axis is housed inside the hollow shaft of the drum where a pulley is keyed to the rotational hollow shaft of the drum and a pulley is keyed to the rotational axis of the basket. Each pulley is conventionally moved by belts with independent electric motors in such a way that the movement of the drum and the movement of the basket are independent. | ||||||
| 18 | Method for applying liquid plasticizer to filamentary filter material | US425472 | 1982-09-28 | US4414253A | 1983-11-08 | Peter Grumer; Wolfgang Wiese; Gunter Serrin |
| A filter rod making machine wherein a rotary brush which is installed in a housing normally atomizes successive increments of a stream of liquid plasticizer which is supplied thereto by a varibale-delivery pump at a rate matching the speed of transport of a permeable tow of filamentary filter material through the housing so that the housing confines a quantity of residual plasticizer and the tow thereafter continuously withdraws atomized plasticizer from the housing at the rate at which the pump supplies liquid plasticizer into the range of the brush. When the tow is arrested, at least some of the residul plasticizer is evacuated from the housing and, on renewed starting of the prime mover which drives the tow, the plasticizer is admitted at a rate higher than normal rate, either by resorting to a separate pump or by gathering the evacuted residual plasticizer during the interval of idleness of the prime mover and readmitting the gathered residual plasticizer into the housing during acceleration of the tow to normal speed so as to rapidly reestablish the quantity of residual plasticizer which is necessary to ensure that a state of internal equilibrium prevails in the housing, namely, that the rate of admission of liquid plasticizer into the range of the brush again equals the rate at which the running tow removes atomized plasticizer from the housing. | ||||||
| 19 | Apparatus for applying liquid plasticizer to filamentary filter material | US269976 | 1981-06-03 | US4368688A | 1983-01-18 | Peter Grumer; Wolfgang Wiese; Gunter Serrin |
| A filter rod making machine wherein a rotary brush which is installed in a housing normally atomizes successive increments of a stream of liquid plasticizer which is supplied thereto by a variable-delivery pump at a rate matching the speed of transport of a permeable tow of filamentary filter material through the housing so that the housing confines a quantity of residual plasticizer and the tow thereafter continuously withdraws atomized plasticizer from the housing at the rate at which the pump supplies liquid plasticizer into the range of the brush. When the tow is arrested, at least some of the residual plasticizer is evacuated from the housing and, on renewed starting of the prime mover which drives the tow, the plasticizer is admitted at a rate higher than normal rate, either by resorting to a separate pump or by gathering the evacuated residual plasticizer during the interval of idleness of the prime mover and readmitting the gathered residual plasticizer into the housing during acceleration of the tow to normal speed so as to rapidly reestablish the quantity of residual plasticizer which is necessary to ensure that a state of internal equilibrium prevails in the housing, namely, that the rate of admission of liquid plasticizer into the range of the brush again equals the rate at which the running tow removes atomized plasticizer from the housing. | ||||||
| 20 | Method for cleaning and drying hollow fibers | US32280 | 1979-04-23 | US4263053A | 1981-04-21 | Charles N. McKinnon, Jr. |
| The removal of manufacturing oils from a pre-potted, wound bundle of hollow fibers used in dialysis equipment, is rapidly accomplished by subjecting the fiber assembly to centrifugal forces acting longitudinally of the fibers. Wicking pads may be used at the outer ends of the fibers during the centrifuging step if desired to counteract the capillary action of the fibers. Following the centrifuging, the fibers are repeatedly immersed, in a vertical direction, in a solvent into which any oil trapped in the pores of the fiber walls diffuses. The repeated rise and fall of the solvent in the fiber lumen continually re-introduces fresh solvent into the lumen to leach oil out of the pores at a rapid rate.In the same manner, moisture is then removed from the fibers by alternately evacuating the fiber lumens in a vacuum chamber and refilling them with warm, very dry air to rapidly remove any moisture contained in the cellulose of the fibers. | ||||||
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