JPS6031488Y2 - Noodle strip winding device of noodle dough rolling machine - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a noodle strip winding device for a noodle dough rolling machine that stretches and rolls particularly heavy noodle dough into a flat noodle strip.

Conventionally, a belt conveyor that runs forward and backward on plywood,
An eccentric device installed on the machine frame side and an eccentric device 13 that is supported by a guide provided on the conveyor in parallel with it and reciprocates the enlarging roller back and forth while maintaining a predetermined height from the upper surface of the conveyor. A noodle dough rolling machine comprising a rolling device is known.

However, with this rolling machine, in order to stretch particularly heavy noodle dough, the machine itself has to be made larger, and the rolled noodle strips have to be loaded and transported. The noodle strips were removed from the top of the conveyor by being scraped off with a release plate, and then transferred onto a flat, large, handheld receiving plate, which required manpower, and if you were not used to it, the noodle strips would turn into dumplings. There were also problems such as being spicy.

Therefore, this invention solves the above problem by providing a noodle strip winding device that can suitably stretch and wind up particularly heavy noodle dough using a small noodle dough rolling machine.

Hereinafter, specific embodiments of this invention will be described with reference to the drawings.

The figure shows a case where this invention is implemented in a noodle dough rolling machine.This rolling machine is equipped with a machine frame 1, and a belt conveyor device 2 that loads the noodle dough and rotates it forward and backward. It is composed of a pressurizing device 3 and the like that performs expansion and stretching in cooperation with the conveyor device 2.

The conveyor device 2 has drive rollers 4 mounted on the upper front and rear ends of the machine frame 1.
, 4' are pivoted so that they are parallel and horizontal, and an endless belt conveyor 5 is wound around both rollers 4, 4'.
A base plate 6 is disposed on the back side of the upper loading surface of the conveyor 5 to prevent the noodle dough from loosening during stretching.

The drive rollers 4, 4' can be driven in the same direction, forward and reverse, thereby moving the noodle dough loaded on the top surface of the conveyor 5, which rotates in the forward and reverse directions, back and forth.

It goes without saying that one of the driving rollers 4, 4' may be a floating roller.

The pressurizing device 3 includes upper and lower guides 9.9', which are independently movable up and down on the left and right sides of guide rods 7, 7' and 8.8', which are installed midway at the left and right ends of the machine frame 1; 10.10' are fitted, and a metal 12.12' with an enlarging roller 11 mounted between the upper and lower left and right upper and lower guides 9.9' and 10.10' is attached so that it can freely reciprocate back and forth. The metal 12.12' reciprocates back and forth by the operation of the eccentric device 13.13' that is pivoted on the front side of the left and right ends of the frame 1, and along with this movement, the enlarging roller 11 also reciprocates back and forth. It is structured like this.

In addition, a box-shaped guide rod reinforcing and mounting table 14 is fixed to the tips of the guide rods 7, 7', and 8.8'.
4 and the upper guides 9, 9' are springs 15, 15', 16
．． 16' is interposed, and the upper guides 9, 9' are urged upward.

Further, the lower guide 10.10' is equipped with an appropriate vertical adjustment mechanism 17 that can change the vertical position by manual or electric operation.

As a result, the metal 12.12' is connected to the upper and lower guides 9.
9', 10 and 10', and the necessary pressure is applied to the enlarging roller 11. Furthermore, the enlarging roller 1 can be adjusted by adjusting the vertical adjustment mechanism 17.
The gap between the lower end of conveyor 1 and the upper surface of conveyor 5 can be freely adjusted.

By the way, the winding device 18 according to this invention can removably rotatably support a noodle dough delivery roll rod 19, which has first rolled the noodle dough into a roll, on the machine frame 1 near both front and rear ends of the conveyor 5. Approximately Y-shaped feed roll rod supports 20, 20', 21, 21' are detachably provided, and the rolled noodle dough fed from the feed roll rod 19 is further flattened through the pressurizing device 3. Winding locking rods 23, 23 capable of loosely locking the noodle strip winding rod 22 that winds up the noodle strip A that is conveyed by the conveyor 5 after being stretched.
', 24, 24' are arranged detachably.

In addition, the locking rods 23, 23', 24.24' are connected to the conveyor 5.
It is necessary that it is formed at least approximately vertically above the upper side.

As a result, first, when the noodle dough is about 30011 or more,
Roll stick for flattening the noodle dough in advance and feeding out the noodle dough 1
9 into a roll, and after placing it on the roll bar supports 20, 20', 21, 21' on the front side or the rear side, it is fed out and the end is guided onto the conveyor 5 which is feeding it. The conveyor 5 on the enlarging roller 11 and the plywood 6, which automatically move to the enlarging roller 11 side and reciprocate by feeding back and forth by the rotation of the eccentric device 13, 13'.
A noodle strip A having a predetermined thickness is formed between the noodle strips A, and then the leading portion of the noodle strip A that is forwarded by the conveyor 5 is placed on the winding rod 22 in the forwarding direction in the rotational direction of the drive roller 4°4'. By initially winding the noodle strip in the opposite direction, and loosely locking both ends to the winding locking rods 23, 23', 24, 24' in the same direction, the forwarding force of the conveyor 5 for forwarding the noodle strip is utilized. As the winding rod 22 rotates, the noodle strip A is sequentially wound in a spiral manner as viewed from the front to the end.

(See Figure 3) If the noodle dough weighs less than about 300g, the noodle dough is not rolled into a roll, but is loaded on the conveyor 5 in the form of a dumpling and moved to the stretching roller 11 in the same manner as described above. All you have to do is form the noodle strip A and roll it up.

As is clear from the above explanation of the structure, according to this invention, a heavy noodle dough can be rolled and set on the roll rod 19 in advance, so that a small rolling machine can be used.

In addition, after enlarging the noodle dough, the initial winding is performed on the winding rod 22, which is a simple task, and then by using the forwarding force that transports the noodle strip A on the conveyor 5, the noodle dough is wound neatly and reliably to the end. Not only that, it does not require any manpower during winding, so the time during that time can be used effectively.

Furthermore, after the winding operation, the winding rod 22 can be easily removed from the locking rod, and during transportation, the noodle strip A can be easily transported in the cylindrical shape in which the noodle strip A is spirally wound around the winding rod 22. , various excellent practical effects can be expected.

[Brief Description of the Drawings] Fig. 1 is a front view showing a noodle dough rolling machine implementing this invention, Fig. 2 is a side view of the same, and Fig. 3 is an enlarged front view of main parts showing the noodle strip winding operation state. It is. Code, 1...Machine frame, 3...Pressure device,
5...Belt conveyor, 9.9', 10,10
'... Guide, 11... Enlarger roller, 13, 13'... Eccentric device, 1
9...Feeding roll bar, 20°20'. 21゜21'...Roll bar support, 23゜23'. 24゜24'... Locking rod, 22... Noodle strip winding rod.

Claims (1)

[Scope of claim for utility model registration] Belt conveyor 5 that rotates in forward and reverse directions on plywood 6 and machine frame 1
an eccentric device 13.13' installed on the side;
The enlarging roller is supported by guides 9, 9', and 10.10' provided on and parallel to the belt conveyor 5, and maintained at a predetermined height from the upper surface of the belt conveyor 5, by the eccentric device 13.13'. In a noodle dough rolling machine comprising a pressure device 3 that reciprocates the noodle dough 11 and a pressure device 3 that reciprocates back and forth, the belt conveyor 5 and a noodle dough delivery roll rod 19 on which the noodle dough is pre-rolled on the machine frame 1 near both front and rear ends. Feeding roll rod supports 20, 20' that can detachably and rotationally support. 21. 21', and a noodle band winding process in which the rolled noodle dough fed out by this is further stretched into a flat shape via the pressure device 3, and then the noodle band A that is forwarded by the belt conveyor 5 is rolled up. Winding locking rod 2 that can freely lock the handle rod 22
3, 23', 24, 24', and a noodle strip winding device for a noodle dough rolling machine.