KR790001527Y1 - Plastic hose transfering device attached to manufac-turingof plastic hose reinforced with hard helical core - Google Patents

Abstract

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Description

Feeding device of Rasun synthetic resin molding pipe

1 is an overall perspective view of a part of the present invention incision and omission.

2 is an explanatory view of the operating state of the main part of the present invention.

The present invention relates to an apparatus for pushing and pushing a molded tube in a synthetic resin laser molded tube continuous production apparatus.

In the conventional synthetic resin raswan tube continuous manufacturing apparatus, the forming tube is propelled while being rotated in the cooling water tank by the rotational force of the winding forming drive shaft of the continuous manufacturing apparatus, or by rotating a flat pressure roller by mounting a flat pressure roller at the front end of the continuous manufacturing apparatus. Although there existed an apparatus, such a conventional apparatus was not able to push-push propulsion smoothly, and the continuous rotational molding apparatus became crowded, and there was a closed end with frequent mechanical failures, and smooth operation of the line and the winding molding apparatus could not be expected.

The present invention removes such a closed end and it is a low draft, heavy razor tube with large weight or large diameter by adjusting the rotational driving force of the feeding device to adapt the rotational force of the continuous rotational molding device. They were pushed forward while smoothly turning in the cooling tank to enable the continuous production of raswan tube effectively.

As previously known (Patent Publication No. 218-79-191), the present invention is provided between the synthetic resin line forming apparatus and the forming tube cooling tank, and the rotational force is applied even in the tank on the front side of the feeding apparatus. It will be added to the device that adds, it will be described in detail according to the accompanying drawings as follows.

In order to equalize the pressure propulsion force of the pressure feed mechanism (1) and the rotation propulsion force of the cooling water tank (2), the drive shaft (3) of the pressure feed frame (1) and the rotation shaft (4) of the cooling water tank (2) are interlocked with a belt. The disks 5, 6, and 5 ', 6', which are parallel to each other on the left and right side walls of the feeder frame 1, are interlocked by the occlusal teeth 7 and 7 ', and the front disk ( 5) Parallel to each strut 9 placed in each disc 5, 6, 5 ', and 6' with the upper adjustment rods 8 and 8 'of 5'. It is possible to adjust the inclination angle of the adhered rubber rollers 10, 10 ', 10 " and 10 ", and to grasp the elevating strength on the upper side of the pressure feeder 1. The press-fitting rubber roller 12 installed at the lower end of the elevating rod 11 in which the 11 'was laid was laid out, and the pulley 3' of the drive shaft 3 and the front side rubber roller 10 on the left and right side walls of the pressurizer (11) ( 10 ") pulleys are interlocked by belts 13 and 13 ', respectively, and tension rollers for tensioning belts 13 and 13' (1). 4) are piled up separately, and the rear rubber rollers 10 'and 10 "' of the left and right side walls are also provided with belts in the same manner as the front rubber rollers.

In the front and rear side walls of the rectangular cooling water tank 2, which is addressed to the pressure feeder structure 1 configured as described above, a half moon-shaped request (5) 5 'through which a molded razor tube can enter and pass is formed, and on the front side of the water tank 2, A semi-circular guide port 16 in which a plurality of small rotating rollers 16 'are cast is placed, and the razor tube pivot 17 placed in the rear side of the water tank 2 includes a plurality of bearings built on the main surface of the disc link 18. 18 ') by installing a belt on the request 19' and the rotation shaft 4 and the pulley 4 'installed on the outer circumferential surface of the rotating cylinder 19.

Reference numeral 16 "denotes the razor tube guide 16, 17 'is the angle of inclination neck side scale of the razor tube rotating hole 17, and 20 is a synthetic resin raffin tube to be molded and conveyed.

Referring to the operation and effect of the present invention the pressure feeding device configured as described above, the rasing pipe 20 formed and entered in the synthetic resin winding rasing tube forming apparatus is formed on the left and right rubber rollers 10, 10 ″ on the front side of the feeding machine 1. The squeezed rubber roller 12 presses the upper surface of the razor tube 20 propelled onto the rear left and right rubber rollers 10 'and 10 "' so that the razor tube 20 is left and right rubber roller ( 10) (10 ") and (10 ') and (10"') by the rotational force of rotation, each of the rubber roller (10) (10 "), (10 ') (10"') and ( 12) is adjusted to the same inclination angle in the direction of the line of the line (20) to the raline tube 20 to efficiently propel the line. With the adjusting rods 8 and 8 ', the inclination angles of the rubber rollers and the like placed on the left and right discs can be adjusted, and the upper and lower lifting rubber rollers 12 are capable of adjusting the degree of paper pressing suitable for the diameter.

In this way, when the propagated propeller ship 20 enters into the cooling water tank 2 containing the circulating cooling water, the plurality of small rotating rollers 16 ′ inside the semicircular guide port 16 are moved into the radial ship 20. The propeller facilitates the propulsion, and the rotating cylinder 19 of the rotating hole 17 is driven by the rotating pulley 4 'of the rotating shaft 4 to enter the inner surface of the rotating cylinder 19. The decay of (회) will be added to the rotational force (加 勢), so that it is pushed forward while maintaining the turning rotational force in the winding molding machine, so there is no problem in the winding molding machine. In addition, the guide port 16 and the turning hole 17 are adjusted to the inclination of the guide 16 and the turning hole 17 by the neck scales 16 ″ and 17 ′ of the side wall of the water tank 2. It adjusts the speed of the propulsion razor tube 20 to be propagated in. The water tank 2 is connected in accordance with the length of the razor tube 20 to manufacture by molding.

As described above, the present invention is a useful design capable of efficiently producing a raffinate tube by giving a turning, propulsion, and pushing of the formed raffinate tube 20 to be formed by winding.

Claims (1)

As shown in the drawing, in a radar tube feeding apparatus that is addressed to a known wound razor tube forming apparatus, the discs 5, 5 ', 6', and 6 'horizontally arranged on the left and right sidewalls of the feeding frame 1. And adjust the inclination of the rubber rollers 10, 10 ', 10 ", 10 " A semi-circular shape in which a plurality of small rotating rollers 16 'are built in the inner surface by installing a rubber roller 12 and interlocking a drive shaft 3 of the pressure feed mechanism 1 with a rotation shaft 4 of the cooling water tank 2. Cooling water is supplied to the guide hole 16 and the radical pipe turning hole 17 in which the request 19 'is formed on the outer circumferential surface of the rotating cylinder 19 wound around the plurality of bearings 18' arranged on the main surface of the disc ring 18. A pressure feeding device for a ra-line synthetic resin molded pipe installed in a tank (2).