Hisaka Works, Ltd.

Kanebo, Limited

Osamu Ishimaru

Mitsuyasu Miyamoto

Masao Takigawa

Nobuyoshi Fukube

Michinobu Kaimori

Akira Aikawa

Tohru Koide

Takayoshi Aoki

Akira Urakami

Satoshi Nomura

Fumio Shirai

Gen Nishimura

A treating apparatus and method of the present invention carry out dyeing, scouring, bleaching and other treatment for feeling of a textile fabric by transferring and circulating the textile fabric with jetting force of air and liquor using an air jet flow type apparatus which is equipped with a fabric treating passageway in circular form comprised of a transferring passageway and a residence chamber both ends of which are jointed to one another, and perform a series of treating operations such as charging fabric, raising and holding of temperature at a constant degree, cooling and drying more efficiently in a short time. The exit section of the residence chamber is located at a position lower than the entrance section of the chamber, close to the ground on which the apparatus is installed, whereby charge and take-out of a textile fabric is facilitated. Since the treating fluid jetting section is provided at the inlet portion of the transferring passageway (the exit section of the residence chamber), the textile fabric under circulating is almost free from tension load, rope wrinkle, friction mark, contact mark, etc.

Air jet flow type apparatus and method for treating textile material

A process and apparatus for automatically weighing and introducing chemicals are intended to automatically weigh the chemicals and introduce the chemicals into a treatment tank; the chemicals are injected into a chemical container and weighted, and then transported to a dissolving tank adjunct to the treatment tank, and then introduced into the dissolving tank. A control means is provided to put under its control the operations of injecting into a chemical container a desired amount of desired chemicals selected from among plural sorts of chemicals and driving a transportments and an introducing means automatically in association with this injecting operation.

Process and apparatus for automatically weighing and introducing

A continuous method of rapidly and uniformly treating textile fabrics in an endless loop configuration. The endless loop is continuously advanced longitudinally so that runs advance successively through a residence bath, for wet treatment in a treating liquor, contained in a partially filled elongated, tubular vessel and increasing gradually in depth in the direction in which the textile fabric is advanced in zigzag form. Suction is taken on the residence bath for piling control of the textile fabric therein and to develop a jet flow of treating liquor therefrom flowed in an enclosed path outside of the residence bath through which the textile fabric is rapidly transferred substantially zigzag free from one end of the residence bath and back to the other immersed in the jet flow liquor as the treating liquor is recirculated by return to the residence bath. The jet flow treating liquor is discharged from the enclosed path to a level above the level of the residence bath and it and accompanying textile fabric are deflected by a deflector panel adjustably set inclined relative to the horizontal, in dependence upon the textile material of the fabric for beating and relaxing the textile material. The textile fabric is deflected back into the residence bath with improved controlled compaction and proper piling thereof for advancing smoothly in the residence bath. Textile fabric and jet flow are directed onto a guide path having a plate onto which the textile fabric falls and extending inclined into the residence bath and having side plates for smooth guidance of the advancing textile fabric.

Method for treating textile material in continuous length

An apparatus for the liquid flow treatment of fabrics in which a fabric is set in the form of an endless rope and the fabric and a treating liquid are circulated to effect the liquid flow treatment, the apparatus comprising a lateral cylindrical fabric reservoir tank for storing and delivering the fabric, which tank has an inclined rear portion so that the depth of the treating liquid is gradually increased in the direction of advance of the fabric, a header portion arranged above an inlet part of the tank and provided in the interior thereof with a fabric driving reel or roll for pulling up the fabric from the tank, a treating liquid jet nozzle connected to an outlet part of the header portion to generate a stream of the treating liquid, a fabric delivery tube extended from the jet nozzle to a fabric inlet part of the rear portion of the tank to deliver the fabric substantially linearly together with the treating liquid stream generated by the jet nozzle, a fabric-expanding plate which is arranged so that the width of a fabric path is expanded at an outlet part of the delivery tube, scrays arranged at the fabric outlet and inlet parts of the tank to smoothly deliver the fabric, and a treating liquid circulation passage for circulating the treating liquid while sucking the treating liquid from the bottom of the tank and supplying the treating liquid to the jet nozzle.

Apparatus for liquid flow treatment of fabrics

Very efficient and economical treatment of textile material in a continuous loop can be carried out in an improved circular treating passageway comprised of a portion for allowing the transient residence of the textile material while transferring in an approximately horizontal position, but in a zigzag form, in a treating liquor and another portion for moving the textile material through a rapid flow of the treating liquid, wherein the residence portion is inclined so that the depth of the treating liquor increases gradually in the advancing direction of the textile material and a baffle plate is provided so that the textile material transferred with the rapid flow of the treating liquor strikes against the baffle plate at a high speed.

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Matsubara, Japan

Osamu Ishimaru