JPH0454792Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Purpose of the Invention] (Industrial Application Field) This invention relates to a device that scrapes out cut and continuously delivered noodles in fixed quantities and sends them to the next packaging stage.

(Prior art) In the past, cut noodles were weighed based on the intuition of workers, and after adjusting for excess or deficiency, they were sent to the next packaging process.

Some kind of improvement has been desired due to the trouble and poor workability.

(Problem to be solved by the invention) This invention was made in view of the conventional situation. In combination with a rotating scraper plate for scraping the noodles to the discharge side, quantitative measurement by the electronic scale, starting of the rotating scraper plate, and stopping at the one-rotation restoration position, or quantitative measurement by the electronic scale and rotation scraper plate. By providing a quantitative detection device for cut noodles, which is equipped with a mechanism for electrically controlling the start of the electronic scale, the stop of the output of the electronic scale, the stop of the rotary scraper at one rotation return position, and the restart of the output of the electronic scale. This is an attempt to eliminate the difficulties of manual work.

[Structure of the invention] (Example) To explain the following using an example of the drawings, in Figs. A semicircular gutter-like saucer 3 is fixed at a predetermined angle.

Reference numeral 4 denotes a rotating shaft that is mounted between the upper parts of both side plates 1a and 1b of the fuselage 1 via bearings 6 and 6, and is driven by a motor M provided on one side of the fuselage 1. A rotary scraper plate 5 that rotates closely along the inner surface of the semicircular gutter-like saucer plate 3 is fixed.

An electric control panel 7 is provided at an appropriate part of the machine body 1, and controls the quantitative measurement of the electronic scale 2, the starting of the rotary scraper plate 5, and the stopping of the rotary scraper plate 5, or the quantitative measurement of the electronic scale and the rotation of the rotary scraper plate 5. Starting, stopping the output of the electronic scale 2, stopping the rotary scraper 5 at the one-rotation restoring position, and restarting the output of the electronic scale 2 are automatically controlled electrically.

More specifically, in the former case, when the flowing noodles measure the set amount (for example, 120 g) on the electronic scale 2, the 100V output from the electronic scale 2 turns on the magnetic switch (not shown) of the motor M. input,
An electrical control command system is configured so that the rotary scraper plate 5 is started, and when it has rotated once, the limit switch 7 is operated to turn off the magnet switch and stop the rotary scraper plate 5 at the restoring position. In the latter case, when the flowing noodles measure the set amount (for example, 120g) of the electronic scale 2,
With an output of 100V, the magnetic switch (not shown) of the motor M is turned ON, and the rotating scraper plate 5 starts, and the electronic scale 2 stops the output due to a guarantee circuit with a timer and relay added to the circuit, and the rotating scraper plate starts. When 5 rotates once, operate limit switch 8 and turn off the magnetic switch.
Turn it off and stop the rotary scraping plate 5 at the restoring position.
At the same time, an electrical control command system is configured so that the output of the electronic scale 2 is restarted.

In addition, 7a in the drawing is a switch of the electric control panel 7,
7b is the same quantitative setting knob, 7c is the same timer set dial, 9 is the supply side chute, 10
is a discharge chute extending on the discharge side of the gutter-like tray 3.

(Function) Now, to explain the function in the latter mode, as shown in FIG. Preset amount (e.g. 120g)
When measured, the magnetic switch (not shown) of motor M is turned on with the 100V output from electronic scale 2.
input, the rotary scraper 5 starts and the electronic scale 2
The output is stopped by a guarantee circuit using a timer and relay added to the circuit. and rotary scraping plate 5
After one rotation, the limit switch 8 operates, turns off the magnetic switch, stops the rotating scraper plate 5 at the restoring position, and at the same time restarts the output of the electronic scale 2.

Thereafter, by repeating the above operations, a fixed amount of noodles are continuously sent to the next packaging stage.

[Effects of the invention] As described above, this invention completely automates the quantitative detection of cut noodles, which previously relied on manual labor and intuition, and saves labor.
We were able to speed up the process.

In addition, accurate detection was enabled by electrical control of the electronic scale and scraper, and uniformity of product weight was achieved.

Needless to say, desirable results can be obtained in terms of hygiene.

This is truly advantageous in achieving the intended purpose listed at the beginning.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, with FIG. 1 being a perspective view and FIG. 2 being a longitudinal sectional side view in an operating state. DESCRIPTION OF SYMBOLS 1... Body, 1a, 1b... Both side plates, 2... Electronic scale, 3... Gutter-shaped saucer with approximately semicircular cross section, 4... Rotating shaft, 5... Rotating scraper plate, 6... Bearing, M... Motor, 7... Electric control panel, 8... Limit switch, 9... Supply side chute, 10... Discharge chute extended to the discharge side of the gutter-shaped receiving tray 3.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. An electronic scale to which a gutter-shaped saucer with a substantially semicircular cross section is fixed, and a rotary scraping plate for scraping cut noodles flowing down from the supply side to the discharge side of the gutter-shaped saucer. A quantitative detection device for cut noodles, which is equipped with a mechanism for electrically controlling the quantitative measurement of the electronic scale, the starting of the rotary scraper, and the stopping of the one-rotation restoring position. 2. An electronic scale with a gutter-shaped saucer fixed thereon having a substantially semicircular cross section, and a rotary scraping plate for scraping the cut noodles flowing down from the supply side to the discharge side from the gutter-shaped saucer are combined, and the quantitative determination of the electronic scale is carried out. Measurement and start of rotary scraper,
A quantitative detection device for cut noodles, which is equipped with a mechanism for electrically controlling the stop of the output of an electronic scale, the stop of a rotary scraper at one rotation return position, and the restart of the output of the electronic scale.