Combi Co., Ltd.

Combi Corporation

Shinroku Nakao

Yoshiyasu Ishii

Hiroaki Matsuda

Kenshun Ishii

Susumu Matsumoto

Taira Hanashima

Kazuo Nagata

Yukio Ishige

Hitoshi Kato

Yoshiyuki Suzuki

Kiyoshi Hoshino

Kouichi Kobayashi

Masako Mizugami

Hiroshi Takano

Masao Itoh

Akira Itoh

Hideo Saito

Takashi Chino

Kunimasa Tsuchiya

Katuhiro Tokutake

Yuzo Abe

Keiko Akimoto

Tetsumi Fujiyama

Hiroshi Matsuda

Masao Ito

Takashi Ishikura

Yuuichi Arai

Yoshio Yamamoto

Kazuo Moriya

Kenshiun Ishii

Masako Mizukami

Eiichi Ishigaki

Hiraku Kusubayashi

Tomiko Sato

Tetumi Fujiyama

Kuniko Sugita

A guard for a baby carriage in which armrests have fitting holes facing a front surface and a guard has fitting pipes which are insertable into these fitting holes. Each of the fitting pipes has a biased tab which is engageable with a engagement hole at the side of a cylidrical hole at the back of the fitting hole. An opening button, at the bottom of the arm rest, releases the biased tab for the removal of the guard. Planar covers with rear projections are fittable into the fitting holes.

Guard attachment/removal structure in baby carriage

Cord clip

Baby stroller

Baby seat

Toy vehicle

Animal toy

A foldable baby carriage also having a handle bar shiftable from a forward to a reverse position. Within a lower portion on each side of the handle bar is located a slider casing containing two sliders. Each slider holds a bar projecting through the casing of the handle bar to engage either a locking mechanism for the handle bar or a locking mechanism for folding the carriage. The sliders are connected by cable threaded through the interior of the handle bars to two pivoting operation levers at the top of the handle bar. The top of the handle bar is composed of two hard resin parts joined together and supporting the operation levers.

Foldable baby carriage

A bicycle ergometer includes an eddy current brake having a rotor assembly including an iron material having a carbon content of 0.12% or less and a silcon content of 0.35% or less, a stator provided in the rotor assembly, a plurality of exciting coils provided on the stator, and a power source for energizing the exciting coils. The ergometer includes an input panel for inputting physical attributes of the user, e.g., age and sex, a pulse sensor for measuring the heart rate of the user at rest and during exercise on the ergometer, an arithmetic control circuit for calculating a training program and heart rate range and for controlling the eddy current brake to present a load to the user which will maintain the user's heart rate in a predetermined range. The method of using the ergometer enables a user to select a physical strength program and a weight reduction program with the selected program reflecting the age, sex, and the present physical condition of the user.

Bicycle ergometer and eddy current brake therefor

A reclining mechanism for controlling the inclination angle of a back rest in a baby carriage includes a horizontal cross bar connected to two vertical frame bars to form a U-shape. On the back of the backrest, a rack having several horizontal grooves can selectively engage the cross bar. A vertically movable releasing plate has inclined surfaces so that the cross bar can be raised out of the grooves against the biasing force of a pressure plate. The cross bar is connected to a head protection plate which rotates and closes off the top of the back rest when the back rest is reclined by sliding the cross bar down the rack.

Reclining mechanism of baby carriage

A bicycle ergometer includes an eddy current brake having a flywheel rotor assembly including an inner part of iron material having a carbon content of 0.12% or less and a silicon content of 0.35% or less, a stator provided inside the rotor assembly, a plurality of exciting coils provided on the stator, and a power source for energizing the exciting coils. The outer part of the flywheel rotor can be made of concrete. The ergometer includes an input panel for inputting physical attributes of the user, e.g., age and sex, a pulse sensor for measuring the heart rate of the user at rest and during exercise on the ergometer, an arithmetic control circuit for calculating a training program and heart rate range and for controlling the eddy current brake to present a load to the user which will maintain the user's heart rate in a predetermined range. The method of using the ergometer enables a user to select a physical strength program and a weight reduction program with the selected program reflecting the age, sex, and the present physical condition of the user.

A rehabilitation training device and method in which a target heart rate is input, the heart rate is measured and a load in an ergometer operated by the person undergoing rehabilitation is changed accordingly. There are four steps in the training: (1) warm up--the load is increased to have the heart rate linearly approach the target value; (2) automatic--the load is varied to maintain the heart rate at the target; (3) interval--the load is alternated between its average value in the automatic step and a fraction thereof, and (4) cool-down-the load is gradually decreased.

Training device for rehabilitation

Ergometer

Growing community of inventors

Kanagawa, Japan

Shinroku Nakao