JPS633748A - Handmade noodle hanging machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] Industrial Field of Application The present invention is a method of mechanically applying aged thick noodle strings to a pair of noodle sticks in order to make noodles by gradually stretching raw noodle strings to a predetermined thinness. This relates to the improvement of the so-called hand-stretched parrot kakeba machine, which performs stretching and twisting while stretching and twisting.

Conventional technology The current kakeba machine has a movable table that is movable back and forth over parallel guide shafts installed in one machine frame, and is moved back by a feed screw shaft that is driven and rotated as appropriate. A swinging arm is provided on the movable table and has a support for inserting the rod and swings inverted left and right at a constant angle around a central support shaft, and the fil hanging bar is moved back while swinging inverted left and right. Between the noodle sticks 1
The A line guide tube is supported by a reciprocating frame installed in the machine frame that reciprocates from side to side, horizontally reciprocates from side to side, and the aged noodle strings are passed from the tip of the A line guide tube to a pair of rolling pins. At the tip of the noodle string guide tube, there is a fixed rack and a gear that meshes with the rack, which is connected to the reciprocating movement of the noodle string guide tube as the noodle hanging rod is reversed. A nozzle is provided that rotates in opposite directions to give twist to the noodle strings.

Problems to be Solved by the Invention In such a multicast machine, the direction of rotation of the cap attached to the tip of the A-ray guide tube changes during the forward and return trips of the reciprocating motion, as shown in Figures 11 and 12. right-handed twist (e) and left-handed twist (
f) are alternately hung on the rolling pin (a), creating a part (b) where no twist is applied, and the rotation of the twisting mouth (cap) stops at both end positions of the reciprocating movement. Even if it is twisted, it is loose, so the noodle strings on the urinary stick are flat.
(C) In addition to being easy to twist, the noodle strings are twisted and pulled and placed on the rolling pin on the opposite side, making them even flatter and wider (d). The disadvantage is that the number of noodle strands decreases, and depending on whether you hook as many noodle strands as possible onto a pair of noodle sticks, there is a big difference in production volume and manufacturing time.

Also, in the process of stretching the noodle strings, when the spacing between the noodle bars is gradually increased, there are many flat drumsticks that are long, and these parts are not turned into products, but are used as recycled raw materials, etc. as scraps (amount of recycled products). Furthermore, the part of the drumstick that hangs on the rolling pin has no or little twist, making it flat and thin, making the noodle strings weak and easy to break.

- On the other hand, in the process of stretching and drying noodle strings, depending on the condition of the drumsticks mentioned above, when stretching the noodle strings by inserting long chopsticks between the noodle strings and spreading them out.

Both when inserting the chopsticks and when working with the chopsticks, the chopsticks are heavy (slippery), and handling the 1g wire is laborious and time-consuming, and it puts strain on both hands and arms, making long hours of work difficult. Not only is this not possible, but there are operational drawbacks such as the chopsticks not being able to reach the noodle stick.

In addition, there are many problems such as mechanical shock, vibration, and noise when switching between the left and the stone rotation, which gives rotation to the mouthpiece of the noodle string guide tube, are large, and the load on the motor is large, such as Vh. Means for Solving the Problems The present invention is intended to solve the above-mentioned problems, and the details thereof will be explained below using FIGS. 1 and 10, which correspond to embodiments.

Both ends are attached to a movable platform (4) that can be moved by engaging and disengaging the feed screw shaft (3) along the parallel guide shafts (2), (2) that are parallel to the machine frame (1). A pair of rolling pins (6), (6) are removably inserted into the swing arm (
9), (9) are provided in several stages above and below, and a reciprocating frame (toward) that reciprocates horizontally from side to side of the machine frame (1), and a base part is attached to the reciprocating frame in several stages above and below, respectively. It has a noodle string guide tube α9 through which the supported ripe noodle strings are introduced, and each noodle string guide tube α
9, each pair of noodle bars (
In a hand-stretched noodle kakeru machine that hangs the noodle strings on the noodle sticks (6) and (6) by reciprocating horizontally from side to side between (6) and (6), the machine frame (1) ) is provided with a transmission shaft (to) which is rotated as appropriate in the -number direction, and a pulley @ is attached to the transmission shaft.
and a gear (G) are fixed, and a rotating arm 4 which pivotally supports a small gear (support) that meshes with the gear is loosely mounted, and a cap ω attached to each tip of the noodle string guide tube α9.09 is attached. A rotating shaft mounted along the noodle string guide tube Q9 @ more teeth! ＠、To rotate through the gear shaft (24a) with a gear shaft (24a) to which one gear is fixed. , a connecting rod (support) is loosely attached to the pinion shaft (3D) on the swing arm, and these shafts (24a) and (11) are connected to an appropriate transmission device such as a gear, a bevel gear, or a chain. A hand-stretched noodle kakera machine that is connected by a mechanism that allows each nozzle (support) to rotate at all times.

Function: In the hand-stretched noodle kakera machine configured as described above, the raw aged noodle strings (T) are introduced into the noodle string guide tube α9, and the tips of the noodle strings coming out of the nozzle at the tip are moved. A swinging arm (91) pivoted on a stand (4), a pair of fin hooking rods (6) inserted into both ends of the (91)
9) is reversely swung left and right at a constant angle around the support shaft, and is moved backward through a moving platform (4) that moves backward at a predetermined speed by rotation of the feed screw shaft (3) and engagement with the screw shaft. , each noodle string guide tube α9 supported on a reciprocating frame (to) which is driven back and forth from side to side in the measurement of the machine frame (1) between the rolling pins (6) and (6) is horizontally placed on the left stone. At this time, the transmission shaft @ and the gear member provided at the bottom of one side of the machine frame (1) are rotated, and the small gear supported at the tip of the revolving arm that meshes with this gear (to) is rotated. (1) The six pinion shafts are rotated, and the pinion shaft GTJ and each noodle string guide tube (to)
The reciprocating frame (2) is connected to the base (1) at the tip of the
), the connecting rod (24a) is arranged across one of the gear shafts (24a) of the gear transmission device, which is arranged so as to sequentially transmit power to the reciprocating frame (24a). Along with the reciprocating motion, the rotating arm swings vertically around the transmission shaft, and the rotation of the three small gear shafts passes through transmission mechanisms such as gears, bevel gears, and chains to the reciprocating frame. The rotary shaft (24a) is transmitted to one gear shaft (24a) of a gear transmission device @ that meshes sequentially, and is parallel to the noodle string guide tubes I19 and Q9 via the gear transmission device @.

@ is rotated, and the tips of the noodle string guide tubes α9 and Q9 are constantly rotated in the same direction from their tips through the teeth X@ and @, respectively, so that the left side of the reciprocating frame (G) Regardless of the reciprocating motion horizontal to the stone, the ripening strands A passing through the wound in the noodle strand guiding tube α are twisted in one direction by the rotating spinneret of the cap (1), and rotated left and right at a constant angle. The threads (6) and (6) are continuously twisted to form a g-shape over a predetermined width.

Embodiment Next, an embodiment of the present invention will be explained with reference to the drawings.
) d machine frame, (2) is a parallel guide shaft mounted parallel to machine frame (1),
(3) is the feed screw shaft, (4) is the parallel guide shaft (2) = (2
1 along the locking lever (5) against the feed screw shaft (3)
It is a movable platform that can move backward or forward at a constant speed from the holding or removing operation base, and the movable platform has a support part (7) into which a pair of rolling pins (61, +6) can be inserted at both ends. ), (7)
Two swing arms (9) are attached to the upper and lower stages, each of which swings in the opposite direction at a certain angle to the left about a central support shaft (8).

This swinging arm 19), +9) d As shown in Fig. 3, the machine frame (
The reversing shaft υ mounted on 1) is rotated to the left, and the reversing movement is made using a connecting rod (b).

4 is a reciprocating frame that reciprocates horizontally on the left stone installed above the negative side of the machine frame (1), and the guide shaft αe is installed parallel to the top and bottom.
.

Q9 and Q9 are noodle string guide tubes whose bases are fixed to the reciprocating frame (2) in two stages, upper and lower, and are extended between the pair of hanging rods (6) and (6), and their tips are A cap J is attached to each A. Each of these caps (1) C-line guide tube αQi
It is designed to rotate from the tip of the rotating shaft 2f, which is installed over the top, via a gear. Although the noodle string guide tube α9 and the swinging arm (9) are shown in two stages, upper and lower, the present invention is not limited to this, and may be configured in several stages, upper and lower.

In such a hand-stretched noodle making machine, the reciprocating frame (T) has a noodle guide tube U9.0 wound nozzle, and a large number of parts that sequentially transmit rotation to the rotating shaft @, which rotates the dough. A gear transmission @ is installed with gears attached to it.

@d A transmission shaft mounted in the -number direction of the machine frame (1), on which the pulley (2) and gear (c) rotated by the belt (e) from the pulley (b) are fixed, and the shaft A rotating arm 4 is loosely mounted on the rotating arm 4, and a small gear shaft Gll having a small gear ω fixed thereon which meshes with a gear (support) is pivotally supported at the tip thereof.

This small gear shaft (11) and one gear shaft (24a) of the gear transmission 1icn provided in the reciprocating frame (to) are used to pivot both ends of the connecting rod (to), and the small gear shaft 0 and the gear shaft (24a) to the chain wheel (to), @ and chain (
The reciprocating frame (to) is connected by a transmission mechanism (to) such as
Along with the left and right horizontal movement of
, small teeth! The rotation is transmitted to the gear transmission @ through the small gear shaft C3111 and the transmission mechanism ■, and the noodle string guide tubes α9 and Q9
The nozzle and slope at the tip of the can be continuously rotated in a fixed direction at all times, and the chrysanthemum noodle strings can be hung in a predetermined width in the shape of 5 by continuous twisting on a pair of decorative hanging rods (6), (6). I can do it.

When the movable table entrance retreats to a predetermined position, each pair of hanging rods (6);
(6) Once the wire has been threaded to the specified width, the swinging arm t91. Insert a new basting rod into (9), move the moving table (a) to the specified position on the noodle string guiding tube Q'3 +σ9 side, and hang the end of the m string coming out of the noodle string guiding tube. It stops and repeats the same action as above to create a ya-kake.

The above transmission mechanism (to) is a bevel gear transmission (b) as shown in Fig. 1, a chain wheel and chain ≦ chain transmission t (to) shown in Fig. 9, or a chain transmission t (to) shown in Fig. 1θ. Any of the gear transmissions (G) in which the teeth 1 are arranged side by side on the connecting rod (2) as shown can be used.

Effects of the Invention Since the present invention has the above-mentioned configuration, it is possible to continuously rotate the caps at the tips of the flow line guiding pipes installed in several stages above and below the reciprocating frame in a fixed direction, and to It is possible to twist the noodle in a continuous direction to form a ``Ni'' shape.The part of the noodle stick (the drumstick) is also easily twisted, and the noodle strings are rounded, so they are flat without twisting like the traditional drumstick part. , the number of sticks that can be hooked onto the noodle stick can be increased compared to the case where the width is wider and thinner, and when making noodles by stretching, the portion of drumsticks that are cut off and become scraps can be reduced to less than half that of conventional 30-3S. The yield is good, and the work is heavy, so productivity including the production amount and manufacturing time of noodles can be significantly improved. Furthermore, in the conventional method, which uses a fixed rack and rotates the base at the end of the flow line guide tube alternately to the left and right as the reciprocating frame moves, the number of rotations for twisting is fixed, so only a constant amount of twist can be applied. However, in the present invention, it is impossible to change the twist depending on the type of product (thick noodles - udon, medium noodles - hiyamugi, thin noodles - somen). The rotational speed of the shaft can be easily changed by using multi-stage pulleys with different diameters, etc., and by changing the belt hook, etc., and the desired twist can be given to the noodle strings in the square shape. In addition, compared to the above-mentioned rack system, since the cap is constantly rotated in a constant direction, the mechanical shock, vibration, and noise of the transmission device when switching between forward and reverse directions are small, and there is no strain on the motor. There is.

[Brief explanation of the drawing]

Fig. 1 is a side view showing one embodiment of the present invention, Fig. 2 is a front view of the same, Fig. 3 is a rear view of the same part, Fig. 4 is an enlarged side view of the main part of the present invention, and Fig. S is a front view of FIG. 4, FIG. 6 is an explanatory diagram showing the state of twisting of the flow line in the present invention, FIG. 7 is an explanatory diagram showing the state of twisting of the noodle strings, and FIG. - Figure 1θ is an explanatory diagram showing an embodiment of the transmission mechanism from the transmission shaft to the gear transmission of the reciprocating frame in the present invention, and Figure 1 is an explanatory diagram showing the twist of the flow line for the conventional rolling pin. An explanatory diagram showing the state, FIG. 72 is a partial explanatory diagram of FIG. (1) Machine frame, (2) Parallel guide shaft, (3) Feed screw shaft, (4) Moving table, (5) Engagement lever,
(8)...Pair of rolling pins, (8)...Spindle, (9)...
Swing arm, αG...Transmission gear box, ■...Drive shaft, (
To)... Reciprocating frame, αG... Guide shaft, α... Noodle string guide tube, (1)... Mouthpiece, e2n... Rotating shaft, ■, 4...
Gear, F24...gear transmission, (24a)...one gear shaft of the gear transmission, @...transmission shaft, @...gear, wing...swivel arm, (1)...small gear, Gl) ... Pinion shaft, (to)... Connection rod, (to)... Transmission mechanism (chain transmission (to), bevel gear transmission (support), gear transmission (to), etc.). Figure 2 27 25 Z-Figure 5 Figure 4

Claims (1)

[Claims] 1. Rolling pins are inserted into each end of a movable table that can be moved by engaging and disengaging the feed screw shaft along parallel guide shafts that are parallel to the machine frame. There is a reciprocating frame on one side of the machine frame that reciprocates horizontally from side to side, and a reciprocating frame that reciprocates horizontally from side to side on one side of the machine frame. It has a noodle string guide tube whose base is supported, and the noodle string guide tube is horizontally reciprocated from side to side between each pair of rolling pins that move backward while being inverted and oscillated. In a hand-stretched noodle machine that hangs on a hanging bar in a figure of 8, a transmission shaft is provided below one side of the machine frame to receive appropriate power from the drive shaft, a gear is fixed to the shaft, and a small gear meshes with the gear. A reciprocating frame is provided in which a swing arm having a shaft supported thereon is loosely mounted, and the mouthpieces attached to the respective tips of the noodle string guide tubes are rotated via gears from a rotary shaft mounted along the noodle string guide tubes. A connecting rod is loosely attached between one gear shaft of a gear transmission consisting of a large number of gears arranged on the swivel arm and a small gear shaft on the swing arm, and these shafts are connected to gears, bevel gears, chains, etc. A hand-stretched noodle kakeru machine that is connected by a transmission mechanism so that each mouthpiece can be rotated at all times.