Mitsubishi Jukogyo Kabushiki Kaisha

Toyoda Gosei Co., Ltd.

Churyo Engineering Kabushiki Kaisha

Other

Chisso Corporation

Daihatsu Motor Company, Ltd.

Mitsubishi Jukogyo K.k.

Churyo Engineering Co., Ltd.

Watakyu Shingu Co., Ltd.

Hidetoshi Ishihara

Atsushi Ueda

Shoichi Hayashi

Kunio Kojima

Joji Kasugai

Takahiro Komori

Hitoshi Kino

Yoshikazu Hirose

Toshio Hattori

Kazuo Kitajima

Kazuo Fujihara

Yasuhiro Tsubaki

Minoru Komada

Masaru Hattori

Hiroyuki Asaoka

Ituro Maeda

Kenichi Yagami

Shuji Yamada

Kimiharu Fujihashi

Norio Sakai

Yoshikazu Tanaka

Masayuki Nakagawa

Tadanobu Iwasa

Junji Koizumi

Haruo Hagiwara

Rikio Yonaiyama

Tadaoki Okumoto

Zenichi Yasuda

Koji Sasaki

Fujio Ninomiya

Kuniyasu Ito

Koichi Jinno

Koichi Sato

Michio Kasai

Yasuo Sakakibara

Shinji Ito

Hirotoshi Fujikawa

Hiroyuki Mori

Masamitu Tukahara

Hisashige Ichimoto

Koichi Ishida

Katsumi Yokohashi

Shoichi Hiyashi

Kouichi Jinno

Sawami Miyaji

Taketoshi Okada

Masaru Nishimura

Hideo Tsukamoto

At least a part of a duct wall of a suction duct is formed out of a molded body of non-woven fabric. The non-woven fabric contains a thermoplastic resin binder.

Suction duct

An intake duct for introducing outside air into an air cleaner of an internal combustion engine is provided which includes a hollow duct body with an opening, and a piece of non-woven fabric, formed in a flat shape, is joined to the duct body to close the opening. The duct body includes a circumferential wall formed of a resin, and the opening is formed along a plane extending through a portion of the circumferential wall. The piece of non-woven fabric is fixed to the duct body so that some of the resin of the duct body penetrates into the non-woven fabric.

Intake duct and method of producing the same

An intake air duct serves as a passage for supplying air to an engine, and includes a first intake air passage, a second intake air passage, an opening-and-closing valve, an interlocking member and a coiled spring. The opening-and-closing valve is disposed swingably in the second intake air passage so as to open and close the second intake air passage. The interlocking member is disposed outside the first intake air passage or the second intake air passage, and swings by interlocking with the swinging of the opening-and-closing valve. The coiled spring is disposed swingably outside the first intake air passage or the second intake air passage, and has a swinging end, which is brought into contact with a surface of the interlocking member. The swinging end slides on a surface of the interlocking member as the swinging of the interlocking member. The second intake air passage is opened by the opening-and-closing valve when a first urging force, which acts onto the coiled spring while the interlocking member swings so as to interlock with the opening-and-closing valve being swung in an opening direction by a negative pressure exerted in the second intake air passage, is larger than a second urging force, which is exerted by a spring elasticity of the coiled spring. The second intake air passage is closed when the first urging force is smaller than the second urging force.

Intake air duct

An intake duct capable of reducing intake noise when an engine runs at a low speed and supplying a sufficiently large amount of air when the engine runs at a high speed without using any electron control circuit or electromagnetic valve, which is produced at low costs. The intake duct includes valve adjusting means which restrains the movement of the valve member when the valve member brings a second intake passage from the closed state to the open state, and facilitates the movement of the valve member when the valve member brings the second intake passage from the open state to the closed state. When the second intake passage is brought to the open state from the closed state, the restraining force of the valve adjusting means is great to restrain the movement of the valve member, and when the second intake passage is brought to the closed state from the open state, the valve member readily pivots to open the second intake passage. Thus, the valve member is free from the half-closed state, and consequently, the generation of low-frequency booming noise can be prevented.

Intake duct

A hose includes an outer hose member, and an inner hose member. The outer hose member includes a first bellows-like tubular portion at least in the intermediate area in the axial direction. The inner hose member is disposed substantially coaxially in the outer hose member, includes a second bellows-like tubular portions in the area corresponding to the first bellows-like tubular portion of the outer hose member, and adapted to form a tubular air layer between the second bellows-like tubular portion and the first bellows-like tubular portion. Because of the outer hose member and the inner hose member, the hose exhibits a high flexibility, a reliable barrier ability against gasoline fuels or the like, and an improved adiabatic ability and anti-flammability for the inner hose member.

Hose

A process for producing a muffler hose having opposite ends, an intermediate portion having a noise-reducing communication hole, and a noise-reducing expansion chamber. The process includes the steps of fitting a protector at the opposite ends of the hose, and disposing the hose and the protectors in a separable blow-molding mold having a jaw; extruding a tubular parison around the hose and the protectors, closing the blow-molding mold, reducing the parison diametrically at two axially-apart positions by the jaw, clamping the parison around the hose at two axially-opposite positions of the hose, the two axially-opposite positions being intervened by the communication hole, and placing the opposite ends of the parison around the protectors; and blowing air into the parison through one of the protectors, and the communication hole of the hose to expand the parison, thereby forming the expansion chamber. The process can produce the muffler hose, having high accuracy on the outer periphery at the opposite ends, at reduced production cost.

Process for producing muffler hose

A muffler includes a box-shaped member formed so as to define an inner space therein, and including at least two communication ports. An inner pipe is accommodated in the box shaped member, and includes a fluid passage formed therein. An end of the inner pipe is installed to one of the communication ports, and another end thereof is installed to another one of the communication ports. A separation is provided in the inner pipe which communicates the fluid passage with the inner space. The inner pipe can include a first tubular member, a part thereof formed integrally with the body by injection molding, and a second tubular member having an end. The end is disposed in the inner space so as to face an end of the first tubular member in spaced relation so as to form the separation. A guide and a fixing member can be formed on an inner wall surface of the body so as to connect the inner pipe with the communication port.

Muffler

In a cloth piece spreading apparatus which carries out a process in which, after a corner C.sub.1 of a rectangular cloth piece 15 and a position Ya on the side of the cloth piece which includes this corner C.sub.1 are gripped by a movable gripper 16 to which there are attached two clips 17, and the cloth piece 15 is suspended naturally, the cloth piece 15 is pulled by the gripper 16 and is moved horizontally to the upper surface of a bench 35, which consists of a belt conveyor and the like, while undergoing contact resistance with a convex shaped front edge portion 36 of the bench 35, and is then pulled up onto the bench 35, there is provided a suction duct 47 having numerous suction holes 48 in the half the surface of the cloth edge side of the cloth pulling path on bench 35.

Apparatus for spreading rectangular cloth pieces

An apparatus for spreading rectangular cloth including a suction duct having many holes on the half surface on the cloth edge side on the cloth running surface of the mounting stand, comprises belt moving/stopping units which are arranged on the mounting stand and each of which comprises a unit base on a fixed member above the mounting stand, an operating lever rotating around the fixed shaft of the unit base, a brake roller which is mounted to the operating lever and simultaneously drives and stops a single or plural conveyor belts, an air actuator for operating the operating lever, and a sensor for detecting the side edge of the cloth drawn at right angles to the conveyor running direction; and a control circuit which issues a command to the air actuator based on the cloth detection signal generated by the sensor for each of the belt moving/stopping unit; and the apparatus additionally have a cloth position control function to stop a single or plural conveyors by applying brake upon receipt of the cloth passage detection signal generated by the sensor for each of the belt moving/stopping unit when the cloth is placed on the mounting stand and the conveyor belt starts running.

Apparatus for spreading rectangular cloth

A washing method by a continuous washing machine including a drum having a charge port of a wash at one end and a discharge port thereof at the other end, partitions for dividing the drum into a plurality of chambers, and a scoop for scooping up the wash with the rotation of the drum and sequentially transferring it from a chamber on the side of charge port to a chamber on the side of discharge port, in which the normal rotation of the drum without transfer in the transfer direction and the reverse rotation without transfer are repeated several times to oscillate the wash several times, and then by the reverse rotation of the drum of one complete turn or more, the raising/dropping motion of the wash is performed by the scoop at least once, whereby washing is carried out by the combination of several oscillating motions and at least one raising/dropping motion.

Washing method by a continuous washing machine

In a conveyor for carrying linens having processes of gripping any corner and one place on a side including the corner of a rectangular cloth (sheet 1) with clips 45 installed on a movable clamp 35; naturally hanging the cloth by raising with a clamp transfer conveyor; moving the cloth onto the top surface of a table composed of a flat belt conveyor 77 or the like by using the clamp 35; and pulling the cloth onto the table, the conveyor for carrying linens includes a drive section comprising: a clamp body 36; two pairs of wheels 39 supported by shafts fixed to the clamp body 36; a toothed block 37 which has a plurality of tooth-shaped protrusions engaging with a toothed belt 34 for driving the clamp and is installed straddling over the clamp body 36 by a pin 40 inserted into an elongated hole so that it can be moved downward by the height of the tooth-shaped protrusion; and a compression spring 41 which is energized so as to push the toothed block 37 in the engaging direction, and is engaged between the clamp body and the toothed block 37.

Clamp and toothed belt conveyor for carrying linens

The drum type washing machine of the present invention is equipped with a drum that is rotated around a horizontal axis of rotation where the drum is formed by an outer wall with a form obtained by mutually joining the large-diameter parts of two truncated cones with substantially the same form. A plurality of beaters are installed on the inner surface of the peripheral wall of the drum with a predetermined spacing in the circumferential direction of the drum, arranged centripetally along the peripheral wall extending over the entire length of the drum in the direction of the rotary shaft.

Drum type washing machine

A vibration-damping resin molded product which can be used as an engine part or attachment in a motor vehicle, the resin molded product being made of a blend of nylons comprising:

Vibration-damping resin molded products formed of a mixture of nylon 6

A drum type washing apparatus and a method of processing the wash using the drum type washing apparatus wherein they have a characterizing feature which consists in that the peripheral wall of a rotary drum made of a perforated plate is configured in the form of a wall having a single corrugated portion or a plurality of corrugated portions which do not intersect the direction of centrifugal force generated by rotation of the rotary drum at right angles. Further, they have other characterizing features which consist in that the apparatus is provided with a liquid injecting nozzle and/or a gas blowing nozzle and/or a hot air blowing nozzle for allowing liquid and/or gas and/or hot air to be injected and/or blown into the interior of the rotary drum whereby a period of time required for performing steps of washing, dewatering and drying the wash in the rotary drum can be shortened. Moreover, they have another characterizing feature which consists in that the rotary drum is rotated and air is blown into the interior of the rotary drum while a door is kept opened so that the wash can be discharged from the rotary drum at a high efficiency under the influence of force generated by flowing of the air.

Drum type washing apparatus and method of processing the wash using said

A method for spreading thin soft rectangular articles such as cloths, unwoven cloths, paper sheets, plastic sheets, etc. (generally called 'rectangular sheets') is disclosed. A part of a first side of a rectangular sheet including one corner of a rectangular sheet is suspended in the air as held nearly horizontally by gripping the corner and another point on the side by grippers which are slidable on a horizontal rail. Accordingly, a second side of the rectangular sheet including the one corner is made to hang down nearly vertically. Then the lowermost end of the second side is gripped by another gripper that is movable vertically along a vertical rail. Except for the one corner, the initially held part of the one side is released, and the rectangular sheet is held with the two adjacent corners at the opposite ends of the second side gripped by two grippers which are movable on the rail. By separating these two grippers on the rail, the rectangular sheet can be spread out to be ready for the next processing step. If necessary, a part of the horizontal rail is tiltable so that the hanging second side can be held precisely vertically for facilitating the gripping of the lowermost end of the second side by the gripper on the vertical rail.

Method for spreading sheets

Growing community of inventors

Nagoya, Japan

Hidetoshi Ishihara