JPS61192673A - Guiding device of hose, cord, or the like - Google Patents

Abstract

PURPOSE:To enable a systematical winding and storing when a guide roller supported by a fixed shaft rotates to wind a hose, cord, etc. through its guide groove, by reciplocating the guide roller with a guidance wheel arranged in its hollow and cam grooves at the ends of the fixed shaft. CONSTITUTION:While winding,a guide roller 1 is rotated by a hose through its guide groove 2, and at the same time, moves rotating in the direction a guidance wheel 6 is sloped. The sloped direction of the guidance wheel 6 depends on whether the bearing 8 is connected to the left side or to the right side of the double bearing 9. Either of them, the guide roller 1 moves on the fixed shaft 3 in the direction of the sloped guidance wheel 6, enters in the guide groove 11 of the guidance wheels, and changes its advance, i.e., the declination, along the curve of the guide groove 11. At the same time, the guidance wheel axis 8 moves to the other side of the double bearing 9, and the guide roller 1 returns rotating in the direction of the slope of the guidance wheel 6. Thus, the winding and storing on the winding drum can be performed systematically.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a guide device for hoses, cords, etc. attached to a winder. When winding and storing hoses etc. in conventional winding machines,
Careful? Even if this was done, the winding could not be wound uniformly on the winding drum, and there were many problems such as unevenness and peeling, and the workability was really poor. In the present invention, the winding is carried out using all the guide rollers equipped with hoses, etc., so that it is possible to wind the winding uniformly around the winding drum and at the same time prevent the winding from coming off.

In the figure, 1 is a guide roller, 2 is a guide groove, 3 is a fixed shaft,
4 is a bearing support rod, 6 is a guide wheel, 7 is a spring, 8 is a guide wheel shaft, 9 is a dual movable bearing, IO is a support shaft, and 11 is a guide wheel guide groove provided at both ends of the shaft 3.

The structure is as described above, and when winding, the guide roller 1
is rotated by a hose etc. that passes through the guide groove 2. At the same time, it moves while rotating in the direction in which the guide wheel 6 is inclined. The direction of inclination of the bearing 6 is determined by whether the bearing 8 is suspended on the left or right bearing portion of the double bearing 9. In any case, the guide roller l moves on the fixed shaft in the direction of inclination of the guide wheel 6 and reaches the guide wheel guide groove 11 at one end thereof.

At the same time, the guide wheel 6 moves 1 according to the rotation of the guide roller.
It enters the guide groove No. 1 and changes its direction of movement, that is, the direction of inclination, to the opposite direction by following the curve. At the same time, the guided axle 8
moves to the other bearing part of the double bearing 9, and the guide roller rotates and moves in the opposite direction in the direction of inclination of the guide wheel.

Through the above continuous motion, all the hoses, cords, etc. can be neatly wound and stored in the cylinder. Also, troubles such as coming off from the winding drum and getting tangled can be avoided.

[Brief explanation of drawings]

Fig. 1 Side view of an embodiment of the present invention Fig. 2 Internal side view of the guide roller Fig. 3 Cross-sectional front view of the device Fig. 4 Partially cutaway view

Claims (1)

[Claims] When a guide roller held on a fixed shaft is rotated by winding up a hose, cord, etc. that passes through the guide groove, the guide moves repeatedly by a guide ring installed in the hollow part and a cam groove provided at the end of the fixed shaft. Device.