Kubota Corporation

Katsunori Ikemachi

Masayasu Takami

Yuki Yoshita

Kazuya Ishida

Yu Suzuki

Tomohiro Suzuki

Yoshinori Tanaka

Hideyuki Koyama

Takahiro Yamazaki

Manabu Miyazaki

Kentaro Kita

Yutaka Ishigaki

Hiroki Kuwayama

Masayuki Tochimoto

Satoshi Shibata

Toru Suzuki

The blow-by gas treating devicehas a main structure portionwhich separates oil OL from the blow-by gas BG and an outlet portionwhich supplies gas G having been separated from the blow-by gas BG to an intake system. The main structure portionhas a first blow-by gas taking-in portion, a second blow-by gas taking-in portion, a separating portionwhich separates the blow-by gas BG into oil OL and gas G, a first oil guiding portionwhich guides the oil OL to a front side, a second oil guiding portionwhich guides the oil OL to a rear side, a first oil drainwhich discharges the oil OL into the engine, and a second oil drainwhich discharges the oil OL into the engine.

Blow-by gas treating device and engine including blow-by gas treating device

An air intake amount measurement deviceincludes an intake distributordistributing intake air CYL to cylinders, and, a temperature detectordetecting a temperature Ti of the intake air CYL, a pressure detectorfor detecting a pressure Pi of intake air CL, and a computing unitthat computes an air intake amount mfcyl of the intake air CYL on the basis of the temperature Ti transmitted from the temperature detectorand the pressure Pi transmitted from the pressure detector. The temperature detectordetects the temperature Ti of the intake air CYL at a region W spanning, out of an inside of the intake distributor, a first branch portionand a second branch portion

Air intake amount measurement device and engine

A subchamber type combustion chamber for a diesel engine, which reduces fuel consumption rate and combustion noise. To achieve the object, a subchamber type combustion chamber is communicated with a main combustion chamber through a nozzle hole, a fuel injection nozzle faces into the subchamber, and a glow plug extends into the subchamber. A heat generating portion of the glow plug includes a rod-shaped portion and a projecting portion projecting from an end of the rod-shaped portion. The projecting portion is provided with a convex curved surface projecting from a circular peripheral edge at the end of the rod-shaped portion while the convex curved surface is reduced in diameter. The percentage of value P/D obtained by dividing projection dimension P of the projecting portion from the end of the rod-shaped portion by diameter dimension D at the end of the rod-shaped portion is 3% to 23%.

Subchamber type combustion chamber for diesel engine

Growing community of inventors

Sakai, Japan

Katsunori Ikemachi