JPS595016Y2 - longline winder - Google Patents

Description

[Detailed explanation of the idea] The present invention relates to improvements in longline winders.

Conventionally, it is already known that a swinging longline winder is reciprocated by a rotating screw provided on one side of a mainline hangar, and the mainline is stored in the mainline hangar in a coiled and meandering manner.

However, in the conventional method, the rotating screw is exposed on the deck, so during the stowage operation, the main rope gets wrapped around the rotary screw due to the wind and waves and gets tangled, which often requires stopping the stowing operation and taking it off. In addition, there are defects such as corrosion due to seawater, etc., and dust adhesion.

The present invention is an attempt to improve such defects, and includes providing rollers that fit into the guide rails on both sides of the beating mold moving frame formed at the lower part of the support column of the longline winder, and also installing rollers on the mouth mold moving frame. A retaining pin that engages with a rotating screw screw and a guide tube that fits into the rotating screw screw are provided on the fixed mounting seat plate, and the inside of the beating mold movement frame is installed along this in the upper part of the rotating screw screw. The gist is that a cover plate is provided so as to penetrate through the cover plate.

An embodiment of the present invention will be described with reference to the drawings. A rotary screw punch 3, which is supported by bearings 2, 2 on one side of the main rope hangar 1 and has a reciprocating screw groove, is connected to a hydraulic motor 4 via a pinion 5 and a gear 6. A pair of upper and lower guide rails 7.7, 7 are stretched over both sides of the rail.

Further, the support column 10, which is provided with a longline winder 9 that swings left and right at the tip via a support arm 8, has a mouth-shaped moving frame 11 formed at its lower part, and pivots are supported at the front, rear, upper and lower parts of both sides of the moving frame 11. The rolled roller 12.12.12°12 is the rail 7.
, 7.7, 7 to make the support 10 freely movable along the rotary screw 3, and a mounting seat plate 13 installed between the lower ends of the movable frame 11 has a reciprocating position of the rotary screw 3. A pin support plate 15 is attached to which a locking pin 14 protrudingly engages with the screw groove, and a bush 1 is attached to the rotary screw punch 3 on the pin support plate 15.
A guide tube 17 that fits through the guide tube 6 is fixed.

Therefore, the guide cylinder 17 of the moving frame 11 is disposed between the bearings 2 and 2.
A cover plate 18 is installed to cover the upper part of the rotary screw punch 3 so as to pass through the upper part.

In the figure, reference numeral 19 is a spring that urges the retaining pin 14 upward.

Since the embodiment of the present invention is constructed as described above, when the rotary screw 3 is rotated by the hydraulic motor 4, the movable frame 11 is attached to the support strut 10 by the retaining pin 14 engaged therewith. A longline winder 9 that reciprocates on one side of the hangar 1 and swings left and right and is attached via a support arm 8 stores the mainline in the mainline hangar 1 while meandering in a coiled manner.

In the present invention, a one-type moving frame is installed on the support column provided with the longline winder, and a retaining pin that engages with a rotating screw punch and a guide tube that fits on the rotating screw screw are attached to a mounting seat plate fixed to the moving frame. At the same time, a cover plate was installed along the upper part of the rotary screw punch so as to pass through the upper part of the type 1 movable guide tube, so the cover plate did not interfere with the reciprocating movement of the movable frame of the longline winder. It securely covers the upper part of the rotating screw pestle to prevent the main line stored in the longline winder from getting tangled in the rotating screw pestle due to wind and waves, and at the same time prevents seawater and rainwater from getting into the rotating screw pestle. It has excellent features and practicality in that the main line can be stored smoothly and efficiently without the rotary screw rusting due to contact and impeding the reciprocating operation of the longline winder.

[Brief explanation of drawings]

Figure 1 is a front view of the present invention, Figure 2 is a partially cutaway side view of the same,
FIG. 3 is a sectional view of the main part. 3... Rotating screw pestle, 9... Longline winder, 10...
・Support column, 11... Moving frame, 12... Roller, 13
... Mounting seat plate, 14... Engagement pin, 17... Guide tube, 18... Cover plate.

Claims (1)

[Scope of utility model registration request] Rollers that fit into the guide rails are provided on both sides of a mouth-type moving frame formed at the lower part of the support column of the longline winder, and a retaining pin that engages with a rotating screw screw is provided on a mounting seat plate fixed to the mouth-type moving frame. A longline winder that is provided with a guide tube that fits into a rotary screw punch, and a cover plate that is provided above the rotary screw punch so as to pass through the inside of the mouth-shaped moving frame along this guide tube.