CN108523650A - Multifunctional wheaten food boils fishing machine, dish-washing machine and system of processing - Google Patents

Abstract

The invention discloses a kind of wheaten food systems of processing, including a kind of Multifunctional wheaten food to boil fishing machine and boil the dish-washing machine of fishing machine cooperation with the Multifunctional wheaten food.It includes that annular cooks noodles pond, cooks noodles column, bowl seat, draws ejection device, driving device that Multifunctional wheaten food, which boils fishing machine,；The annular, which cooks noodles, is equipped with work area of draining the pasta in pond, in work area of draining the pasta, cook noodles to be equipped on pond in annular and detain tongue, button tongue is equipped with gap with the column that cooks noodles；There are N number of, N >=3 on the column that cooks noodles, cooks noodles column setting and is cooked noodles in pond in the annular, cooks noodles column and is equipped with for the prenasal with the button tongue cooperation；The drawing ejection device for make it is described cook noodles column and lift or push, so as to cook noodles the opening on column to button tongue side overturning, and cook noodles the wheaten food in column and can fall into the tableware being arranged on the bowl seat；The driving device for drive it is described cook noodles column and cooked noodles in pond in the annular rotate.Dish-washing machine is equipped with the lock block apparatus coupled with driving device.It is mainly used for realizing the flow line production of wheaten food.

Description

Multifunctional pasta cooking machine, dishwasher and processing system

technical field

The invention relates to food processing equipment, in particular to a multifunctional pasta cooking machine, a dishwasher and a pasta processing system comprising the aforementioned multifunctional pasta cooking machine and the dishwasher.

Background technique

Since the processing method of pasta is mostly steaming, it has low requirements on processing technology and is suitable for the production of mechanical assembly line. Existing noodle processing machines include glutinous noodles, sliced noodles, etc. Based on the consideration of saving labor costs, the cooking process and bowling process can also be mechanically combined to form a processing system.

The Chinese patent document CN106175428A published on December 7, 2016 describes a noodle soup automatic noodle vending machine, which includes a cabinet, a conveying mechanism for conveying noodle bowls, a bowl-putting device, and is used to inject condiments and ingredients into the noodle bowls. A soup material adding mechanism for noodle soup and a noodle cooking system for cooking noodles; the noodle cooking system includes a noodle cooking mechanism and a noodle fishing mechanism for putting cooked noodles into noodle bowls, and the noodle cooking mechanism includes a noodle bucket, A noodle-cooking colander arranged in the noodle-cooking bucket and a lower device arranged above the noodle-cooking bucket and used to push the material surface into the noodle-cooking colander; the noodle-fishing mechanism includes a base fixed on the cabinet and a The mechanical arm is used to lift the colander for cooking noodles and put the cooked noodles into the noodle bowl; the noodle soup automatic noodle cooking vending machine also includes a conveying mechanism, a bowl placing device, a soup material adding mechanism and a noodle cooking system for controlling according to the customer's choice Automatic control system for work. In this technical solution, there are many component parts, and the coordination is complicated.

Contents of the invention

The invention object of the present invention is to provide a kind of pasta processing system, and this pasta processing system comprises a kind of multifunctional pasta cooking machine and the dishwasher that cooperates with this multifunctional pasta cooking machine.

In order to solve the problems of the technologies described above, the present invention adopts the following technical solutions:

Design a multi-functional noodle cooking machine, including an annular noodle cooking tank, a noodle cooking bar, a bowl seat, a top pulling device, and a driving device; Direction, the previous station in the Lo Mein area is the first station, the station in the Lo Mein area is the second station, the next station in the Lo Mein area is the third station, and the next station in the Lo Mein area is the third station. Inside, there is a button tongue on the annular noodle cooking pool, and there is a gap between the button tongue and the noodle cooking column; there are N noodle cooking columns, N≥3, and the noodle cooking column is arranged in the annular noodle cooking pool, The noodle bar is provided with a front nose for cooperating with the button tongue, when in the state of scooping up noodles, the front nose is in contact with the button tongue; the top pulling device is used to lift or press down the cooking noodle bar, When the top device lifts up the noodle bar, the button tongue presses the front nose, so that the opening of the noodle bar turns over to the side of the button tongue, and the pasta in the noodle bar can fall into the bowl seat or, when the top pulling device presses down the cooking noodle bar, the front nose presses the button tongue, so that the opening of the cooking noodle bar turns away from the button tongue side, and the cooking noodle bar The pasta can pass over the outer ring wall of the annular noodle cooking pool and fall above the bowl seat; the driving device is used to drive the noodle cooking bar to rotate in the annular noodle cooking pool.

Preferably, it also includes a fixing frame and a noodle cooking rack installation assembly; the annular noodle cooking tank is connected to the fixing frame; Above the noodle pool and coaxial with the annular noodle pool, the turntable is pivotally connected to the fixed frame, the annular noodle pool and the fixed frame are fixed together, and the noodle cooking bar mounting frame is connected to the turntable; the noodle cooking bar is connected to the noodle cooking bar Bar mount pivot connection.

Further, N strip-shaped protrusions are arranged on the lower surface of the turntable, and these strip-shaped protrusions are formed in a circular array with the axis of the turntable as the center; the driving device is installed on the fixed frame, including The first power unit and the central drive unit. The central drive unit includes a power distribution disc, a driving member of the top pulling device, and a bowl seat drive assembly. The power distribution disc is connected to the first power unit by transmission. The driving lever cooperates with the bar-shaped protrusions, so that when the power dispersion disc rotates one circle, one of the bar-shaped protrusions is driven by the driving lever to drive the turntable to rotate at an angle of 360°÷N, and the end surface of the power dispersion disc There are teeth, and the driving part of the top pulling device is arranged at the corresponding position on the tooth side of the power dispersion disc, so that the teeth drive the driving part of the top pulling device to move, and when the power dispersion disc rotates one circle, the driving part of the top pulling device drives The top pulling device reciprocates once, and the bowl seat drive assembly is arranged at the corresponding position on the tooth side of the power dispersion disc, so that the teeth drive the bowl seat drive assembly to move, and when the power dispersion disc rotates one revolution, the bowl seat drive assembly Drive the bowl seat to rotate 360°÷N angle. Using such a driving device requires only one driving unit, operates purely mechanically, and can realize accurate cooperation, while electronic cooperation needs to write software programs; it is easy to maintain, convenient and practical.

Still further, an adapter funnel is provided on the outer ring wall of the annular noodle cooking pool in the noodle fishing work area. When noodles are needed, the tableware is set on the bowl seat below the adapter funnel; The button tongue is arranged on the inner wall of the outer ring of the annular noodle cooking pool in the noodle work area, and the front nose is arranged on the noodle cooking bar, and is close to the button tongue and is arranged below the button tongue; The face rail mounting bracket is hingedly connected with the turntable.

Further, the driving part of the top pulling device is a gear; the top pulling device is a cam mechanism, and the cam mechanism includes a guide rail, a push rod, and a first cam, the guide rail is fixed with the fixed frame, and the first cam and the The driving part of the top pulling device is connected by transmission, and the ejector rod is arranged at the corresponding position below the noodle cooking rack installation frame connected to the noodle cooking rack in the second station, so that when the ejector rod is connected to the noodle cooking rack When the installation frame is jacked up, the button tongue presses the front nose, and then the noodle cooking bar is turned over to the side of the button tongue, and then the pasta in the noodle bar is dropped into the tableware below through the transfer funnel.

Still further, it also includes a water pipe switch and a heater; a water spout is also provided in the noodle loaf work area, and the water spout is connected to the water pipe switch pipeline; the heater is arranged in the noodle loo work area.

Furthermore, a coaxial second cam is fixedly connected to the power distribution disc; the water pipe switch is a push-type switch, and the pressing part of the push-type switch is set at a corresponding position so that when the power distribution disc rotates once , the second cam cooperates with the push switch to turn on or off the water pipe switch.

Compared with the prior art, the beneficial effect of the multifunctional pasta cooking and fishing machine of the present invention is: the multifunctional pasta cooking and fishing machine has the function of scooping noodles without the need for people to take part The noodle operation is clean and hygienic; the circular noodle cooking tank and more than 3 cooking bars are adopted, and the multi-functional noodle cooking machine can carry out the operations of bottoming, cooking and scooping noodles in a cycle, saving manpower and improving production efficiency; using circular noodle cooking pool, the multi-functional pasta cooking machine saves water resources and saves the energy required for heating water, thus heating quickly and occupying a small space.

Design a kind of dish washing machine, be used for cooperating with above-mentioned multifunctional noodle cooking machine, make the tableware after cleaning put on described bowl seat, comprise dishwashing module, tableware attitude adjustment slideway and gate blocking device; The head end of the tableware posture adjustment slideway is connected to the tableware outlet of the dishwashing module, and its tail end is provided with a downward inclination angle, and is arranged at a corresponding position outside the bowl seat, so that the tableware posture adjustment slideway The tableware that slides down can fall on the bowl seat corresponding to the first station or the outside of the second station; the gate blocking device is arranged at the tail of the tableware posture adjustment slideway, so that The tableware passing through the blocking device is adapted to the noodle fishing frequency of the multifunctional noodle cooking machine. The blocking device includes a base, a brake piece, and a reset element. The brake piece is movably connected with the base, and it can be extended into and Exit from the tableware posture adjustment slideway to prevent or release the tableware in the tableware posture adjustment slideway, one end of the reset element is connected with the brake piece, and the other end is connected with the base.

Further, the dishwashing module includes a tableware placement frame and a dishwashing device; the inlet end of the dishwashing device is connected to the end of the tableware placement frame, and the outlet end of the dishwashing device is connected to the entrance of the tableware posture adjustment slideway The ends are connected, and the dishwashing device includes a tableware conveying member, a high-pressure water jet and a second drive unit for driving the tableware conveying member. The tableware conveying member includes a spiral wire member and at least three longitudinal shaping ribs arranged on the side of the spiral wire member. The axis of the spiral wire should be within the geometric figure formed by the cross-sectional lines of the longitudinal shaped ribs, and the opening of the high-pressure water nozzle should be set accordingly, so that when the tableware conveying part is conveyed with tableware, the water sprayed from the high-pressure water nozzle can Rinse the inner surface of the tableware; the inlet end of the tableware posture adjustment slideway is provided with a baffle plate opposite to the outlet end of the dishwashing device, and an arc part arranged between the side and lower side of the outlet end of the dishwashing device, the arc The part is connected with the baffle to form a hook shape.

Compared with the prior art, the beneficial effect of the dishwasher of the present invention is: the dishwasher can slip the bowl to the bowl seat of the aforementioned multifunctional pasta cooking machine by using the tableware conveying mechanism, reducing labor costs, and it also With the function of cleaning tableware.

Design a kind of pasta processing system, comprise pasta processing machine, aforementioned multifunctional pasta cooking and fishing machine, aforementioned dishwasher; The pasta that the pasta processing machine outputs can enter in the described cooking bar that is positioned at the 3rd station place; Before the column is overturned, the dishwasher outputs a tableware to the tableware placement place on the bowl seat corresponding to the tail end of the tableware posture adjustment slideway.

Compared with the prior art, the beneficial effect of the present invention is: the pasta processing system requires low labor cost and high production efficiency by adopting the aforementioned multifunctional pasta cooking machine and the aforementioned dishwasher.

Description of drawings

Fig. 1 is the perspective structural diagram of a kind of multi-functional pasta cooking and fishing machine of the present invention.

Fig. 2 is the top view of a kind of multi-functional pasta cooking and fishing machine of the present invention.

FIG. 3 is a cross-sectional view along line A-A of FIG. 2 .

Fig. 4 is the bottom view of a kind of multifunctional pasta cooking and fishing machine of the present invention.

Fig. 5 is a structural diagram of a driving device of a multifunctional pasta cooking machine according to the present invention, wherein the driving member of the top pulling device is not shown in the figure.

FIG. 6 is a bottom view of FIG. 5 .

FIG. 7 is a front view of FIG. 5 .

FIG. 8 is a top view of FIG. 5 .

Fig. 9 is a structural diagram of a top pulling device of a multifunctional pasta cooking machine according to the present invention.

Fig. 10 is a right side view of Fig. 9 .

FIG. 11 is a top view of FIG. 9 .

Fig. 12 is a bottom view of the noodle cooking bar installation assembly and the noodle cooking bar of a multifunctional pasta cooking machine of the present invention.

FIG. 13 is a front view of FIG. 12 .

Fig. 14 is one of the structural diagrams of a dishwasher of the present invention.

Fig. 15 is the second structure diagram of a dishwasher according to the present invention.

Fig. 16 is a structural diagram of a locking device for a dishwasher according to the present invention.

Among the figure, 11 is an annular noodle cooking tank, 111 is a buckle tongue, 112 is an adapter funnel, 12 is a noodle cooking column, 121 is a front nose, 122 is a pivot shaft, 13 is a bowl seat, 131 is a middle hole, and 14 is a Pulling device, 141 is the guide rail, 142 is the ejector rod, 143 is the first cam, 144 is the balance bar, 15 is the driving device, 151 is the power distribution disc, 1511 is the gear surface, 1512 is the bevel tooth surface, 1513 is the driving rod , 1514 is the connecting shaft, 1515 is the second cam, 1516 is the third cam, 152 is the bowl transmission part, 1521 is the bevel tooth surface, 1522 is the connecting shaft, 153 is the bowl driving gear, 1531 is the gear surface, 154 is Pulling top device driver, 1541 is a bevel tooth surface, 16 is a fixed frame, 17 is a cooking noodle column installation frame, 18 is a rotating disk, 181 is a hinged installation position, 182 is a supporting bone, and 183 is a bar-shaped protrusion.

31 is a tableware placement frame, 321 is a spiral wire piece, 322 is a longitudinal shaping rib, 323 is a chain ring, 33 is a second drive unit, 34 is a chain, 35 is a tableware posture adjustment slideway, 351 is a baffle plate, and 352 is an arc Part, 36 is the gate blocking device, 361 is the base, 3611 is the top spring limiter, 3612 is the side limiter, 362 is the gate, 363 is the reset element, 37 is the waste water collection tank, 371 is the hot water collection tank , 372 is a cold water collection tank, 381 is a high-pressure hot water spout, 382 is a high-pressure cold water spout, and 383 is a heating and disinfection device.

9 is the noodles work area, 91 is the first station, 92 is the second station, 93 is the third station, 94 is the first tableware station, 95 is the second tableware station, and 96 is tableware.

Detailed ways

The specific implementation of the present invention will be described below in conjunction with the accompanying drawings and examples, but the following examples are only used to describe the present invention in detail, and do not limit the scope of the present invention in any way.

Embodiment 1: A multifunctional pasta cooking machine, referring to Fig. 1-13, includes an annular noodle cooking pool 11, a noodle cooking column 12, a bowl seat 13, a top pulling device 14, a driving device 15, a fixed frame 16, and a noodle cooking machine. Bar installation components. The shape of the fixing frame 16 is set according to the parts to be fixed in this embodiment, which is very conventional and does not require creative work.

In this embodiment, the bowl seat 13 is an annular plate with a middle hole 131 , and internal teeth are arranged on the wall of the middle hole 131 .

Referring to Fig. 1-4, the annular noodle cooking pool 11 is welded and fixed with the fixed frame 16, the purpose is to realize the relative positioning of the annular noodle cooking pool 11 and the fixed frame. If those skilled in the art replace the relative motion relationship between the annular noodle cooking pool 11 and the noodle bar 12, the annular noodle cooking pool 11 and the fixed frame 16 can also be pivotally connected, that is, the annular noodle cooking pool 11 can rotate. The shape of the annular noodle pool 11 is that it is annular for the area for cooking noodles, so that the noodle bar 12 can rotate in the annular noodle pool 11 like this. The noodle cooking area 9 is arranged in the annular noodle pool 11, along the direction of rotation of the noodle cooking bar 12, the previous station in the noodle cooking area is the first station, and the station in the noodle cooking area is the second station. The next station in the noodle work area is the third station. Referring to Fig. 2, in the present embodiment, the noodle cooking column 12 rotates clockwise, so the first station corresponds to the position of the noodle cooking column indicated by 91, and the noodle cooking column 12 rotates clockwise in the present embodiment. Two stations are corresponding to the position of the boiled noodle column indicated by 92, and the third station is corresponding to the position of the boiled noodle column indicated by 93. In the noodle work area 9, a buckle tongue 111 is provided on the annular noodle pool 11, as shown in Figure 3, the shape of the buckle tongue 111 is an arc curved on the front nose 121 side, and one end thereof is connected to the annular noodle pool 11. The outer ring wall is welded. In order to make the effect better, the end of the buckle tongue 111 is provided with a downwardly bent hook. There is a gap between the button tongue 111 and the cooking noodle bar 12, and this gap is to prevent the position of the cooking noodle bar 12 (especially the upper front nose 121) from being in contact with the button tongue 111 when the noodle cooking bar rotates; The top device 14 is used to lift the noodle cooking column 12. The specific implementation is that the top pulling device 14 is arranged below the noodle cooking column installation assembly, and the noodle cooking column installation assembly is pushed by the top pulling device 14 so that the noodle cooking column 12 is lifted. When the top pulling device 14 is arranged on the top of the cooking noodle bar installation assembly, the cooking noodle bar installation assembly needs to be lifted by the top pulling device 14, so that the above-mentioned purpose can also be achieved. In this embodiment, the buckle tongue 111 is arranged in the noodle-lobbling working area 9 and on the outer ring wall of the annular noodle cooking pool 11 .

Referring to Fig. 1-3 and Fig. 12-13, there are N noodles cooking columns 12, N≥3, and the noodle cooking columns 12 are arranged in the annular noodle cooking pool 11. In this embodiment, there are 12 noodle cooking columns 12, with The axis of the annular noodle cooking pool is the center of the circle, and the annular array is arranged in the annular noodle cooking pool 11 . Boiling noodle column 12 is a basket, promptly the surface of boiling noodle column 12 should be provided with permeable hole, and the diameter of permeable hole should be less than the size of filled pasta in the boiling noodle column, so just can avoid pasta from leaking in boiling noodle column 12. The noodle bar 12 is provided with a front nose 121 that is used to cooperate with the button tongue 111. In the present embodiment, the front nose 121 is annular with holes, so that the hook portion of the button tongue 111 can be inserted into the front nose 121 and pulled by the hook. The front nose 121, when the noodle bar 12 can be turned over, the buckle tongue 111 and the front nose 121 are a snap-fit movable connection mode. Both sides are also provided with pivot shaft 122, in order to reduce the width of the noodle cooking area of the annular noodle pool 11, the pivot shaft 122 should be set lower than the front nose 121, so that the noodle bar 12 can be turned over with the pivot shaft 122 as the axis. , the top of the cooking noodle bar 12 is inclined to the button tongue side, and its upper movement distance is short, so the outer ring side gap of the noodle bar 12 and the annular cooking noodle pool 11 can be set to be smaller. According to the characteristics of the overturning motion, when the same noodle cooking bar 12 was mentioned relative to the annular noodle pool 11, in other embodiments, the buckle tongue 111 can also be arranged on the inner ring wall of the annular noodle pool 11, and the front nose 121 can also It is arranged on the side close to the button tongue 111, so that the turning of the noodle bar 12 can also be realized. At this time, the pivot shaft 122 should be arranged higher than the front nose 121.

Referring to Figures 1-3 and Figures 12-13, the noodle cooking rack mounting assembly includes a turntable 18 and a noodle cooking rack mounting frame 17, the turntable 18 is arranged above the annular noodle cooking pool 11 and is coaxial with the annular noodle cooking pool 11, and the turntable 18 pivots Be connected on the fixed mount 16, because the rotating disk 18 is pivotally connected with the fixed mount 16, like this, it is also possible to fix the annular noodle pool 11 with the fixed mount 16. Generally, the rotating disk 18 is connected with the fixed mount 16 by bearings. As shown in Figure 3, the shape of the rotating disk 18 is similar to the movable claw of a folding umbrella, and the side is provided with a hinged mounting position 181, and a bracket 182 is provided on the outside of the hinged mounting position 181 and the upper surface of the rotating disk 18. The surface is provided with N strip-shaped protrusions 183 (12 in this embodiment), and these 12 strip-shaped protrusions 183 are formed in a circular array with the axis of the turntable 18 as the center. It should be understood that the strip-shaped protrusions 183 are not It is not limited to the straight line in Fig. 12, it can also be an arc line, which has an opening; the cooking noodle column mounting frame 17 is connected with the turntable 18, in this embodiment, the cooking noodle column mounting frame 17 is installed on the hinged mounting frame through a hinge shaft. On the position 181, the two ends of the hinged shaft are fixedly connected with the turntable 18, and the other end of the cooking noodle bar installation frame 17 is provided with a door-shaped structure, and the two feet of the door-shaped structure are respectively provided with a U-shaped structure for supporting the cooking noodle bar 12. Holder, U-shaped holder is arranged on the both sides of cooking noodle column 12. The noodle cooking bar 12 is pivotally connected to the noodle cooking bar installation frame 17. In this embodiment, the pivot shaft 122 is overlapped and arranged in the U-shaped support. Like this, the part that pulls top device 14 concrete top pushes is cooking noodle bar installation frame 17, convenient and easy to realize. Since the function of the top pulling device 14 is to provide the turning power of the cooking noodle column 12, in other embodiments, the top pulling device 14 can directly act on the cooking noodle column 12, so that the top pulling device 14 can be other deformations such as swing output , when the top pulling device 14 is a swing output, the button tongue 111 is arranged on the annular noodle pool 11 by the top pulling device 14, that is, the button tongue 111 is arranged on the end of the push rod of the top pulling device 14, and the top pulling device 14 is fixed on the annular noodle pool 11.

Because the action mode that the top pulling device is selected to lift the cooking noodle column in this embodiment, when the noodles need to be scooped up, the top pulling device 14 pushes the cooking noodle column mounting frame 17, and the cooking noodle column mounting frame 17 breaks away from the bracket 182 and sideways Upward, the noodle cooking bar 12 (corresponding to the noodle cooking bar 12 at the second station 92 ) lapped in the U-shaped holder rises, after that, the button tongue 111 contacts the front nose 121, and along with the noodle cooking bar 12 Continue to rise, the button tongue 111 presses the front nose 121, the opening of the cooking noodle column 12 turns over to the button tongue 111 side, and the pasta in the cooking noodle column 12 slides out from the upper opening of the cooking noodle column 12, and crosses the annular cooking noodle The outer wall of the pool 11 falls into the top of the bowl seat 13. Generally, above the bowl seat 13, tableware for accepting pasta is set. The tableware can be placed on the bowl seat 13, or can be held by a person. This tableware can be a bowl, a plate , in the present embodiment, this tableware selects bowl for use.

In this embodiment, an adapter funnel 112 is provided on the outer ring wall of the annular noodle cooking pool 11 in the noodle work area 9, corresponding to the top of the second tableware position 95. On the bowl seat 13 below the connecting funnel 112, when the pasta slides out from the upper opening of the cooking noodle bar 12 like this, it falls in the connecting funnel 112 and falls on the tableware below from the lower opening of the connecting funnel 112, which can avoid A sprinkle of pasta.

1-8, the driving device 15 is installed on the fixed frame 16, and is used to drive the noodle cooking column 12 to rotate in the annular noodle cooking pool 11. In this embodiment, a power unit is used to drive the top pulling device 14 to output lifting power after the driving device 15 converts the motion form, drives the noodle cooking bar 12 to rotate in the annular noodle cooking pool 11, and drives the bowl seat 13 to rotate, including The first power unit (not pictured), the central drive unit. The central driving unit includes a power dispersion disc 151, a top pulling device driving member 154, and a bowl seat drive assembly. The power dispersion disc 151 is connected to the first power unit by transmission. In this embodiment, the first power unit uses a motor, and the motor is installed on the fixed frame 16, gears are installed on the output shaft of the motor, and the power dispersion disc 151 is pivotally connected on the fixed frame 16, and its gear surface 1511 is provided with teeth (not shown) that cooperate with the gears, and can also be set as required. Gearbox, to adjust the rotational speed ratio of motor and power distribution disc 151.

The upper end surface of the power distribution disc 151 is provided with a driving lever 1513, and the driving rod 1513 cooperates with the bar-shaped protrusion 183, so that when the power distributing disc 151 rotates one revolution, one of the bar-shaped protrusions 183 is driven by the driving rod 1513 to drive the turntable. 18 rotate the angle of 360°÷N, which corresponds to 30° in this embodiment. When the power dispersion disc 151 rotates, the driving lever 1513 enters from the opening formed by the bar-shaped protrusion 183, and transfers the bar-shaped protrusion 183 and makes the After the rotating disk 18 rotates 30°, the driving lever 1513 turns out from the opening, and after the power dispersion disc 151 rotates for one week, the next time, the driving lever 1513 enters from the opening formed by the next bar-shaped protrusion 183, and circulates successively. The end face of the power distribution disc 151 is provided with teeth, and the top puller driver 154 is arranged on the corresponding position of the tooth side of the power distribution disc 151, so that the teeth drive the top puller driver 154 to move, and the top puller driver 154 moves on the power distribution disc. When 151 rotates one week, the driving part 154 of the top pulling device drives the top pulling device 15 to reciprocate once; Drawing), the driving part 154 of the top pulling device is a bevel gear with a shaft that matches the bevel teeth on the bevel tooth surface 1512, and the driving part 154 of the top pulling device is pivotally connected to the fixed frame 16, corresponding to the bevel tooth surface 1541 in the figure Bevel teeth are set; when the power dispersing disc 151 rotates to the driving part 154 of the top pulling device, the bevel teeth are engaged with the driving part 154 of the top pulling device to drive the driving part 154 of the top pulling device to move. When part 154 place, bevel tooth is separated from top pulling device driving part 154, and pulling top device driving part 154 is static. The bowl seat drive assembly is arranged at the corresponding position on the tooth side of the power dispersion disc 151, so that the teeth drive the bowl seat drive assembly to move, and when the power dispersion disc rotates one revolution, the bowl seat drive assembly drives the bowl seat to rotate 360°÷N Angle. In this embodiment, it is also located under the power dispersion disc 151. The bowl drive assembly includes a bowl transmission member 152 and a bowl drive gear 153. The bowl transmission member includes a bevel gear and a connecting shaft 1522 coaxially arranged with the bevel gear. The connecting shaft 1522 is pivotally connected to the fixed frame 16, the bowl seat transmission member 152 is provided with a bevel tooth surface 1521, and the bevel tooth surface 1521 is provided with teeth (not shown) that cooperate with the bevel teeth on the bevel tooth surface 1512. Seat driving gear 153 is connected with the internal gear transmission on the middle hole 131 of the bowl seat 13, when the power dispersion disc 151 rotates to the bowl seat transmission part 152, the bevel teeth and the bowl seat transmission part 152 are engaged to drive the bowl seat transmission part 152 Movement, the bowl seat transmission part 152 drives the bowl seat drive gear 153 to rotate coaxially through the connecting shaft 1522, when the power dispersion disc 151 leaves the bowl seat transmission part 152, the bevel teeth are separated from the bowl seat transmission part 152, and the bowl seat transmission part 152 At rest, at this moment, the bowl seat has rotated an angle of 360°÷N, which corresponds to 30° in this embodiment.

Referring to Fig. 1-4 and Fig. 9-11, the top pulling device 14 is a cam mechanism, and the cam mechanism includes a guide rail 141, a push rod 142, and a first cam 143. The driving part 154 of the device is connected by transmission. The function of the guide rail 141 is to make the push rod 142 move along the direction defined by the guide rail 141, so the shape of the guide rail 141 can be set as required. In this embodiment, the guide rail 141 is provided with a rectangular shape slightly larger than the push rod 142 hole, the ejector rod 142 is pierced in the guide rail 141, the first cam 143 selects the connecting plate, and the other end of the shaft of the top pulling device driver 154 is equipped with an enlarged wheel (the driving lever is also possible), and one end of the first cam 143 It is hinged on the enlarged wheel, and the other end is hinged with the push rod 142 . In this embodiment, the cam mechanism also includes a balance bar 144, which is used to connect the guide rail 141, and the fixed frame 16 at the balance bar 144 is ┌-shaped, and the enlarged wheel is arranged at the middle part of the ┌-shaped cross bar (it can be above the cross bar , can be at the bottom, or open a hole in the cross bar and pass through the cross bar as in this embodiment), the middle part of the balance bar 144 is hinged with the first cam 143, and one end is hingedly connected with the end of the ┌-shaped vertical bar. The side of the other end is provided with a boss, and the bottom of the guide rail 141 is provided with a U-shaped mouth. The opening of the U-shaped hole faces the boss side and is stuck on the boss. When the enlarged wheel rotates, it drives the first cam 143 to lift or put down the balance bar 144. Since one end of the balance bar 144 is hinged and fixed, the other end of the balance bar 144 has an amplifying effect on the stroke, and the convex column at this end drives the push rod 142 to rise or Descending, its horizontal distance shortens when the balance bar 144 rises, and the length of its horizontal distance elongation when descending is made up by the U-shaped mouth. The push rod 142 is arranged at the corresponding position below the noodle cooking rack installation frame 17 connected to the noodle cooking rack in the second station 92, so that when the push rod 142 lifts the noodle cooking rack installation frame 17 to a sufficient length, When the button tongue 111 presses the front nose 121, the noodle cooking column 12 is turned over to the tongue 111 side, and then the pasta in the noodle column 12 can be dropped into the tableware below through the transfer funnel 112.

Referring to FIG. 1 , in the present embodiment, the relative positional relationship between the bar-shaped protrusion 183 and the noodle-cooking rack installation frame 17 is that the bar-shaped protrusion 183 and the noodle-cooking rack installation rack 17 are at a relative interval of 15°. The relative positional relationship of the parts of the driving device 15 is: when the bevel tooth surface 1512 is at the 3 o'clock direction, the top pulling device driver 154 is at the 6 o'clock direction, the driving lever 1513 is at the 9 o'clock direction, and the bowl seat transmission member is at the 12 o'clock direction. o'clock direction. Assuming that the bevel tooth surface 1512 is at the 9 o’clock position, the power distribution disc 151 rotates clockwise, the bevel tooth surface 1512 is firstly engaged with the bowl seat transmission part 152, and drives the bowl seat drive gear 153 to rotate clockwise through the bowl seat transmission part 152 , the bowl seat driving gear 153 drives the bowl seat connected with the gear to rotate clockwise, when the bowl seat rotates 30°, the bevel tooth surface 1512 and the bowl seat transmission part 152 are disengaged, and the bowl seat is stationary. In this case, the tableware should Placed at the first tableware position 94, the tableware is just below the transfer funnel 112 after the bowl seat rotates 30°. At the same time, or slightly earlier or slightly later, the driving rod 1513 enters from the opening of a bar-shaped protrusion 183, and after the bar-shaped protrusion 183 is moved to rotate the turntable 18 by 30°, the driving rod 1513 enters from the opening. Exit, at this moment, the noodle cooking column 12 of the pre-cooking noodle operation is located at the first station 91, the noodle cooking column 12 that needs to be scooped up is at the second station 92, and the noodle cooking column 12 that has been scooped up is at the third station. at the workstation. After both steps are completed, the power distribution disc 151 continues to rotate, and then the power distribution disc 151 is engaged with the driving part 154 of the top pulling device 154, so that the push rod 142 of the top pulling device 14 is driven to lift the cooking noodle column installation frame 17, and the noodles are cooked. The column mounting frame 17 drives the cooking noodle column 12 at the second station to turn over, and the pasta slides out from the cooking noodle column 12 and falls into the tableware above the bowl seat through the transfer funnel 112; the power dispersion plate 151 and the top pulling device After the driving part 154 is disengaged, due to gravity, the push rod 142 falls, and the cooking noodle column 12 falls and resets; meanwhile, or slightly earlier or slightly later, the driving lever 1513 has rotated to the opening of the next bar-shaped protrusion 183 . When the power dispersing disc 151 starts to rotate in the next circle, the above cycle is repeated, and the difference from the previous cycle is that the driving rod 1513 will enter from the opening of the next bar-shaped protrusion 183 and move the bar-shaped protrusion 183 .

Compared with the prior art, the beneficial effects of the multifunctional noodle cooking machine of the present invention are: the multifunctional noodle cooking machine has the function of scooping noodles by using the cooperation of the top pulling device, the buckle tongue and the front nose; , More than 3 cooking columns, the multi-functional pasta cooking and fishing machine can carry out the operation of bottoming, cooking and fishing noodles in a cycle to improve production efficiency; the circular noodle cooking tank is adopted, and the multi-functional pasta cooking and fishing machine saves water resources and saves heating Water requires less energy and thus heats up quickly and takes up little space.

Embodiment 2: A multifunctional pasta cooking machine, see Figure 1-13, as an improvement to Embodiment 1, in this embodiment, a water pipe switch (not pictured), a heater (not pictured), a linear pusher Rod (not pictured); also be provided with water spout (not pictured) in Lao noodle work area 9, water spout and water pipe switch are connected by pipeline, and water spout is fixed on the inner ring wall of annular noodle cooking pool 11; heating The machine is set in the lo mein work area.

For the convenience of arranging water nozzle and heater parts and providing the space required for turning over the noodle cooking bar 12 at the second station 92, in the noodle work area 9, the noodle cooking area of the annular noodle cooking pool 11 is provided with a ring The extended widening area at the heart place, heater, water nozzle are all arranged on the pool wall of the annular noodle cooking pool 11 at the widening area place. Arranging in this way can reduce the space ratio of the noodle cooking area of the annular noodle cooking pool 11 as much as possible, which is conducive to making noodle cooking with less water and saving energy.

In this embodiment, the coaxial second cam 1515 and the third cam 1516 are fixedly connected to the power dispersion disc 151. Referring to Fig. 1-8, the axis of the power dispersion disc 151 extends downward, and the second cam 1515 and the third cam 1516 are provided at different heights on the side of the shaft. The water pipe switch is selected as a push-type switch, and the pusher of the push-type switch is set at the same height as the second cam 1515, and when the power dispersion disc 151 rotates one circle, the second cam 1515 can touch and press the push-type switch once, so that The water pipe switch is in an open state, and when the second cam 1515 is separated from the pressing member, the water pipe is in a cut-off state.

The linear push rod is used to establish a linkage relationship with other equipment, including a guide rail, a reset element and a push rod limited by the guide rail, which is similar to the structure of the guide rail 141 and the ejector rod 142 of the top pulling device 14. There is a push rod limiting part, the guide rail is welded on the fixed frame 16, and the push rod is installed on the guide rail through the spring in turn, and the guide rail is provided with a guide rail limiting part for the limit spring, and the two ends of the spring are connected to the push rod respectively. Rod limiter and rail limiter. The push rod is perpendicular to the axis of the third cam 1516 and is horizontally arranged on the same height of the third cam 1516. When the third cam 1516 contacts one end of the push rod, the third cam 1516 presses the push rod. When the third cam 1516 contacts the push rod When disengaged, the spring resets the ejector rod. Linear actuator can also choose limit switch.

Referring to Fig. 1, the second cam 1515 is at the 3 o'clock direction, the third cam is at the 9 o'clock direction, the water pipe switch is set at the 6 o'clock direction, and the water inlet terminal of the water pipe switch is connected to tap water. When jacking up the noodle cooking rack installation rack, the second cam 1515 contacts the pressing part of the water pipe switch. When the noodle cooking bar 12 at the first station is lifted and turned over, the water pipe switch is in the open state, and the tap water passes through the water pipe switch from the spray water. Mouth sprays, and sprays to the pasta in the noodle bar 12, this process promptly is the process to the pasta cooling, is also the process of replenishing water to the annular noodle pool 11. Then the power distributing disc 151 is disconnected from the driving member 154 of the top pulling device, the second cam 1515 is also separated from the water pipe-shaped pressing member, and the water pipe switch is cut off.

Embodiment 3: A multifunctional pasta cooking machine, referring to Fig. 1-13, as another implementation, the difference from Embodiment 1 is that if the method of lifting and cooking the noodle column installation frame 17 is adopted, it is better One way to realize is to realize the suction and pull hook through the electromagnet. If the method of pressing and pressing the cooking noodle column 12 is adopted, the top pulling device 14 should be set upside down, and the button tongue 111 should be arranged at the end of the ejector rod 142. 12 of the front nose, so that the cooking noodle bar is turned over.

Embodiment 4: A dishwasher, used to cooperate with the above-mentioned multifunctional pasta cooking machine, to place the cleaned tableware on the bowl seat 13. In FIG. 2, it corresponds to the first tableware position 94 or the first tableware position. Two cutlery positions 95, the second cutlery position 95 corresponds to the position where the food in the cooked noodle column 12 slides when the second station 92 is turned over. The last station before the second tableware station 95. It includes a dishwashing module, a tableware posture adjustment slideway 35, and a blocking device 36, wherein the dishwashing module includes a tableware placement rack 31 and a dishwashing device.

Referring to Figures 15-16, the tail of the tableware attitude adjustment slideway 35 can correspond to the first tableware position 94, and can also correspond to the second tableware position 95. The shape of the tableware attitude adjustment slideway 35 should be placed according to the placement of the tableware on it. The posture is set, and the purpose is to make the opening of the tableware falling on the corresponding position of the bowl seat 13 face up, that is to say, it can also only have the function of a slideway. The tail end of the tableware posture adjustment slideway 35 is provided with a downward inclination, and is arranged on the corresponding position outside the bowl seat 13, so that the tableware that slides down from the tableware posture adjustment slideway 35 can fall on the position corresponding to the first tableware position 94 or On the bowl seat at the second tableware position 95 places; The gate blocking device 36 is arranged on the afterbody of the tableware posture adjustment slideway 35, so that the tableware passing through from this gate blocking device 36 place is similar to the noodle frequency of the multifunctional pasta cooking machine. adaptation.

Referring to Figures 15-16, the gate blocking device 36 includes a base 361, a gate 362, and a reset element 363, the gate 362 is movably connected to the base 361, one end of the reset element 363 is connected to the gate 362, and the other end is connected to the base 361 . In this embodiment, the reset element 363 is a top spring, the base 361 is provided with a top spring limiter 3611, the side of the base 361 is equipped with a side limiter 3612, the side limiter 3612 is a bolt, and the brake piece 362 Choose an L-shaped plate, and at least one vertical strip hole is provided on the vertical plate of the L-shaped plate, and a perforation for being fitted with the base 361 is provided on the horizontal plate of the L-shaped plate. When installing, reset The component 363 is set on the base 361, and its bottom end is in contact with the top spring stopper 3611, so that the perforation on the horizontal plate of the brake piece 362 is aligned with the base 361, and the brake piece 362 is set on the base 361, and then the The side limiting member 3612 is installed on the base 361 through the bar-shaped hole on the pad 362 . The lowermost end of the strip hole is the lowest position of the brake plate 362. At this time, the brake plate 362 withdraws from the tableware posture adjustment slideway 35, and the uppermost end of the strip hole is the highest position of the brake plate 362. At this time, the brake plate 362 Enter the tableware posture adjustment slideway 35, and block the tableware placed in the tableware posture adjustment device 25 from falling.

Referring to Fig. 14, the inlet end of the dishwashing device is connected with the end of the tableware placement rack 31, and the outlet end of the dishwashing device is connected with the inlet end of the tableware attitude adjustment slideway 35. The mouth and the second drive unit 33 for driving the tableware conveying part, in the present embodiment, the tableware conveying part comprises a spiral wire part 321 and at least three longitudinal shaping ribs 322 arranged on the side of the spiral wire part 321, the axis of the spiral wire part 321 It should be within the geometric figure formed by the cross-sectional lines of the longitudinal shaped ribs, so that the tableware in it can be avoided from leaking out when the tableware conveying member rotates. The outer diameter of the spiral wire member 321 is larger than the diameter of the tableware, and its inner diameter is smaller than the diameter of the tableware. The openings of the high-pressure water jets are arranged correspondingly, so that when tableware is conveyed on the tableware conveying part, the water sprayed from the high-pressure water jets can wash the inner surface of the tableware. In this embodiment, there are two high-pressure water jets, including setting In the high-pressure hot water spout 381 and the high-pressure cold water spout 382 that are arranged in sequence, wherein the high-pressure hot water spout 381 is closer to the tableware placement rack 31, and the other side of the high-pressure cold water spout 382 is provided with a heating and disinfection device 383, and the heating and disinfection device 383 includes Infrared heater and ultraviolet sterilizer, the heating and disinfecting device 383 should be arranged on the top of the tableware conveying part, and be arranged in an inverted U shape, so the effect is better. A waste water collection tank 37 is also arranged below the tableware conveying part, and a hot water collection tank 371 and a cold water collection tank 372 are separated by a partition in the waste water collection tank 37, corresponding to the high-pressure hot water spout 381 and the high-pressure cold water spout 382 above respectively.

Referring to Fig. 14, since in the present embodiment, the tableware conveying part adopts the principle of screw conveying, one end of the tableware conveying part is connected with a fixed ring, and the other end is connected with a chain ring 323, and the inner holes of the fixed ring and chain ring 323 are connected with the helical wire parts. The outer surface of 321 is welded and fixed. During installation, the fixed frame is provided with a collar, and the fixed ring is pivotally connected in the collar, so that the fixed ring can rotate while being fixed. The second driving unit is a motor equipped with a sprocket, and the chain ring 323 is connected to the second driving unit through a chain 34 . In other embodiments, the tableware conveying member can also be a chain conveyor belt, and a tableware dial is arranged on the chain plate of the chain conveyor belt.

Referring to Fig. 14, the inlet end of the tableware posture adjustment slideway is provided with a baffle plate 351 opposite to the outlet end of the dishwashing device, and an arc 352 arranged between the side below the outlet end of the dishwashing device, and the arc 352 is connected to the baffle plate. 351 are connected to form a hook shape, and the arc portion 352 should be set to a shape that protrudes toward the side of the baffle plate 351, so that when the tableware slides out from the outlet end of the dishwashing device, it is in an accelerated state, and the upper end of the mouth of the bowl or the mouth of the dish is not easy to lose quickly Attitude adjustment errors caused by obstruction.

In order to cooperate with the multifunctional pasta cooking machine in Embodiment 2, on the running direction of the brake disc 362, the base 361 is provided with a wire hole, and the bowl swing device also includes a backguy, and the backguy passes through the wire hole, and one end thereof is connected to the wire hole. Brake 362 is fixedly connected, and the other end is fixedly connected with the ejector rod in embodiment 2, and when the ejector rod is in the initial state, brake leaf 362 is in the initial state, that is, the gate blocking device 36 is in the cut-off state, when the ejector rod is subjected to the third When the cam 1516 is pushed, the brake plate 362 is in a pull-down state, that is, the gate blocking device is in an open state. The shape of the third cam 1516 should meet the requirement that one cutlery can be passed through once the gate blocking device is opened.

During work, take the tableware 96 as a bowl as an example, the mouth of the tableware 96 faces the tableware conveying part side, and is placed upright on the tableware placement rack 31. Since the inner diameter of the spiral wire part 321 is smaller than the diameter of the tableware 96, the tableware conveying part can hold the tableware. 96 forms a blocking effect. When the second drive unit drives the tableware conveying member to rotate, when the end phase of the spiral wire member 321 reaches the upper part of the spiral conveying member, as its phase changes, it is inserted into the rear of the bowl, so that the bowl enters the spiral wire In the spiral channel of the screw part 321, washing, heating and disinfection are carried out in the channel. At the exit, when the end phase of the spiral wire part 321 reaches the top of the screw conveying part, the bottom of the bowl is not blocked and begins to slide down, sliding along the arc part 352 to When the baffle plate 351 slides sideways along the tableware posture adjustment slideway 35 to the end of the tableware posture adjustment slideway 35, the posture is adjusted to be upwards and blocked by the gate blocking device 36. When the third cam 1516 was connected with the ejector pin, the gate blocking device was in open state, and after a bowl was slid out, when the third cam 1516 was separated from the ejector pin, the gate blocking device was in the cut-off state.

Compared with the prior art, the beneficial effect of the dishwasher of the present invention is: the dishwasher can slip clean bowls to the bowl seat of the aforementioned multifunctional pasta cooking machine by using the tableware conveying mechanism, reducing labor costs.

Embodiment 5: a kind of pasta processing system, comprises pasta processing machine (not drawn), the multifunctional pasta cooking machine of embodiment 2, the dishwasher of embodiment 4; The outlet of pasta processing machine is arranged at the 3rd station 93 The corresponding position above, so that the pasta output from the pasta processing machine can enter in the cooking noodle column 12 at the third station 93; Before the device 14 turns the noodle cooking column 12 over, the dishwasher outputs a tableware to the tableware placement place of the bowl seat corresponding to the tail end of the tableware posture adjustment slideway. In this embodiment, the tableware is a bowl.

The pasta made by the equipment of the present invention can be dumplings, stewed noodles, glutinous rice noodles, and sliced noodles. Since there are glutinous rice noodles and sliced noodles processing machines on the market, the optimal application mode is to make glutinous rice noodles and sliced noodles.

The present invention has been described in detail above in conjunction with the accompanying drawings and embodiments. However, those skilled in the art can understand that each specific parameter in the above embodiments can also be changed without departing from the spirit of the present invention. A number of specific embodiments are formed, all of which are common variation scopes of the present invention, and will not be described in detail here.

Claims (10)

1. a kind of Multifunctional wheaten food boils fishing machine, which is characterized in that cook noodles pond including annular, cook noodles column, bowl seat, drawing ejection device, drive Dynamic device；The annular, which cooks noodles, is equipped with drain the pasta work area, along the rotation direction for cooking noodles column, the upper work in work area of draining the pasta in pond Position be the first station, positioned at work area of draining the pasta station be second station, work area of draining the pasta next station be 3rd station on, It drains the pasta in work area, cook noodles to be equipped on pond in annular and detain tongue, button tongue is equipped with gap with the column that cooks noodles；There is N number of, N on the column that cooks noodles >=3, it cooks noodles column setting and is cooked noodles in pond in the annular, cook noodles column and be equipped with for the prenasal with the button tongue cooperation, when in fishing When surface state, prenasal is in contact with button tongue；The drawing ejection device for make it is described cook noodles column and lift or push, make when drawing ejection device It cooks noodles when being lifted on column, the button tongue presses the prenasal, so as to cook noodles the opening on column to button tongue side overturning, and cooks noodles the face in column Food can be fallen into the tableware being arranged on the bowl seat, alternatively, when drawing ejection device to make to cook noodles column pushing, the prenasal presses The button tongue so as to cook noodles the opening on column to far from button tongue side overturning, and cooks noodles the wheaten food in column and can cross annular and cook noodles pond External annulus fall in the top of the bowl seat；The driving device for drive it is described cook noodles column and cooked noodles in pond in the annular turn It is dynamic.

2. Multifunctional wheaten food as described in claim 1 boils fishing machine, which is characterized in that further include fixed frame, cook noodles column installation group Part；The annular cooks noodles pond and is connect with the fixed frame；The column mounting assembly that cooks noodles includes turntable, cooks noodles column mounting bracket, is turned Disk setting cooks noodles above pond in the annular and cooks noodles that pond is coaxial, and turntable is articulated on fixed frame with annular, annular cook noodles pond with Fixed frame is fixed together, and cooks noodles column mounting bracket and is connect with turntable；The column that cooks noodles is pivotally connected with the column mounting bracket that cooks noodles.

3. Multifunctional wheaten food as claimed in claim 2 boils fishing machine, which is characterized in that be equipped in the lower surface of the turntable N number of Strip bulge, those strip bulges are formed by the center of circle, annular array of the axis of turntable；The driving device is mounted on described solid Determine on frame, including the first power unit, Central drive unit, Central drive unit includes power decentralized disk, draws ejection device driving Part, bowl seat drive component, power decentralized disk and the first power unit are sequentially connected, and the upper surface of power decentralized disk is equipped with driving lever, Driving lever coordinates with the strip bulge, so that when power decentralized disk rotates one week, it is convex to stir one of bar shaped by driving lever The angle for driving the turntable to rotate 360 ° of ÷ N is acted, the end face of the power decentralized disk is equipped with teeth, draws the setting of ejection device actuator Corresponding position in the teeth side of power decentralized disk, so that teeth, which drive, draws the movement of ejection device actuator, and in power decentralized disk When rotating one week, draw ejection device actuator that the drawing ejection device is driven to move back and forth primary, the setting of bowl seat drive component is in power The corresponding position of the teeth side of dispersion impeller so that teeth drive the movement of bowl seat drive component, and rotates one week in power decentralized disk When, bowl seat drive component drives the angle of 360 ° of ÷ N of bowl seat rotation.

4. Multifunctional wheaten food as claimed in claim 3 boils fishing machine, which is characterized in that cooked noodles in the annular drained the pasta in work area The external annulus in pond is equipped with switching funnel, and when needing to drain the pasta, the tableware is arranged on the bowl seat below the switching funnel； The button tongue is arranged on the outer shroud inner wall that the annular drained the pasta in work area cooks noodles pond, and the prenasal is arranged cooks noodles column described On, and close to button tongue and be arranged in the lower section of button tongue；The column mounting bracket that cooks noodles is articulated and connected with the turntable.

5. Multifunctional wheaten food as claimed in claim 4 boils fishing machine, which is characterized in that the drawing ejection device actuator is gear； The drawing ejection device is cam mechanism, and cam mechanism includes guide rail, mandril, the first cam, and guide rail is fixed on the fixed frame Together, the first cam is sequentially connected with the drawing ejection device actuator, and mandril is arranged is cooking noodles column with the second station The corresponding position cooked noodles below column mounting bracket being connected, so that when this is cooked noodles column mounting bracket and jacked up by mandril, it is described Button tongue presses the prenasal, this cooks noodles column to button tongue side overturning later, and then cooks noodles the wheaten food in column and fallen through the switching funnel In the tableware for entering lower section.

6. Multifunctional wheaten food as claimed in claim 3 boils fishing machine, which is characterized in that further include conduit switch, heater；Institute It states and is additionally provided with water jet in work area of draining the pasta, water jet is connect with the conduit switch pipeline；The heater is arranged in the fishing In the work area of face.

7. Multifunctional wheaten food as claimed in claim 6 boils fishing machine, which is characterized in that be fixedly connected on the power decentralized disk The second coaxial cam；The conduit switch is push switch, and the pressing piece of push switch is arranged in corresponding position, so that When the power decentralized disk rotates one week, second cam coordinates with push switch, and conduit switch is made to open or end.

8. tableware is placed in institute by a kind of dish-washing machine for boiling the cooperation of fishing machine with Multifunctional wheaten food as described in claim 1 It states on bowl seat, which is characterized in that including the module that washes the dishes, tableware pose adjustment slideway and lock block apparatus；The tableware pose adjustment The head end of slideway is mutually connected with the outlet of the tableware of the module that washes the dishes, and tail end is equipped with downward inclination angle, and is arranged in the bowl The corresponding position in seat outside so that the tableware slid from tableware pose adjustment slideway can fall corresponding to first station or On bowl seat on the outside of the second station；The lock block apparatus is arranged in the tail portion of the tableware pose adjustment slideway, so that from At the lock block apparatus by tableware boil with the Multifunctional wheaten food frequency of draining the pasta of fishing machine and be adapted, lock block apparatus includes base Seat, brake lining, reset element, brake lining are connect with base runner, and it can extend into and exits in tableware pose adjustment slideway, with resistance Only or the tableware in clearance tableware pose adjustment slideway, reset element one end are connect with brake lining, and the other end is connect with pedestal.

9. dish-washing machine as claimed in claim 8, which is characterized in that the module that washes the dishes includes dishware placing stand and the dress that washes the dishes It sets；The input end of the dish washer is mutually connected with the end of the dishware placing stand, outlet end and the tableware appearance of dish washer The input end of state adjustment slideway is mutually connected, and dish washer includes tableware conveying member, high pressure water spray nozzle and for driving tableware to convey Second driving unit of part, tableware conveying member include that spiral wire and being arranged longitudinal is shaped at least three of spiral wire side The axis of muscle, spiral wire should be in the geometric figure that the section line of longitudinally sizing muscle is formed, the opening pair of high pressure water spray nozzle It should be arranged, so that when conveying has tableware on tableware conveying member, the water that high pressure water spray nozzle sprays can rinse the interior of the tableware Face；The input end of the tableware pose adjustment slideway is equipped with the baffle opposite with the outlet end of the dish washer, setting is being washed Arc portion between the side-lower of the outlet end of cup apparatus, arc portion connect to form hook-type with plate washer.

10. a kind of wheaten food system of processing, including Pastry processor, which is characterized in that further include such as any one of claim 1-7 The Multifunctional wheaten food boils fishing machine, the dish-washing machine as described in any one of claim 8-9；The outlet of the Pastry processor Corresponding position above the 3rd station is set, so that the wheaten food exported from Pastry processor, which can enter, is located at third work It is cooked noodles in column described at position；The Multifunctional wheaten food boils fishing machine and is of coupled connections with the dish-washing machine, so that when drawing ejection device makes It is described cook noodles column overturning before, dish-washing machine export a tableware to the tableware pose adjustment slideway the corresponding bowl seat of tail end On tableware place.