JPS5833890Y2 - Horizontal tilting mechanism of vertical mixer for noodle making - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a structure in which a vertical mixer for noodle making is laid down horizontally.

Conventional vertical mixers for noodle making have the following three drawbacks.

First, all conventional mixers have a limited amount of flour, and unless it is a certain amount, it is said that it is not possible to obtain a sufficient stirring effect to produce gluten. Also, to give an example, if one bag of powder is stirred in a three-bag mixer, the amount of powder is small relative to the volume of the stirring tank, so the weight of the powder itself is not applied. Since the amount of powder is not high, there is little vibration of the stirring blades, so the phenomenon of the powder itself being kneaded together does not occur, so even if it takes several times longer than planned, the result is completely unreasonable. Therefore, it is completely unsuitable for stirring less than a fixed amount, and the range of use is naturally limited, making it extremely inconvenient.

The second is that an outlet is provided at the bottom of the stirring tank.
Since the powder is mixed with water and stirred, it is very difficult to discharge the sticky and sluggish material through this outlet. This prevents the lid from being put in and taken out, so failures are common.

Thirdly, since food machines must always be hygienic, cleaning and maintenance after use is very troublesome and takes a lot of time.

Normally, cleaning with water would be the best method, but this was not possible due to the structure.

This proposal was devised based on the following main points with the aim of eliminating the three drawbacks mentioned above.

Even if the amount of powder to be stirred is small (less than a certain amount), the stirring tank is tilted at an angle according to the amount of powder, so even if the amount of powder is small, a certain amount of powder can be stirred. It is possible to obtain the same stirring effect as with the previous one.

Further, in order to eliminate the troublesome drawback of the outlet as described above, the stirring tank is turned upside down without providing an outlet, and there is no need to provide an outlet to discharge the agitated material.

Furthermore, from a hygienic point of view, there is no outlet, so there is no need to worry about water leakage, so cleaning can be done thoroughly with water, and drainage is easy, making it extremely hygienic.

Based on the three main points mentioned above, it has the following structure.

To explain one embodiment shown in the drawings, the horizontal conduction shaft 3
The metal parts 9 and 10 are equipped with a worm screw 13 and a worm gear 14 provided on the vertical agitation shaft 15 that intersects with the worm gear 15. Shaft 3 and other bearings are metal 11
and 12 are respectively fitted with vertical shafts 15 to form a gear box 8 which is made up of a single speed reducer, and the horizontal shafts 3 protruding left and right of this are fitted with bearings attached to the base 1 and metals 4 and 5. A holding plate 16 for holding the stirring tank 17 is placed on top of the gear box 8, and the vertical shaft 15 is passed through the hole metal in the center to connect the gear box 8 and the holding plate. 16 is firmly fixed, and stirring blades 18, 19, 20 are attached to the vertical shaft 15 protruding into the stirring tank 17.
．． 21 is fixed and rotated to perform the stirring operation.

To tip this stirring tank 17 sideways, the base of the main handle 22 for tipping sideways is fixed to the protrusion 25 provided on a part of the holding tray 16, so the secondary handle 23, which can be raised and lowered in parallel with this, is By gripping the handle lever 24 and the head of the main handle 22 at the same time, the fixation of the base 1 and the stirring section is separated, and when the grip is loosened, the push spring 26 attached to the sub handle 23 works to release the sub handle 23. Since the handle protrudes, the hole 7 of the several receivers can be selectively inserted into the secondary handle 23.
The stirring tank 17 is fixed to the base 1 by pushing in the tip thereof, and the stirring operation is continued.

Note that the power is interlocked with a motor pulley 27 via the pulley 2.

The present invention has the structure described above, and when stirring a small amount of powder below a certain amount, it can be stirred with the stirring tank adjusted at an oblique angle to suit the amount of powder. Powder in the stirring tank always collects at a low point at the bottom of the stirring tank, so
As the amount of flour increases, pressure is created due to the weight of the flour itself, and the shaking of the stirring blades increases, which causes the flour itself to be kneaded together, so the gluten is formed relatively quickly. Unlike conventional mixers, it is very convenient because it can produce quality powder and achieve a stirring effect that is no different from that of stirring a fixed amount of powder, and its range of use is much wider than that of conventional mixers. .

In addition, the outlet of the agitated material, which was considered to be the biggest drawback in conventional mixers, is not provided in this project, but is discharged from the head of the stirring tank which is placed on its side. It is possible to remove dirt all at once, and from a hygienic point of view, there is no outlet so there is no need to worry about water leaking, so it is possible to wash thoroughly with water, and at the same time it is easy to drain, making it extremely hygienic. It is.

In terms of manufacturing, it is also convenient because the structure and assembly are simple.

In particular, a speed reducer is directly connected directly under the stirring tank, and the horizontal shaft for conduction is used as the input shaft of the speed reducer, and the vertical shaft for stirring that intersects with this shaft is used as the output shaft to form a worm gear. Since they are linked together to form a speed reducer, it is very rational from a structural point of view, and the area and volume are extremely reduced, making it extremely useful in modern times. It is.

In addition, in the case of meshing worm gears, they are not concentric, so if you apply this and tilt it sideways using the transmission front human power shaft 3 as a fulcrum, the bottom of the stirring tank will be lifted higher and the angle of inclination will be stronger, so that the discharged material will be lowered. There are many advantages in terms of receiving boxes, etc.

[Brief explanation of the drawing]

Fig. 1 is a cross-sectional view of the present invention seen from the front, Fig. 2 is a side view showing the stirring state in which the stirring tank is tilted at an angle, and Fig. 3 is a sectional view showing the stirring state when discharging the agitated material or washing with water. A side view showing a state in which the stirring tank is turned upside down to drain water after cleaning. 1...Foundation stand, 2...Pulley, 3.
...Horizontal shaft for conduction, 4.5...Bearing is metal, 8...Gear box, 9゜10...
... Bearing is metal, 11.12 ... Bearing is metal, 15 ... Vertical shaft, 16 ... Holding plate,
17... Stirring tank, 18,19゜20.21...
... Stirring blade, 22... Positive handle for sideways tilting, 23... Copper handle for sideways tilting, 25...
...Protrusion, 26...Press spring.

Claims (1)

[Scope of utility model registration request] A decelerator is formed by meshing the worm gears 13 and 14 using the conduction horizontal shaft 3 and the stirring vertical shaft 15 under the bottom of the stirring tank, and the stirring tank 1 is moved around the horizontal shaft 3 as a fulcrum while operating.
The vertical noodle-making device is characterized in that stirring is possible even when the stirring tank 17 is fixed in an inverted position by selectively adjusting the oblique angle, and that the stirring tank 17 is turned upside down when discharging the stirred material. Sideways tilting mechanism of mold mixer.