JP4177352B2 - Noodle cutter - Google Patents

Description

  The present invention relates to a noodle cutting device, and more particularly, to a noodle cutting device that can easily cut noodle doughs such as udon and soba into authentic hand-made noodles even for beginners.

  Conventionally, as for noodles represented by udon and soba, so-called hand-made noodles made by skilled craftsmen are said to be delicious. Handmade noodles made by skilled craftsmen are good not only for preparing noodle dough, but also for smoothing the cut surface and giving some variation in noodle thickness when carving noodle dough It is thought that a good texture can be obtained. On the other hand, handmade noodles made by amateurs tend to have a lot of irregularities in the noodle cutting surface or large variation in noodle thickness. In this way, noodles with disordered cut surfaces and noodles with large variations in thickness do not look good, and the actual texture is also impaired. Therefore, hand-made noodles made by amateurs, however hand-made noodles, were not always delicious.

Therefore, as a noodle cutting device capable of producing noodles similar to noodles made by skilled craftsmen using a mechanical device, for example, a noodle cutting device as described in Patent Document 1 is provided. Yes.
The noodle cutting device according to Patent Document 1 is a noodle cutting device that cuts noodle dough into a certain thickness to produce noodles, and the noodle cutting device can reciprocate vertically in a vertical plane on a support base. The noodle cutting unit supported, the transmission tool that transmits the vertical reciprocation of the noodle cutting unit to the cutting board driving unit, the cutting board driving unit that is driven by the transmission tool, and the longitudinal movement by the driving of the cutting board driving unit A cutting board, and a noodle cutting unit, a cutting board driving unit, and a support base that supports the cutting board, and the cutting board driving unit includes a plurality of gears including one ratchet gear, its shaft, and one end thereof. The brake is attached to the shaft of the ratchet gear so as to be rotatable and the other end is connected to the transmission device. When the noodle cutting unit is pushed down, the gear is driven by one tooth of the ratchet gear. Become Cage, the cutting board is intended to rack meshing with one of the gears at least on its one side is provided.
Japanese Patent Application Laid-Open No. 10-249792

The noodle cutting device described in Patent Document 1 can set the thickness of noodles by changing the gear ratio. However, once the thickness of the noodles is set, the thickness of the noodles to be cut becomes uniform, and there is a problem that the atmosphere of the hand-made noodles is impaired. Moreover, as for noodle thickness, as described above, there is a problem that noodles having only a uniform thickness have an adverse effect on the texture because a certain degree of variation exhibits a good texture.
Furthermore, the thickness of the noodles to be manufactured can be set as appropriate, but when changing the thickness of the noodles, the selection of the gears used is complicated, and there is considerable change in gear replacement. Since it takes time, there is a problem that it is very complicated.

  In addition, although it could not be disclosed by patent documents and non-patent documents, in recent years, an automatic noodle cutting device that cuts noodle dough while giving a predetermined variation in the thickness of noodles using a computer device is actually Seems to be offered. In such an automatic noodle cutting device, although it has become possible to provide noodles having the same quality as that produced by skilled craftsmen, there is a problem that the manufacturing cost of the automatic noodle cutting device is increased. is there.

  The present invention can provide noodles of the same quality as noodles made by skilled craftsmen, even for amateurs, and the thickness of the noodles can be adjusted very easily, and the operation is particularly An object of the present invention is to provide an inexpensive noodle cutting device that can give a predetermined variation in noodle thickness even if it is used without being conscious.

The present invention provides a cutting board for placing the noodle dough, a support base for slidably supporting the cutting board, a cutting means for cutting the noodle dough, and a vertical movement of the cutting means connected to the cutting means. The operation of the cutting means is converted into an operation in a direction perpendicular to the vertical direction of the cutting means . The rod is disposed on the lower surface of the cutting board along the extending direction of the cutting board. A multi-joint link having a plurality of link plates provided with adjustment holes for converting the swing motion into a swing motion and adjusting the swing width of the swing motion, and the cutting means A lock portion that locks to the rod when moving upward, slides the cutting board with a non-fixed width corresponding to the movement width of the cutting means, and is unlocked when the cutting means moves downward; Configured by And a noodle dough feed means for feeding the noodle dough in the direction of the cutting means in accordance with the slide of the cutting board with respect to the piece board. The means is provided on one end side of the piece board, and engages with the support base, a storage hole that penetrates in the plate thickness direction of the piece board and supports the pulley, and the cutting means side of the piece board A rotating shaft provided at the end of the board, a locking member disposed on the lower surface of the piece board and locked by a stopper provided on the upper surface of the cutting board, a string fixed to the locking material, and the string The string and the friction material are wound around the pulley and the rotating shaft in an endless shape, and the friction material is disposed in contact with the noodle dough. The stopper slides the locking member as the cutting board slides, Kosuzai a noodle cutting device, characterized in that sending the dough to the cutting means side by the moving in the sliding direction of the cutting board.

  In addition, the lock portion includes a cylindrical body through which the rod is inserted, and an urging unit that inclines the axis of the cylindrical body with respect to the axis of the rod. Thereby, the structure of the lock portion can be simplified, and the manufacturing cost can be reduced and the maintenance can be easily performed.

  Further, the multi-node link is characterized in that a distance between nodes can be adjusted, and a sliding range of the cutting board is adjustable. Thereby, the mechanism for adjusting the thickness of the noodle can be simplified, and the setup can be changed in a short time. Furthermore, a low-priced noodle cutting device can be provided while having the necessary functions.

  In addition, a lock release mechanism for releasing the lock of the lock portion to the rod is provided. Thereby, the cutting board slid in the predetermined direction by performing the noodle cutting process can be restored.

Further, the noodle dough feeding means comprises: a piece board placed on the noodle dough; and a noodle dough feeding means for feeding the noodle dough in the direction of the cutting means according to the slide of the cutting board with respect to the piece board, An engagement piece provided on one end side of the piece board and engaged with the support base, and a storage hole that pivotally supports the pulley along the sliding direction of the cutting board through the plate thickness direction of the piece board And a rotation shaft provided at an end of the piece board on the cutting means side and rotating along a sliding direction of the cutting board, and a stopper provided on the lower surface of the piece board and provided on the upper surface of the cutting board. A locking material to be stopped, a string fixed to the locking material, and a friction material fixed to the string, and the string and the friction material are wound around the pulley and the rotation shaft in an endless shape. The friction material is disposed in contact with the noodle dough, Said stopper slide the locking member along with the slide of the serial cutting board, characterized in that sending the friction material of the dough to the cutting means side by moving the sliding direction of the cutting board.
More is this, it is possible to prevent the supplied to the cutting means in a state that is oblique to the direction of the axis placed on the dough on the cutting board is orthogonal to the cutting means. Further, the noodle dough can be effectively used until the end.

Further, the Komaita is characterized in that distance between the cutting board is supported by the support base to be adjusted. Thereby, it is not necessary to always make the thickness of the noodle dough placed on the cutting board constant, and the volume of the noodle can be set freely.

The noodles produced according to the present invention have a basic noodle thickness, but can give some variation in noodle thickness by adjusting the vertical movement of the cutting means, and the atmosphere of hand-made noodles Noodle dough can be cut quickly without damaging the taste. In addition, since the basic noodle thickness can be changed by a simple operation, it is possible to provide a very convenient noodle cutting device.
Further, since the structure of the lock portion for sliding the cutting board is simple, the manufacturing cost can be reduced and the maintenance can be facilitated.
Furthermore, since it has a piece board and noodle dough feeding means, the noodle dough placed on the cutting board is inclined with respect to the axis in the direction orthogonal to the cutting means. It can prevent being supplied. Further, the noodle dough can be effectively used until the end.

  Hereinafter, embodiments of a noodle cutting device according to the present invention will be described in detail with reference to the drawings. FIG. 1 is a perspective view of a noodle cutting device. FIG. 2 is a perspective view showing a coupling mechanism between the multi-node link and the lock portion. FIG. 3 is an explanatory view showing a state viewed from the arrow Z in FIG. FIG. 4 is an explanatory diagram illustrating a state in which the lock of the lock unit is released.

  A noodle cutting device 10 according to the present invention is connected to a cutting board 12 for placing the noodle dough, a support base 14 for slidably supporting the cutting board 12, a cutting means 16 for cutting the noodle dough, and a cutting means 16. A cutting board slide mechanism 20 that converts the vertical movement of the cutting means 16 into the sliding direction of the cutting board 12 and a noodle dough feeding means 30 that sends the noodle dough on the cutting board in the direction of the cutting means 16 as the cutting board 12 slides. is doing.

  As shown in FIG. 1, the cutting board 12 has slide pieces 12a formed at both end edges in the longitudinal direction. The slide piece 12a is formed so as to be fitted in a slide groove 14a formed on the inner side of the side wall surface of the support base 14. On the lower surface of the cutting board 12, a rod 12b extending along the sliding direction of the cutting board 12 (the direction of arrow B in FIG. 1) is disposed. Both ends of the rod 12b are fixed to the cutting board 12 via a fixture 12c. Further, a stopper 12d is disposed at the rear end portion on the upper surface side of the cutting board 12. The stopper 12d with respect to the upper surface of the cutting board 12 is urged by urging means such as a spring (not shown) so that the protruding height can be adjusted. The stopper 12d is for locking a part of the noodle dough feeding means 30 described later. Detailed description of the stopper 12d and the noodle dough feeding means 30 will be described later.

  On the rear end surfaces of both side wall portions of the support base 14, a piece board height adjusting portion 14 b formed at a required height pitch is formed. The piece board height adjusting portion 14b is for arranging the noodle dough feeding means 30 (piece board 32) in accordance with the thickness of the noodle dough placed on the cutting board 12. A cutout portion 14 c for disposing the cutting means 16 is formed in the middle portion of both side walls of the support base 14. Further, a long hole 14d that is long in the horizontal direction is disposed in the vicinity of the notch portion 14c on one side wall portion. The long hole 14d is provided with a lock release bar 40 which is a lock release mechanism described later.

The cutting means 16 is disposed so as to be movable toward and away from the upper surface of the cutting board 12 in the vertical direction. The cutting means 16 is preferably arranged so that the noodle dough placed on the upper surface of the cutting board 12 can be cut while sliding.
The cutting means 16 is connected to a holder 50 whose tip is rotatably supported by the support base 14, and a link plate 21 that connects the portion between the blade of the cutting means 16 and the handle 16 a and the support base 14. Is pivotally mounted. In the cutting means 16 attached in this way, the handle 16a reciprocates up and down around the connecting portion with the holder 50. The vertical reciprocating motion of the handle 16a is converted into a vertical swing motion by the multi-node link 22.

  As shown in FIGS. 1 and 2, the cutting board slide mechanism 20 is connected to the tip of the cutting means 16, and has a multi-node link portion 22 that converts the vertical reciprocation of the cutting means 16 into a swinging motion. A rotary rod 24 that converts the vertical swing motion by the node link portion 22 into a rotary motion having a rotation axis in a direction orthogonal to the sliding direction of the cutting board 12 is connected to the tip of the rotary rod 24. A horizontal reciprocating plate 25 that converts rotational motion into reciprocating motion in the sliding direction of the cutting board 12, a lock portion 26 that is fixedly attached to the tip of the horizontal reciprocating plate 25 and extends toward the lower surface of the cutting board 12, and one end And a biasing means 28 for applying a biasing force for locking the lock part 26 to the rod 12b attached to the cutting board 12; Parts are constituted by a locking plate 29 for locking the.

  As shown in FIG. 1, the multi-node link portion 22 is configured by pivotally supporting a plurality of link plates 21. The multi-node link 22 in the present embodiment is composed of four link plates 21. Each link plate 21 is provided with a plurality of adjustment holes 21a for adjusting the vertical swing width. In the present noodle cutting device 10, since the upper limit value and the lower limit value of the noodle thickness are obtained by calculation in advance by the combination of the adjustment holes 21 a used for connecting the link plates 21, depending on the noodle thickness to be cut. What is necessary is just to select suitably the adjustment hole 21a used when connecting each link plate 21 mutually.

  The multi-node link 22 and the one end 24 a of the rotating rod 24 are connected via a connecting rod 23 that is detachably connected to the link plate 21 that forms the rear end of the multi-node link 22. As shown in FIG. 2, the rotating rod 24 is formed in a crank shape having bent portions that are bent at right angles at two locations. The rotating rod 24 is disposed on the support base 14 so as to be rotatable around a midway portion 24c of the crank having bent portions 24b and 24b formed at both ends. With such a rotating rod 24, the vertical swing motion by the multi-node link 22 is converted into a rotational motion with the direction orthogonal to the horizontal direction in the sliding direction of the cutting board 12 as the rotational axis.

  As shown in FIG. 2, the other end 24d of the rotating rod 24 is pivotally supported by a horizontal reciprocating plate 25 that converts the rotational motion of the rotating rod 24 into a horizontal reciprocating motion in which the cutting board 12 slides. . A lock portion 26 is fixed to the other end portion of the horizontal reciprocating plate 25. The lock portion 26 extends toward the rod 12b on the lower surface of the cutting board 12. A cylindrical body 27 formed so as to be able to be inserted into the rod 12b disposed on the lower surface of the cutting board 12 is fixed to the upper end portion of the lock portion 26. The inner diameter dimension of the cylindrical body 27 is slightly larger than the outer dimension of the rod 12b.

  As shown in FIG. 3, the axis of the lock portion 26 and the axis of the cylindrical body 27 are orthogonal to each other. The lock portion 26 is urged by the urging means 28 so that the axis of the cylindrical body 27 is inclined with respect to the axis of the rod 12b. The other end of the urging means 28 is engaged with a locking plate 29 fixed to the side wall surface of the support base 14. The height position of the locking plate 29 is slightly above or below the position where the urging means 28 is engaged with the lock portion 26.

By tilting the axis of the cylindrical body 27 with respect to the axis of the rod 12b by the biasing force of the biasing means 28, the cylindrical body 27 is engaged with the rod 12b, and the cylindrical body is brought into contact with the rod 12b. 27 locks. Moreover, this locked state is locked only for one slide (in the direction of arrow X in FIG. 3) and free for the other slide (in the direction of arrow Y in FIG. 3). Such a mechanism is similar to a slide mechanism found in a free key or a stilt.
Thus, since the lock mechanism 20 that locks only in one direction slide does not use a gear structure, the sliding amount of the cutting board 12 with respect to one vertical movement of the cutting means 16 is fixed. There is no. That is, the user of the noodle cutting device 10 can change the noodle thickness by appropriately changing the movement width of the vertical movement of the handle 16a of the cutting means 16 which is the first action for sliding the cutting board 12. It becomes possible. Usually, if the handle 16a of the cutting means 16 is moved up and down without being particularly conscious, a certain amount of runout occurs in the handle 16a, and accordingly, the thickness of the noodles varies with this runout.

  The unlocking bar 40 is disposed between both side walls of the support base 14. The unlocking bar 40 has a tip end rotatably attached to one side wall of the support base 14, and the other end protruding through the other side wall and is slidable within the long hole 14d. . A biasing means 52 that biases the lock release bar 40 in the same direction as the biasing force of the biasing means 28 in the lock mechanism 20 is attached. The other end of the biasing member 42 locked to the lock release bar 40 is locked to a locking portion 43 provided on the side wall of the support base 14.

  The lock release bar 40 has an abutment portion 44 that abuts against an intermediate portion between the lock portion 26 and the cylindrical body 27. When the lock release bar 40 is slid against the urging force of the urging member 42 in the long hole 14d, the abutment portion 44 abuts on the lock portion 26, and the urging force acting on the lock portion 26 is released. The As a result, as shown in FIG. 4, the axis of the cylindrical body 27 coincides with the axis of the rod 12b, and the lock between the cylindrical body 27 and the rod 12b is released. When the lock between the cylindrical body 27 and the rod 12b is released, the slidable cutting board 12 can be returned to the original position.

Next, the noodle dough feeding means 30 will be described. FIG. 5 is a bottom view of the noodle dough feeding means. FIG. 6 is a perspective side view showing a state in which the noodle dough feeding means is attached to the noodle cutting device 10.
The noodle dough feeding means 30 is disposed on the upper surface of the noodle dough placed on the cutting board 12. The noodle dough feeding means 30 is provided with a piece board 32, a pulley 34 disposed on the piece board 32, and a friction material 36 that slides over the upper and lower surfaces of the piece board 32. Further, on both sides of one end edge of the piece board 32, engagement pieces 32 a that engage with the piece board height adjusting portion 14 b of the support base 14 are provided. Needless to say, when the piece board 32 is disposed in the noodle cutting device 10, the position of the other edge of the piece board 32 is closer to the engagement piece 32 a than the cutting means 16.

  In the state where the piece board 32 is disposed in the noodle cutting device 10, the position of the pulley 34 attached to the piece board 32 is attached to the engagement piece 32a side with respect to the position of the stopper 12d of the cutting board 12. The pulley 34 has a diameter approximately the same as the plate thickness of the piece board 32, and is pivotally supported in a storage hole 32 b penetrating in the plate thickness direction of the piece board 32. At the end of the piece board 32 on the cutting means side, a rotation shaft 32c that rotates from the lower surface to the upper surface of the piece board 32 is provided.

  The friction material 36 is disposed in a substantially U shape (not shown) along the lower surface, side surface, and upper surface of the piece plate 32. As the friction material 36, a conveyor belt used for a belt conveyor is preferably used. The conveyor belt is made of a material that does not transfer the taste or smell to the noodle dough M. An engaging member 37 that is engaged with the stopper 12 d of the cutting board 12 is disposed at the end of the friction member 36 on the lower surface side of the piece plate 32. The locking member 37 is inserted through a cylindrical portion formed by folding the end of the friction material 36. A string 34 a wound around the pulley 34 is fixed to the locking member 37. The other end of the string 34 a is guided to the upper surface of the piece board 32 along the pulley 34 and then fixed to the end of the friction material 36 on the upper surface side of the piece board 32. Thus, the friction material 36 and the string 34a are disposed in an endless manner between the lower surface, the side surface, and the upper surface of the piece plate 32 between the pulley 34 and the rotary shaft 32c.

  The noodle dough feeding means 30 is disposed so as to cover the noodle dough M placed on the upper surface of the cutting board 12. Specifically, the engagement piece 32 a formed on one end edge side of the piece board 32 is engaged with any one of the height positions of the piece board height adjusting portion 14 b of the support base 14. At this time, the position of the locking member 37 is adjusted in advance so that the locking member 37 of the piece board 32 is locked to the stopper 12d of the cutting board 12. Needless to say, the noodle dough M and the friction material 36 are in contact with each other.

Noodle dough feeding means 30, Komaita 32 are fixed more support 14 in the engaging pieces 32a, stoppers 12d of the cutting board 12 abuts against the engaging material 37, the cord 34a is wound the pulley Therefore, the locking member 37 slides along with the slide of the cutting board 12. Then, the friction material 36 slides in accordance with the slide of the locking material 37. Since the noodle dough M is sandwiched between the cutting board 12 and the friction material 36, the noodle dough M also slides along with the slide of the cutting board 12.

  By using such a noodle dough feeding means 30, the noodle dough M can be slid in the direction of the cutting means 16 in accordance with the slide of the cutting board 12. Therefore, it is not necessary to check whether the noodle dough M is slid relative to the cutting means 16 with respect to the cutting board 12, and the noodle cutting device is very convenient to use. 10 can be used.

Next, a method for separating noodle dough using the noodle cutting device 10 described above will be described. 7 and 8 are explanatory views showing the operation of the noodle cutting device.
First, after setting the multi-node link 22 according to the noodle thickness, the noodle dough is placed on the cutting board 12 of the noodle cutting device 10. The noodle dough is placed so that the cut surface of the noodle dough is orthogonal to the sliding direction of the cutting board 12. Next, the piece board 32 is disposed on the noodle dough. The position of the locking member 37 of the piece board 32 is matched with the position of the stopper 12d of the cutting board 12. The spring urging force applied to the stopper 12d is released by the weight of the piece board 32, and the height position of the stopper 12d is the same as the height position of the lower surface of the piece board 32. As shown in FIG. 6, the piece board 32 is disposed so that the engagement piece 32a is engaged with the piece board height adjusting portion 14b and the other end portion is covered with the noodle dough.

  When the noodle dough and the piece board 32 have been set, the handle 16a of the cutting means 16 is moved up and down (in the direction of the arrow a) with respect to the cutting board 12. The vertical contact / separation motion of the handle 16a is converted into a vertical swing motion (in the direction of arrow b) by the multi-node link 22 connected to the cutting means 16. A multi-joint link 22 is connected to a rotating rod 24 via a connecting rod 23 at the rearmost end. Since the rotating rod 24 is formed in a crank shape, when one end side is moved in the vertical direction (in the direction of the arrow c) by the connecting rod 23, the other end side rotates with the direction orthogonal to the sliding direction of the cutting board 12 as the rotation axis. Make a movement (in the direction of arrow d). A horizontal reciprocating plate 25 is pivotally supported on the other end side of the rotating rod 24, and the rotating motion of the rotating rod 24 is converted into a horizontal motion in the same direction as the sliding direction of the cutting plate 12 (direction of arrow e).

  A lock portion 26 is fixed to the horizontal reciprocating plate 25. A cylindrical body 27 inserted through the rod 12b disposed on the lower surface of the cutting board 12 is fixed to the distal end portion of the lock portion 26. The locking portion 26 is applied with an urging force in a direction in which the cylindrical body 27 is inclined by the urging means 28 (in the direction of the arrow f), and the cylindrical body 27 is locked to the rod 12b. This locked state is locked in the direction in which the cutting board 12 slides (in the direction of the arrow e), but is free in the direction opposite to the direction in which the cutting board 12 slides. That is, the cylindrical body 27 locks and slides the cutting board 12 only with respect to the upward / downward movement movement of the handle 16a of the cutting means 16 with respect to the upward movement of the handle 16a.

  When the cutting board 12 slides, the stopper 12d provided on the cutting board 12 also slides. Since the stopper 12d is in contact with the locking material 37 of the noodle dough feeding means 30, the locking material 37 and the friction material 36 also slide in the sliding direction of the cutting board 12. In this way, the noodle dough is slid in the direction of the cutting means 16 while being sandwiched between the cutting board 12 and the friction material 36. The upper and lower limits of the sliding width of the cutting board 12 are determined by the connection state of the multi-node link 22, but the handle 16a of the cutting means 16 is swung up in the range of the upper and lower limits of the sliding width. The slide width depends on the amount. That is, the noodle thickness is varied within a predetermined noodle thickness range by changing the swing height of the handle 16a each time (or using it without being particularly aware of the swing height of the handle 16a). Can do. In addition, if the height of the handle 16a is kept constant, it is of course possible to make the thickness of the noodles cut even.

Thus, after all the noodle dough has been cut, it is necessary to return the slidable cutting board 12 to its original position. Basically, since the cylindrical body 27 is locked to the rod 12b, the urging force applied to the lock portion 26 is released by the lock release bar 40. When the lock part 26 is rotated in the direction opposite to the initial inclination direction against the urging force applied to the lock part 26, the axis of the cylindrical body 27 coincides with the axis of the rod 12b. Thereby, the cylindrical body 27 becomes free with respect to the rod 12b, and can return the cutting board 12 to the original position.
Since the urging force is applied to the lock release bar 40 in the same direction as the direction of the urging force applied to the cylindrical body 27 by the urging member 42, the lock release bar 40 and the lock portion 26 are locked in the normal state. The release lever 40 is separated from the release lever 40, and there is no possibility that the locked state of the cylindrical body 27 is unexpectedly released.

Although the noodle cutting device 10 has been described above based on the present embodiment, the noodle cutting device 10 according to the present invention is not limited to the present embodiment.
For example, although the form using the piece board 32 is described in the present embodiment, the form of the piece board 32 is not limited to the present embodiment. As another form, for example, the friction material 36 may be slid only on the lower surface of the piece plate 32. The point is that the noodle dough placed on the cutting board 12 is sandwiched with the cutting board 12 so that the slide of the cutting board 12 and the slide amount of the noodle dough can be synchronized. Of course, the noodle cutting device 10 without the piece board 32 may be used.

  Further, in the present embodiment, the multi-node link 22 is constituted by the four link plates 21, but if the noodle thickness adjustment is not required, the number of attached link plates 21 should be further reduced. Is possible.

It is a perspective view of a noodle cutting device. It is a perspective view which shows the connection mechanism of a multi-node link and a lock part. It is explanatory drawing which shows the state seen from the arrow A in FIG. It is explanatory drawing which shows the state which unlocked the lock part. It is a bottom view of the noodle dough feeding means. It is a see-through | perspective side view which shows the state with which the noodle dough feed means was mounted | worn with the noodle cutting device. It is explanatory drawing which shows operation | movement of a noodle cutting device. It is explanatory drawing which shows operation | movement of a noodle cutting device.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Noodle cutting device 12 Cutting board 12b Rod 14 Support stand 16 Cutting means 20 Cutting board slide mechanism 22 Multi-node link 24 Rotating rod 25 Horizontal reciprocating plate 26 Lock part 27 Cylindrical body 30 Noodle dough feeding means 32 Piece board 34 Pulley 36 Friction material 40 Lock Release bar 44 contact part

Claims (5)

A cutting board for placing the noodle dough,
A support base for slidably supporting the cutting board;
Cutting means for cutting the noodle dough;
A rod that is connected to the cutting means, converts the vertical movement of the cutting means into a movement perpendicular to the vertical direction of the cutting means, and is disposed on the lower surface of the cutting board along the extending direction of the cutting board; A multi-joint link comprising a plurality of link plates connected to the cutting means and provided with adjustment holes for converting the vertical movement of the cutting means into a swinging motion and adjusting the swinging width of the swinging motion. And is connected to the multi-node link, and locks to the rod when the cutting means moves upward, and slides the cutting board with a non-fixed width corresponding to the movement width of the cutting means, and the cutting means A sliding mechanism configured with a lock portion that is unlocked when the head moves downward,
A piece board covering the noodle dough, and a noodle dough feeding means for feeding the noodle dough in the direction of the cutting means according to the slide of the cutting board with respect to the piece board,
The noodle dough feeding means
An engagement piece that is provided on one end of the piece plate and engages with the support; a storage hole that pivotally supports the pulley through the plate thickness direction of the piece plate;
A rotating shaft provided at an end of the piece plate on the cutting means side;
A locking member disposed on a lower surface of the piece board and locked to a stopper provided on an upper surface of the cutting board;
A string fixed to the locking material, and a friction material fixed to the string,
The string and the friction material are wound in an endless shape around the pulley and the rotation shaft, and the friction material is disposed in a state of contacting the noodle dough,
The stopper is slid by the stopper along with the cutting of the cutting board, and the noodle dough is sent out to the cutting means side by moving the friction material in the sliding direction of the cutting board. apparatus.   2. The noodle according to claim 1, wherein the lock portion includes a cylindrical body through which the rod is inserted, and an urging unit that inclines the axis of the cylindrical body with respect to the axis of the rod. Cutting device.   The noodle cutting device according to claim 1 or 2, wherein the multi-node link is provided so that a distance between nodes can be adjusted and a sliding range of the cutting board can be adjusted. The noodle cutting device according to any one of claims 1 to 3, further comprising a lock release mechanism that releases the lock of the lock portion to the rod . The noodle cutting device according to any one of claims 1 to 4, wherein the piece board is supported by the support base so that a separation distance from the cutting board can be adjusted .

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