JPH0328787Y2 - - Google Patents

Description

[Detailed description of the invention] <Industrial application field> This invention is a product that can be used in an automatic noodle rolling machine that stretches thick noodle strings to a predetermined thickness during the production of noodles such as somen, hiyamugi, and udon. It concerns a continuously suspended device.

<Conventional technology> An example of an automatic noodle rolling machine for somen is the
As described in No. 45894, this is made by kneading flour and salt with water to make noodle strings about 5 mm thick, which are tied into two stick-shaped bamboo sticks called ``kuda'' in large numbers in the shape of a figure 8. A large number of pieces are hung on a piece attachment frame, and the noodles are moved up and down together with the piece attachment frame while separating the noodles, and the noodle strings are stretched to finish a desired product. In the past, all of the rolling and separating of the noodles was done by hand.

Conventional automatic noodle rolling machines have only been automated to this point, and each product after rolling the noodles was manually removed and placed on a rack for drying. The structure was such that each piece of fruit was sent out one by one to the other end, and then manually transferred to the carriage.

<Problems that the invention aims to solve> However, it takes time to move a large number of scaffolds on the scaffolding frame to the frame vehicle each time, and there is a lot of labor loss. If the pieces were moved to the other end of the mounting frame, there was a drawback that the products would stick to each other and the product would not form a complete product, which was difficult to implement.

<Means for solving the problems> The present invention solves the above-mentioned drawbacks, and enables temporary storage of all the products after rolling the noodles to one end of the scaffolding frame, improving the operating rate of the automatic noodle rolling machine. It was developed for the purpose of increasing the efficiency of relocation to a drying rack.The structural features of this device include a large number of upper and lower scaffolds installed on the upper and lower scaffold mounting frames 11 and 12. In an automatic noodle rolling machine that stretches the noodle strings 3 wound around the noodle strings 3 in a figure 8 shape, one-way cam rollers 4 are used to extend the noodle strings 3 extending outward from the feed position P of the upper layer 1 continuous from the upper layer mounting frame 11 almost horizontally. A large number of stretched toothed belts 5 are supported by a sliding tape surface 6.

<Function> Since the above-described structure is adopted, the upper layer 1 having the noodle string 3 relocated thereon together with the toothed belt 5
The calyx feed hook 19 slightly moves forward by one tooth only by the feeding force, and the next upper calf 1 is received in the next groove of the toothed belt 5, and the toothed belt 5 makes a fine movement by one tooth. Since the operation is repeated, all the noodle strings 3 are automatically transferred from the automatic noodle rolling machine onto the toothed belt 5 without causing the products to stick together.

<Example> Hereinafter, an example of the present invention will be described in detail based on the drawings.

FIG. 1 is a side view of essential parts of a continuous suspension device according to the present invention, FIG. 2 is a side view of an automatic noodle rolling machine equipped with this device, and FIG. 3 is a front view of the same. FIG. 4 is an explanatory diagram of the rolling feed of the automatic noodle rolling machine. FIG. 5 is an explanatory diagram of rolling from the automatic noodle rolling machine to the continuous suspension device.

The continuous suspension system of the present invention shown in FIG. 1 includes upper and lower frame mounting frames 11 as shown in FIGS.
A large number of upper and lower legs 1 and 2 provided for 12
This device is used by being attached to the outside from the feeding device P of the upper layer 1 continuous from the upper layer mounting frame 11 of an automatic noodle rolling machine which stretches the noodle strings 3 wound around in a figure 8 shape.

To specifically explain the structure of the automatic noodle rolling machine,
The upper and lower frame mounting frames 11 and 12 protrude to the sides of the machine frame 3, are supported by left and right vertical shafts 14, 14, are attached to the front and rear of a chain 16 driven by a motor 15, and are moved vertically oppositely. As shown in FIG. 2, a large number of pile supports 17 are provided at equal intervals on the front and rear of the upper pile mounting frame 11, and correspondingly, a pile feed hook 19, which is swung by a motor 18, is provided with a fourth pile support, which will be described later.
The movement shown in the figure is made between the chevron cam 20 and the cam roller 2.
1, and move the top piece 1 one by one to the right in Figure 2. A feed pawl is also provided on the lower sill mounting frame 12 so as to feed the lower sills 2 one by one to the right in synchronization with the motor 18.

A noodle separating device 30 having chopsticks 28 for separating noodles is supported by a vertical shaft 31 in the middle of the machine frame 13, is attached to a chain 33 driven by a motor 32, and is attached to an upper kuda mounting frame 11 and a lower kuda mounting frame. Repeatedly move up and down between 12. When the noodles are not being separated, a rack 35 is provided on the machine frame 13 so that the chopsticks 28 are moved back to the right in FIG. It is set up.

The feed hook 19 of the upper ladder 1 moves as shown in Fig. 4, that is, when feeding, it scoops up the upper ladder 1 and carries it forward, and then lowers it to the front supporter 17, and when returning the next time, it remains as it is. Go back in a straight line. At this time, when the rear side of the feed hook 19 hits the rear upper ledge 1, it is bent forward and upward about the rotation shaft 40, so that it does not interfere with the return of the feed hook 19. However, feed hook 1
Due to the stopper 41 provided on the rear side of 9, it does not bend backward (to the left in the figure).

This apparatus, which is installed in the automatic noodle rolling machine as described above, has a structure in which a number of toothed belts 5, which are stretched almost horizontally between one-way cam rollers 4, 4, are supported by a sliding tape surface 6.

As shown in FIGS. 1 and 4, the plurality of feed hooks 19 repeat back and forth reciprocation at regular intervals as shown in FIG. 4, and this feed movement causes the most advanced feed hook 19 to As shown in FIG. 5, move the upper part 1 on the automatic noodle rolling machine side (position A in FIG. 5) to the receiving side of the toothed belt 5 (position B in the same figure),
From this position, the toothed belt 5 is pushed by one tooth (position C) by the feeding force of the feed hook 19, and the groove of the toothed belt 5 reliably receives the sent upper flange 1. This fine movement of one tooth of the toothed belt 5 is linked to the reciprocating movement of the feed hook 19 as described above, so that the free rotating one-way cam roller 4 provided in the present invention and the back surface of the toothed belt 5 tend to slip. With the sliding tape surface 6 thus constructed, continuous forward fine movement is reliably and smoothly repeated, and the next upper drop is received in the next groove of the toothed belt 5. In this way, the products coming out of the automatic noodle rolling machine are received at one-tooth intervals, making it possible to suspend the products continuously so that they do not hit each other.

<Effects of the invention> As detailed above, the continuous suspension device for products in the automatic noodle rolling machine of the present invention allows all the fruit in the fruit mounting frame of the automatic noodle rolling machine to be moved to each other without the need to peck each other. Since it is automatically received, it does not damage the product shape and has the beneficial effect of improving the operating rate of the automatic noodle rolling machine and increasing the efficiency of transferring to the drying stand.

[Brief explanation of the drawing]

FIG. 1 is a side view of essential parts of a continuous suspension device according to the present invention, FIG. 2 is a side view of an automatic noodle rolling machine equipped with this device, and FIG. 3 is a front view of the same. FIG. 4 is an explanatory diagram of the rolling feed of the automatic noodle rolling machine. FIG. 5 is an explanatory diagram of rolling from the automatic noodle rolling machine to the continuous suspension device. 1... Upper kuda, 2... Lower kuda, 3... Noodle string, 4
... One-way cam roller, 5 ... Toothed belt,
6...Sliding tape surface, 11...Upper mounting frame, 1
2... Bottom mounting frame, 17... Fall holder, 19...
Feed hook, 20...Chevron cam, 21...Cam roller.

Claims (1)

[Scope of utility model registration request] In an automatic noodle rolling machine that stretches noodle strings 3 that are wound in a figure 8 shape around a large number of upper and lower ribs 1 and 2 provided for upper and lower scaffold attachment frames 11 and 12, continuous upper A product in an automatic noodle rolling machine characterized in that a number of toothed belts 5 are stretched almost horizontally by one-way cam rollers 4, 4 and supported by a sliding tape surface 6 outside a feeding position P of 1. continuous suspension system.