Tokyo Roki Co., Ltd.

Aisan Kogyo Kabushiki Kaisha

Tsuyoshi Yao

Nobuo Suzuki

Kosaku Ishida

Takashi Nagai

Yoshitaka Watanabe

Hironori Ueda

Tatsuhito Yamada

Ryuji Kuwabara

Genjiro Tada

Soichi Kawakami

A rotor separates oil mist from a target gas. This rotor includes a separation disk group having separation disks including a plurality of truncated cone shape plate members layered. The separation disk group includes a first space (hollow part with attachment opening) and a second space (gaps between separation disks), the first space formed on a rotation center side of the rotor and the second space formed between separation disks that are laid over and in communication with the first space. The first space contains an oil introducing portion (gap between the upper end of the spindle and the upper side sealing member). Target gas is introduced into the first space, target gas and oil introduced from the oil introducing portion are made to flow from the first space to the second space to be discharged outward from an outer peripheral edge of the separation disk group, while rotating the rotor.

Oil mist separation method and oil separator

An object of the present invention is to provide a plate stacking type heat exchanger including plates having a small longitudinal dimension. In a plate stacking type heat exchangeraccording to the present invention, an inlet port for low temperature fluidand an outlet port for low temperature fluidare provided on one end side in the longitudinal direction of a plate (left side in FIG.). A partition part formed of partition membersandis formed in each low temperature fluid compartment. The low temperature fluid flows each of the low temperature fluid compartmentsalong a U-turn path that is not short in length.

Plate stacking type heat exchanger

In a fuel filter module for introducing fuel from a fuel inlet into a casing and for removing foreign matter from the fuel by passing the fuel through a fuel member and for discharging the fuel through a fuel outlet to the outside of the casing, and the casing is formed to have a D-shaped cross section. With this construction, the outer diameter of the casing is not increased even when an accessory is assembled on the outside plane wall of the D-shaped casing. The casing accommodates a filter member of C-shaped cross section. The center of a C-shaped sealing member provided for sealing the upper edge of the filter member is offset from the center of the casing. By thus offsetting, sufficient areas for fuel inlet and outlet can be ensured without increasing the size of the casing.

Fuel filter module with C-shaped cross-section filter

Growing community of inventors

Yokohama, Japan

Tsuyoshi Yao