Multifunctional grain noodle processing device

Abstract

The multifunctional five-grain vermicelli processing device is a food processing equipment that can process sticky and non-sticky materials. The processing of five-grain vermicelli is achieved through the combination of a first heating coil and a vertical extrusion mechanism and a second heating coil and a horizontal extrusion mechanism. By combining with a stuffing injector, stuffed food can also be achieved. The device is simple to operate and is safe and reliable.

Description

[Technical field]

[0001] The invention relates to food processing equipment, in particular to a multifunctional grain vermicelli processing device. [Background Technology]

[0002] The household automatic noodle machines currently on the market are driven by a motor to rotate the stirring rod in the upper barrel of the supporting frame, and then the spiral rod in the feeding barrel at the bottom of the barrel is driven to rotate and squeeze through the transmission parts, so that the material overflows from the discharge nozzle to make raw noodles; the noodles can only be eaten after being boiled in water in a pot; this traditional method of making and boiling noodles is very cumbersome, time-consuming and laborious, and non-sticky materials cannot be processed; it is urgent to invent a processing equipment that can replace manual labor with machinery, can process sticky and non-sticky materials, and can process them in one time, and can be eaten without secondary cooking in a pot. [Summary of the invention]

[0003] In view of the above-mentioned deficiencies, the present invention provides a multifunctional grain vermicelli processing device, which adopts a combination of a motor, a transmission component, a material barrel, a stirring rod, a feed barrel and a screw rod and a discharge nozzle in a horizontal extrusion mechanism, a vertical extrusion mechanism, and an electric heater to solve the problem of replacing manual labor with machinery, processing sticky and non-sticky materials, and processing them in one go, so that they can be eaten without secondary cooking in a pot.

[0004] The present invention is realized by the following technical scheme: the multifunctional five-grain noodle processing device comprises: 1 motor, 2 vibration motor, 3 bevel gear, 4 linkage shaft, 5 connecting pipe, 601 torsion bar, 602 movable latch, 7 conversion connecting rod, 801 conversion first gear, 802 second gear, 803 stirring third gear, 804 shaft tongue, 9 heating and filling switch, 10 temperature control switch, 11 stirring rod, 1201 barrel, 1202 rotating shaft, 1203 normally closed door leaf, 13 supporting frame, 1401 extrusion connecting rod, 1402 fourth gear, 1403 forward fifth gear, 1404 reverse sixth gear, 1405 seventh gear, 1406 extrusion eighth gear, 15 swing frame, 1601 screw, 1602 rotating shaft, 1603 normally closed door leaf, 1604 rotating shaft, 1605 rotating shaft, 1606 rotating shaft, 1607 rotating shaft, 1608 rotating shaft, 1609 rotating shaft, 1610 rotating shaft, 1611 rotating shaft, 1612 rotating shaft, 1613 rotating shaft, 1614 rotating shaft, 1615 rotating shaft, 1616 rotating shaft, 1617 rotating shaft, 1618 rotating shaft, 1619 rotating shaft, 1620 rotating shaft, 1621 rotating shaft, 1622 rotating shaft, 1623 rotating shaft, 1624 rotating shaft, 1625 rotating shaft, 1626 rotating shaft, 1627 rotating shaft, 1628 rotating shaft, 1629 rotating shaft, 1630 rotating shaft, 1631 rotating shaft, 1632 rotating shaft, 1633 rotating shaft, 1634 rotating shaft, 1635 rotating shaft, 1636 rotating shaft, 1637 rotating shaft, 02 rod pad, 17 extrusion gear rack, 1701 spring fastener, 18 micro switch, 19 extrusion plate, 20 ninth gear, 2101 filling barrel, 2102 filling tenth gear, 2103 filling first screw rod, 22 filling motor, 2301 electromagnetic heating controller, 2302 first heating coil, 2303 second heating coil, 2304 third heating coil, 2401 feeding barrel, 2402 conveying second screw rod, 2403 discharging nozzle, 2501 steel wire, 2502 cutting frame, 2503 spring, 2504 swing arm, 2505 cutting motor, 2506 push-pull rod, characterized in that the support frame 13 is located in the middle of the overall device, in which the barrel body 1201 is placed, and the barrel body 1201 An extrusion plate 19, a rod pad 1602 and a screw 1601 in the extrusion mechanism are arranged on the top, the extrusion plate 19 is movably connected with the rod pad 1602 on the top, the rod pad 1602 is fixedly mounted on the bottom of the screw 1601, the screw 1601 is located on the central axis of the extrusion eighth gear 1406, the extrusion eighth gear 1406 is fixed in the extrusion gear frame 17 and movably connected thereto; a spring fastener 1701 is arranged on the top of the extrusion gear frame 17 to fix it; the vertical movement of the screw 1601 up and down is driven by the rotation of the extrusion eighth gear 1406, and its rotation is driven by the seventh gear 1405 on the side, the fifth gear 1403 on the side swing frame 15 or the sixth gear 1404 on the side, and the fourth gear 1402 on the side. , the extrusion link 1401 at the bottom, the conversion link 7 at the bottom are movably connected with the motor 1 at the bottom; the bottom of the barrel body 1201 has an eccentric opening, which is blocked by a normally closed door leaf 1203, a rotating shaft 1202 is installed at the center of the bottom of the barrel and penetrates and is fixed, a stirring rod 11 is provided at the top and movably connected with it, and the bottom is movably connected with the shaft tongue 804 below, and the third stirring gear 803 where the shaft tongue 804 is located, the second gear 802 on the side, the conversion first gear 801 on the side, and the conversion link 7 on the central axis are movably connected with the motor 1 at the bottom; the third stirring gear 803 is stopped by controlling the movable latch 602 to move up and down through the torsion bar 601 below, and a spring is provided in the middle of the movable latch 602;An electromagnetic heating controller 2301 is provided on the side of the barrel body 1201, and a first heating coil 2302, a heating and filling switch 9 and a temperature control switch 10 are provided below the barrel body 1201, all of which are installed and fixed on the support frame 13, and a connecting pipe 5 is provided below the normally closed door leaf 1203 and is movably connected with it; the feeding cylinder 2401 penetrates into the supporting frame 13 at the bottom and is movably connected with it; a vibration motor 2 is installed and fixed on the supporting frame 13 below the feeding cylinder 2401; the material in the barrel body 1201 is transmitted to the feeding cylinder 2401 through the connecting pipe 5; a second conveying screw rod 2402 is provided in the feeding cylinder 2401, one end of which is connected and fixed to the discharge nozzle 2403, and a linkage shaft 4 is provided on the side of the other end and is movably connected with it; the linkage shaft 4 is movably connected with the motor 1 below it through the bevel gear 3 in which it is located; the second heating coil 2303 is installed and fixed on the supporting frame 13 below the first heating coil 2302; the electromagnetic heating controller 2301 A third heating coil 2304 is fixedly installed on the side of the filling tube 2101, and a filling tube 2101 is arranged at the center of the third heating coil 2304 and is movably connected to the third heating coil 2304; a first filling screw rod 2103 is arranged inside the filling tube 2101, and a tenth filling gear 2102 is fixedly installed on the top of the filling tube 2101, which is movably connected through the ninth gear 20 on the side and the filling motor 22 below, and the bottom of the filling tube 2101 is inserted into the top groove of the discharge nozzle 2403 below and is movably connected to the discharge nozzle 2403; a cutting device is arranged at the bottom of the overall device below the discharge nozzle 2403, which is fixed on the cutting frame 2502 by a steel wire 2501, and a swing arm 2504 is installed below the cutting frame 2502, one end of which is hinged and the other end is free, and the free end penetrates the cutting frame 2502 and is movably connected to the cutting frame 2502, and a spring 2503 is installed on the free end, and the other end of the spring 2503 is installed on the push-pull rod 2506 below it, and is movably connected to the cutting motor 2505 through the other end of the push-pull rod 2506. ;

[0005] To further explain, the stirring rod 11 is in the shape of a bar with a hole at one end, and the size of the hole matches the upper boss of the rotating shaft 1202 .

[0006] To further explain, the connecting pipe 5 is arranged below the barrel body 1201 and above the feeding tube, and both are movably connected. The connecting pipe 5 is a square tube, and ear brackets are provided on both sides of the top outer wall. The upper mouth matches the bottom hole of the barrel body 1201, and the lower mouth matches the opening of the side wall of the feeding tube.

[0007] To further explain, the material barrel is composed of a barrel body 1201, a rotating shaft 1202 and a normally closed door leaf 1203. The rotating shaft 1202 penetrates and is fixed at the bottom center of the barrel body 1201, and the normally closed door leaf 1203 is installed on both sides of the square hole at the bottom of the barrel body 1201; the barrel body 1201 is square and has no cover, the inner side surface has a rounded angle, there is a round hole in the center of the barrel bottom, a square hole at an eccentric position, a handle on the front, and a water injection hole at an upper position; the rotating shaft 1202 is a round shaft, with a convex column on the upper part and a groove at the bottom, the convex column matches the size of the hole of the stirring rod 11, and the bottom groove matches the size of the shaft tongue 804; the normally closed door leaf 1203 has a fixed shaft on one side, the shaft extends at both ends and is equipped with springs, one side of the shaft is bent, and is used to touch the heating and filling switch 9 when the shaft rotates.

[0008] To further explain, the vertical extrusion mechanism is arranged above the barrel body 1201 and can move vertically up and down in the barrel body 1201; the vertical extrusion mechanism is composed of an extrusion plate 19, a rod pad 1602 and a vertical rod member, the extrusion plate 19 is arranged below the rod pad 1602 and is movably connected to it, and a vertical rod member is provided on the upper part of the rod pad 1602 to fix it; the side of the extrusion plate 19 is provided with a groove to embed the sealing ring, the plate diameter matches the inner diameter of the barrel body, the bottom is provided with a groove to match the stirring rod 11, and the back has two rows of upright facing grooves that match the two side edges of the rod pad 1602; the vertical rod member is a screw 1601, the rod body has threads, and there are four sliding surfaces along the length direction.

[0009] To further explain in a progressive manner, the electric heater includes an electromagnetic heating controller 2301 and a heating coil, which are interconnected; the heating coil includes a first heating coil 2302, a second heating coil 2303, and a third heating coil 2304, all of which are wound with metal copper wire; the first heating coil 2302 is installed and fixed on the support frame 13 below the barrel body 1201 in a planar arrangement; the second heating coil 2303 is installed and fixed on the support frame 13 outside the feed barrel 2402, and is arranged in a spiral horizontal direction; the third heating coil 2304 is installed and fixed on the support frame 13 outside the filling barrel 2101, and is arranged in a spiral vertical direction.

[0010] To further explain, the horizontal extrusion mechanism is composed of a feed barrel 2401, a screw rod and a discharge nozzle 2403. The screw rod is arranged in the feed barrel 2401 and is movably connected to the feed barrel 2401; the discharge nozzle 2403 is connected and fixed to the end of the feed barrel 2401, and the screw rod is movably connected to the discharge nozzle 2403; one end of the feed barrel 2401 is straight, and the other end has an annular baffle, and the side wall has a square opening; the screw rod is a second conveying screw rod 2402, one end of which has a conical platform and the other end has a groove, which matches the top of the boss of the linkage shaft 4, and the rod body is spiral; the discharge nozzle 2403 is rectangular, with a side opening and a bottom opening that are connected, the size of the side hole matches the diameter of the feed barrel 2401, and the top is provided with a flat groove, which matches the bottom of the filling barrel 2101, and the bottom of the groove is provided with multiple conduits that match the number of holes at the bottom and extend into the bottom holes.

[0011] To further explain, the cutting device is arranged below the discharge nozzle 2403, and the cutting device comprises a steel wire 2501, a cutting frame 2502, a swing arm 2504, an elastic member, a push-pull rod 2506, and a cutting motor 2505; the steel wire 2501 is fixed on the cutting frame 2502, and a swing arm 2504 is arranged below the cutting frame 2502, one end of which is hinged and the other end is free, the free end penetrates the cutting frame 2502 and is movably connected thereto, an elastic member is installed on the free end of the swing arm 2504, and the other end of the elastic member is installed on the push-pull rod 2506 below it, and is movably connected to the cutting motor 2505 through the other end of the push-pull rod 2506, the cutting frame is H-shaped, and the elastic member is a spring 2503.

[0012] Further progressive description, the transmission components include a bevel gear 3, a linkage shaft 4, a conversion link 7, a conversion first gear 801, a second gear 802, a stirring third gear 803, a shaft tongue 804, an extrusion link 1401, a fourth gear 1402, a forward fifth gear 1403, a reverse sixth gear 1404, a seventh gear 1405, an extrusion eighth gear 1406, a ninth gear 20, and a filling tenth gear 2102; the center of the bevel gear 3 is provided with a linkage shaft 4 and is movably connected to it; the center of the conversion first gear 801 is provided with a conversion link 7 and is movably connected to it; the second gear 802 is at the conversion The first gear 801 is movably connected to the side thereof; the third stirring gear 803 is movably connected to the side thereof; the shaft tongue 804 is movably connected to the center of the third stirring gear 803; the extrusion link 1401 is movably connected to the conversion link 7 above; the fourth gear 1402 is fixed on the top of the extrusion link 1401; the forward fifth gear 1403 is movably connected to the side thereof; the reverse sixth gear 1404 is movably connected to the side thereof; the seventh gear 1405 is connected between the forward fifth gear 1403 and the reverse fifth gear 1403 The sixth gear 1404 is movably connected to it beside the sixth gear 1404; the extrusion eighth gear 1406 is movably connected to it beside the seventh gear 1405; the ninth gear 20 is movably connected to it beside the tenth gear 2102 for filling; the conversion link 7 is cylindrical, with a conical expansion at the bottom, a hole in the center of the bottom, matching the motor shaft below, and a reduced diameter at the top, with two ears at the variable cross-section; the linkage shaft 4 is square columnar, with an umbrella-shaped cap at one end and a straw hat-shaped boss at the other end, which is opened by a spring in the middle, and the top of the boss matches the groove of the second conveying spiral rod 2402, and the tail has a groove that covers the shaft. It is movably connected with it; the first conversion gear 801 has a hollow shaft extending up and down, and the top of the upper shaft has two serrations, which match the two ears on the upper part of the conversion connecting rod 7; the third stirring gear 803 has a hollow shaft extending up and down, with a spring and a shaft tongue 804 in the center, the tongue part is exposed, and there is a hole on the side of the gear, which matches the movable pin 602; the extrusion connecting rod 1401 is hollow at the bottom, with a spring inside, and two serrations at the bottom, which match the ears on the upper part of the conversion connecting rod 7; the shaft of the eighth extrusion gear 1406 is hollow and extends up and down, and the inner wall of the shaft has threads and matches the threads of the screw 1601.

[0013] To further explain, the stuffing injector is arranged above the discharge nozzle 2403, and is composed of a stuffing barrel 2101, a first stuffing screw rod 2103 and a tenth stuffing gear 2102; the first stuffing screw rod 2103 is arranged in the stuffing barrel 2101 and is movably connected thereto; the tenth stuffing gear 2102 is installed and fixed on the top of the stuffing barrel 2101 and is movably connected to the first stuffing screw rod 2103; the stuffing barrel 2101 is a circular barrel with an annular baffle on the top, an opening on the upper side wall and a hopper mouth facing upward, a flat cross-section at the bottom, and a conical platform at the center of the cross-section; the first stuffing screw rod 2103 has a square boss at one end and a conical groove at the other end, the groove matches the conical platform at the bottom of the stuffing barrel 2101, the rod body is spiral and is made into a grinding shape in the middle section; the tenth stuffing gear 2102 is fixed on the bearing, with a hole in the center, and the hole matches the boss of the first stuffing screw rod 2103.

[0014] Due to the adoption of the above structure, the multifunctional grain vermicelli processing device can process sticky and non-sticky materials by squeezing and completely extruding the materials in the material barrel through a vertical extrusion mechanism, and heating the materials in the material barrel and the feed barrel through an electric heater, so as to realize the purpose of replacing manual labor with machinery and one-time processing, and it can be eaten without secondary cooking in a pot, which saves time and labor; by combining with a stuffing injector, it can also realize stuffed food that cannot be processed by traditional technology, making the food more diversified; by combining with a cutting device, it can also cut the food into various required lengths to meet people's needs; the device is simple to operate, safe and reliable, and easy to disassemble and clean. [Drawings]

[0015] The present invention is further described below with reference to the accompanying drawings and examples.

[0016] Figure 1 Schematic diagram of the present invention

[0017] Figure 2 For along Figure 1 Schematic diagram of the AA line

[0018] In the figure, 1, motor, 2, vibration motor, 3, bevel gear, 4, linkage shaft, 5, connecting pipe, 601, torsion bar, 602, movable latch, 7, conversion link, 801, conversion first gear, 802, second gear, 803, stirring third gear, 804, shaft tongue, 9, filling switch, 10, temperature control switch, 11, stirring rod, 1201, barrel, 1202, rotating shaft, 1203, normally closed door leaf, 13, supporting frame, 1401, extrusion link, 1402, fourth gear, 1403, forward fifth gear, 1404, reverse sixth gear, 1405, seventh gear, 1406, extrusion eighth gear, 15, swing frame, 1601, Screw, 1602, rod pad, 17, extrusion gear rack, 1701, spring fastener, 18, micro switch, 19, extrusion disk, 20, ninth gear, 2101, filling barrel, 2102, tenth gear for filling, 2103, first screw rod for filling, 22, filling motor, 2301, electromagnetic heating controller, 2302, first heating coil, 2303, second heating coil, 2304, third heating coil, 2401, feeding barrel, 2402, second feeding screw rod, 2403, discharge nozzle, 2501, steel wire, 2502, cutting rack, 2503, spring, 2504, swing arm, 2505, cutting motor, 2506, push-pull rod. [Specific implementation method]

[0019] Example 1

[0020] The multifunctional five-grain vermicelli processing device comprises a motor 1, a vibration motor 2, a bevel gear 3, a linkage shaft 4, a connecting pipe 5, a torsion bar 601, a movable latch 602, a conversion link 7, a conversion first gear 801, a second gear 802, a stirring third gear 803, a shaft tongue 804, a heating and filling switch 9, a temperature control switch 10, a stirring rod 11, a barrel 1201, a rotating shaft 1202, a normally closed door leaf 1203, a supporting frame 13, an extrusion link 1401, a fourth gear 1402, a forward fifth gear 1403, a reverse sixth gear 1404, a seventh gear 1405, an extrusion eighth gear 1406, a swing frame 15, a screw 1601, a rod pad 1602, and an extrusion gear frame 17 , spring fastener 1701, micro switch 18, extrusion disk 19, ninth gear 20, filling barrel 2101, tenth gear 2102 for filling, first screw rod 2103 for filling, filling motor 22, electromagnetic heating controller 2301, first heating coil 2302, second heating coil 2303, third heating coil 2304, feeding barrel 2401, second conveying screw rod 2402, discharge nozzle 2403, steel wire 2501, cutting frame 2502, spring 2503, swing arm 2504, cutting motor 2505, push-pull rod 2506, characterized in that the support frame 13 is located in the middle of the overall device, and a barrel body 1201 is placed inside it, and an extrusion arm 2504 is provided above the barrel body 1201. The extrusion plate 19, the rod pad 1602 and the screw 1601 in the mechanism, the extrusion plate 19 is movably connected with the rod pad 1602 above, the rod pad 1602 is installed and fixed at the bottom of the screw 1601, the screw 1601 is located on the central axis of the extrusion eighth gear 1406, the extrusion eighth gear 1406 is fixed in the extrusion gear frame 17 and movably connected with it; a spring fastener 1701 is arranged above the extrusion gear frame 17 to fix it; the vertical movement of the screw 1601 up and down is driven by the rotation of the extrusion eighth gear 1406, and its rotation is driven by the seventh gear 1405 on the side, the fifth gear 1403 on the side swing frame 15 or the sixth gear 1404 on the side, the fourth gear 1402 on the side, and its bottom The lower extrusion link 1401 and the lower conversion link 7 are movably connected with the lower motor 1; the bottom of the barrel body 1201 is opened at an eccentric position and blocked by a normally closed door leaf 1203; a rotating shaft 1202 is installed at the center of the barrel bottom and penetrated and fixed; a stirring rod 11 is provided on the upper part and movably connected with it; the bottom is movably connected with the shaft tongue 804 below; the stirring third gear 803 where the shaft tongue 804 is located, the second gear 802 on the side, the conversion first gear 801 on the side, and the conversion link 7 on the central axis are movably connected with the motor 1 below; the stopping of the stirring third gear 803 is achieved by controlling the movable latch 602 to move up and down by the torsion bar 601 below it, and a spring is provided in the middle of the movable latch 602;An electromagnetic heating controller 2301 is provided on the side of the barrel body 1201, and a first heating coil 2302, a heating and filling switch 9 and a temperature control switch 10 are provided below the barrel body 1201, all of which are installed and fixed on the support frame 13, and a connecting pipe 5 is provided below the normally closed door leaf 1203 and is movably connected with it; the feeding cylinder 2401 penetrates into the supporting frame 13 at the bottom and is movably connected with it; a vibration motor 2 is installed and fixed on the supporting frame 13 below the feeding cylinder 2401; the material in the barrel body 1201 is transmitted to the feeding cylinder 2401 through the connecting pipe 5; a second conveying screw rod 2402 is provided in the feeding cylinder 2401, one end of which is connected and fixed to the discharge nozzle 2403, and a linkage shaft 4 is provided on the side of the other end and is movably connected with it; the linkage shaft 4 is movably connected with the motor 1 below it through the bevel gear 3 in which it is located; the second heating coil 2303 is installed and fixed on the supporting frame 13 below the first heating coil 2302; the electromagnetic heating controller 2301 A third heating coil 2304 is fixedly installed on the side of the filling tube 2101, and a filling tube 2101 is arranged at the center of the third heating coil 2304 and is movably connected to the third heating coil 2304; a first filling screw rod 2103 is arranged inside the filling tube 2101, and a tenth filling gear 2102 is fixedly installed on the top of the filling tube 2101, which is movably connected through the ninth gear 20 on the side and the filling motor 22 below, and the bottom of the filling tube 2101 is inserted into the top groove of the discharge nozzle 2403 below and is movably connected to the discharge nozzle 2403; a cutting device is arranged at the bottom of the overall device below the discharge nozzle 2403, which is fixed on the cutting frame 2502 by a steel wire 2501, and a swing arm 2504 is installed below the cutting frame 2502, one end of which is hinged and the other end is free, and the free end penetrates the cutting frame 2502 and is movably connected to the cutting frame 2502, and a spring 2503 is installed on the free end, and the other end of the spring 2503 is installed on the push-pull rod 2506 below it, and is movably connected to the cutting motor 2505 through the other end of the push-pull rod 2506. ;

[0021] Prepare to pour the material into the barrel 1201 and place it in the support frame 13. Place a container filled with water or cooked powder under the discharge nozzle 2403 to prevent the cooked food from sticking to each other. Turn on the motor 1 to rotate the bevel gear 3, the linkage shaft 4 and the conversion link 7, the conversion first gear 801, the second gear 802, the stirring third gear 803, and the shaft tongue 804, so that the stirring rod 11 on the rotating shaft 1202 rotates to stir the material in the barrel 1201. When water needs to be added to the material, water is injected into the hole on the front of the barrel 1201. When the stirring rod 11 rotates, the electromagnetic heating controller 2301 can be turned on at the same time to control the first heating coil 2302 to energize the barrel 1 201 is heated so that the material is heated while being stirred; when the material in the barrel 1201 is mixed and reaches a certain temperature, the temperature control switch 10 will automatically cut off the power, the first heating coil 2302 stops heating, and the motor 1 stops running; when entering the next step, the motor 1 reverse mode and the vibration motor 2 are turned on, and the torsion bar 601 is pulled counterclockwise to make the movable latch 602 bounce upward, and when the third stirring gear 803 is reversed, the movable latch 602 is inserted into the side hole of the third stirring gear 803 and locked, so that the shaft tongue 804, the rotating shaft 1202, and the stirring rod 11 stop rotating, and the stirring rod 11 is positioned on the projection surface of the groove at the bottom of the extrusion disk 19; at this time, the second The gear 802 and the first conversion gear 801 stop rotating, while the conversion link 7 reverses, and the upper ear thereof disengages from the top serration of the first conversion gear 801 shaft, slides into the serration at the bottom end of the extrusion link 1401, and pushes the fourth gear 1402, the fifth forward gear 1403, the seventh gear 1405, and the eighth extrusion gear 1406 to rotate, so that the screw 1601, the rod pad 1602, and the extrusion plate 19 move vertically downward, and extrude the material in the barrel 1201; when the conversion link 7 reverses and rises, the expanded part at the bottom thereof pushes the linkage shaft 4 to slide to the left, and extends into the groove of the second conveying screw 2402 to rotate it; when the extrusion plate 19 moves to the surface of the material, the material is pressed. When the material generates a large pressure, the normally closed door leaf 1203 at the bottom of the barrel body 1201 is squeezed open, and the material enters the connecting pipe 5 from the bottom hole. Under the auxiliary vibration of the vibration motor 2, the material quickly slides into the feeding barrel 2401, and the bending part of the shaft of the normally closed door leaf 1203 touches the heating and filling switch 9, so that the second heating coil 2303 is energized to heat the feeding barrel 2401 at a high temperature, and the second conveying screw rod 2402 rotates, conveys, and extrude, so that the material gradually matures and overflows from the bottom hole of the discharge nozzle 2403 at the other end of the feeding barrel 2401; when the extrusion plate 19 moves to the bottom of the barrel body 1201, the stirring rod 11 enters the bottom groove thereof;After moving to the bottom of the barrel body 1201, all the materials in the barrel body 1201 are discharged, the extrusion plate 19 moves downward, and after being resisted by the support frame 13 at the bottom of the barrel body 1201, it stops moving downward and generates a huge reaction force, and the generated reaction force is transmitted by the extrusion plate 19 to the rod pad 1602, the screw 1601, the extrusion eighth gear 1406, the extrusion gear frame 17, and the spring fastener 1701. After the spring fastener 1701 is subjected to a huge pressure, it begins to compress, and at the same time, the extrusion gear frame 17 moves upward and pushes the special-shaped connecting rod behind it, so that it pushes the swing frame 15 to move forward, so that the forward fifth gear 1403 moves forward and disengages from the seventh gear 1405, and the reverse sixth gear 1404 moves forward and meshes with the seventh gear 1405 to make it quickly Reverse rotation, reset the extrusion gear rack 17, extrusion the eighth gear 1406, screw 1601, rod pad 1602, and extrusion disc 19 in the opposite direction and quickly move; and the material entering the connecting pipe 5 continues to fall into the feeding barrel 2401 until it is emptied; when the material in the connecting pipe 5 is gradually emptied, the normally closed door leaf 1203 loses the effect of external force and closes automatically under the action of the springs on both sides of the shaft; when the extrusion disc 19 rises to the top of the barrel 1201, the material in the feeding barrel 2401 has been completely emptied, and at this time the rod pad 1602 will touch the micro switch 18, so that the motor 1, vibration motor 2, and electromagnetic heating controller 2301 are powered off and stop running; at this time, the material mixing, extrusion, heating, transportation, maturation, and discharge work have been completed. ;

[0022] When the food processing is completed and the equipment needs to be cleaned, first lift the barrel 1201 slightly and move it out horizontally, then move the extrusion plate 19 out horizontally and pull the connecting pipe 5 out vertically, and finally pull the conveying cylinder 2401 equipped with the discharge nozzle 2403 and the second conveying screw rod 2402 out horizontally to the left, and then disassemble and clean the above components one by one.

[0023] Example 2

[0024] A multifunctional five-grain noodle processing device comprises a material barrel, which is composed of a barrel body 1201, a rotating shaft 1202 and a normally closed door leaf 1203, characterized in that the rotating shaft 1202 penetrates and is fixedly installed at the bottom center of the barrel body 1201, and the normally closed door leaf 1203 is installed on both sides of the square hole at the bottom of the barrel body 1201; the barrel body 1201 is square and has no cover, the inner side surface has a rounded angle, there is a round hole in the center of the barrel bottom, a square hole at an eccentric position, a handle on the front, and a water injection hole at an upper position; the rotating shaft 1202 is a round shaft, with a convex column on the upper part and a groove at the bottom, the convex column matches the size of the hole of the stirring rod 11, and the bottom groove matches the size of the shaft tongue 804; the normally closed door leaf 1203 has a fixed shaft on one side, the shaft extends on both sides and is equipped with a spring, one side of the shaft is bent, and is used to touch the heating and filling switch 9 when rotating.

[0025] Take the stirring rod 11 and install it on the rotating shaft 1202, pour the material to be processed into the barrel body 1201, and place it in the supporting frame 13; start the motor 1, so that the stirring rod 11 on the rotating shaft 1202 stirs the material in the barrel body 1201, and at the same time start the electromagnetic heating controller 2301 to energize the first heating coil 2302 to heat the barrel body 1201 and the material in the barrel; when the mixing is completed and heated to a certain temperature, the temperature control switch 10 will be powered off, and the stirring and heating work will stop; start the reverse mode of the motor 1 The extrusion plate 19 moves downward vertically and squeezes the material in the barrel body 1201; when the extrusion plate 19 presses on the material to generate a large pressure, the normally closed door leaf 1203 is squeezed open, and the material in the barrel body 1201 overflows from the bottom hole and enters the connecting pipe 5 below; when the extrusion plate 19 moves down to the bottom of the barrel, all the material will be discharged and enter the connecting pipe 5. When the material in the connecting pipe 5 is gradually emptied, the normally closed door leaf 1203 gradually resets under the action of the springs on both sides of the shaft after losing the extrusion of external force, so that it returns to the normally closed state.

[0026] Example 3

[0027] The multifunctional five-grain noodle processing device comprises a stirring rod 11, wherein the stirring rod 11 is in a bar shape and has a hole at one end, and the size of the hole matches the upper protrusion of the rotating shaft 1202.

[0028] Take the stirring rod 11 and install it on the upper boss of the rotating shaft 1202, pour the material to be processed into the barrel body 1201, and place it in the supporting frame 13; start the motor 1 to rotate the rotating shaft 1202, and drive the stirring rod 11 to stir the material in the barrel body 1201; when the stirring is completed, stop the motor 1, and pull the torsion bar 601 counterclockwise to make the movable pin 601 bounce upward, and then start the motor 1 in reverse mode to reverse the stirring third gear 803; when the movable pin 601 is inserted into the side hole of the stirring third gear 803 and locked, the stirring rod 11 stops and is positioned on the projection surface of the groove at the bottom of the extrusion disk 19.

[0029] Example 4

[0030] A multifunctional five-grain vermicelli processing device comprises a vertical extrusion mechanism, which is arranged above a barrel body 1201 and can move vertically up and down in the barrel body 1201; the vertical extrusion mechanism is composed of an extrusion plate 19, a rod pad 1601 and a vertical rod member, and is characterized in that the extrusion plate 19 is arranged below the rod pad 1602 and movably connected to it, and a vertical rod member is arranged above the rod pad 1601 to fix it; a groove is arranged on the side of the extrusion plate 19 to embed a sealing ring, the diameter of the plate matches the inner diameter of the barrel body, a groove is arranged at the bottom to match the stirring rod 11, and there are two rows of upright facing grooves on the back to match the two side edges of the rod pad; the vertical rod member is a screw 1601, the rod body is threaded, and there are four sliding surfaces along the length direction.

[0031] The motor 1 is turned on and reversed, so that the conversion link 7, the extrusion link 1401, the fourth gear 1402, the forward fifth gear 1403, the seventh gear 1405, and the extrusion eighth gear 1406 in the transmission parts rotate, and drive the screw 1601, the rod pad 1602 and the extrusion plate 19 to move vertically downward in the barrel body 1201, and squeeze the material in the barrel body 1201 so that the material is discharged from the bottom of the barrel body 1201; when the extrusion plate 19 moves down to the bottom of the barrel body 1201, it stops moving down and generates a huge reaction force after receiving the huge support reaction force of the support frame 13, and is transmitted by the extrusion plate 19 to the rod pad 1602, the screw 1601, the extrusion eighth gear 1406, the extrusion gear frame 17, the spring fastener 1 701, after the spring fastener 1701 is subjected to great pressure, it begins to compress, and at the same time, the extrusion gear frame 17 moves up, and pushes the special-shaped connecting rod behind it, so that it pushes the swing frame 15 to move forward, so that the fifth forward gear 1403 moves forward and disengages from the seventh gear 1405, and the sixth reverse gear 1404 moves forward and engages with the seventh gear 1405 to make it reverse rapidly, so that the extrusion gear frame 17 is reset, and the eighth gear 1406, screw 1601, rod pad 1602, and extrusion plate 19 are extruded to move rapidly in the opposite direction; when the extrusion plate 19 and the rod pad 1602 rise to the top of the barrel body 1201, when the rod pad 1602 touches the micro switch 18, the motor 1 stops running, and the extrusion plate 19 returns to the position before work.

[0032] Example 5

[0033] A multifunctional five-grain vermicelli processing device comprises an electric heater, which comprises an electromagnetic heating controller 2301 and a heating coil, which are interconnected; the heating coil comprises a first heating coil 2302, a second heating coil 2303, and a third heating coil 2304, all of which are wound with metal copper wire; the first heating coil 2302 is installed and fixed on the support frame 13 below the barrel body 1201 in a planar arrangement; the second heating coil 2303 is installed and fixed on the support frame 13 outside the feed barrel 2402, and is arranged in a spiral horizontal direction; the third heating coil 2304 is installed and fixed on the support frame 13 outside the filling barrel 2101, and is arranged in a spiral vertical direction.

[0034] Start the motor 1 and the electromagnetic heating controller 2301 to make the stirring rod 11 stir the material in the barrel body 1201, and energize the first heating coil 2303 to heat the barrel body 1201 and the material therein at a low temperature. When the stirring is completed and heated to a certain temperature, the temperature control switch 10 will be powered off to stop the stirring and heating work; start the motor 1 reverse mode to make the extrusion plate 19 move downward in the barrel body 1201; when the extrusion plate 19 presses on the surface of the material to generate a large pressure, the normally closed door leaf 1203 at the bottom of the barrel body 1201 is squeezed open, and the bending part of the shaft of the normally closed door leaf 1203 will touch the heating and filling switch 9, so that the filling motor 22 and the second heating The coil 2303 and the third heating coil 2304 are energized and started, and the feed barrel 2401 and the filling barrel 2101 are heated at high temperature, so that the material in the feed barrel 2401 and the filling in the filling barrel 2101 are gradually matured; the matured fillings and materials are conveyed and squeezed by the first filling screw 2103 and the second conveying screw 2402, and overflow from the bottom hole of the discharge nozzle 2403; when the extrusion plate 19 moves to the bottom of the barrel 1201 and quickly rises to the top of the barrel body 1201, the rod pad 1602 will touch the micro switch 18, and at this time the electromagnetic heating controller 2301, the filling motor 22, and the motor 1 are powered off and stop working.

[0035] Example 6

[0036] A multifunctional five-grain noodle processing device comprises a horizontal extrusion mechanism, which is composed of a feed barrel 2401, a screw rod and a discharge nozzle 2403, and is characterized in that the screw rod is arranged in the feed barrel 2401 and is movably connected thereto; the discharge nozzle 2403 is connected and fixed to the end of the feed barrel 2401, and the screw rod is movably connected to the discharge nozzle 2403; one end of the feed barrel 2401 is straight, the other end has an annular baffle, and the side wall has a square opening; the screw rod is a second conveying screw rod 2402, one end of which has a conical platform and the other end has a groove, which matches the top of the boss of the linkage shaft 4, and the rod body is spiral; the discharge nozzle 2403 is in the shape of a rectangular parallelepiped, with a side opening and a bottom opening that are connected, the size of the side hole matches the diameter of the feed barrel 2401, the top is provided with a flat groove, which matches the bottom of the filling barrel 2101, and the bottom of the groove is provided with a plurality of conduits that match the number of holes at the bottom and extend into the bottom holes.

[0037] After the materials in the barrel body 1201 are mixed and heated to a certain temperature, the temperature control switch 10 is powered off and stops working; at this time, the filling barrel 2101 provided with the first filling screw rod 2103 is vertically inserted into the center of the third heating coil 2304, and the bottom end is inserted into the top groove of the discharge nozzle 2403; the filling is loaded into the hopper, and the motor 1 is started in reverse mode; when the extrusion disk 19 moves down to the surface of the material in the barrel body 1201 and generates a large pressure, the normally closed door leaf 1203 at the bottom of the barrel body 1201 is squeezed open, and the bending part of its axis touches the heating and filling switch 9, so that the filling motor 22 is started, and the electromagnetic heating controller 2301 is powered on to make the second heating coil 2303 and the third heating coil 2 304 is started, so that the first screw rod 2103 in the filling barrel 2101 rotates to convey, extrude and heat the material, and the material overflows from the bottom of the discharge nozzle 2403 conduit; the material overflowing from the barrel 1201 enters the feeding cylinder 2401 through the connecting pipe 5, and is conveyed and extruded by the second screw rod 2402 and heated and matured by the second heating coil 2303, and overflows from the bottom hole of the discharge nozzle 2403, and wraps the filling overflowing from the bottom of the conduit; when the extrusion plate 19 moves to the bottom of the barrel and returns to the top of the barrel body 1201, the material in the barrel body 1201 has been emptied, and the rod pad 1602 touches the micro switch 18, so that the motor 1 and the electromagnetic heating controller 2301 are powered off and stop working.

[0038] Example 7

[0039] The multifunctional grain vermicelli processing device also includes a connecting pipe 5, which is arranged below the barrel body 1201 and above the feed barrel, and is movably connected. The connecting pipe 5 is a square tube, and ear brackets are provided on both sides of the top outer wall. The upper port matches the bottom hole of the barrel body 1201, and the lower port matches the opening of the side wall of the feed barrel.

[0040] After the materials in the barrel body 1201 are mixed and heated, start the motor 1 to reverse and the vibration motor 2 to make the extrusion disk 19 move down vertically and squeeze the materials in the barrel body 1201. When the extrusion disk 19 presses on the materials to generate a large pressure, the normally closed door leaf 1203 is squeezed open, and the materials in the barrel body 1201 overflow from the bottom hole and enter the connecting pipe 5 below. With the auxiliary vibration of the vibration motor 2, the materials quickly enter the feeding barrel 2401 below. When the extrusion disk 19 moves down to the bottom of the barrel, all the materials in the barrel body 1201 will be discharged and enter the connecting pipe 5. The materials in the connecting pipe 5 are gradually emptied under the auxiliary vibration of the vibration motor 2, and the normally closed door leaf 1203 is gradually reset under the action of the springs on both sides of the shaft after losing the extrusion of the external force until all the materials in the connecting pipe are emptied.

[0041] Example 8

[0042] The multifunctional five-grain noodle processing device also includes a stuffing injector, which is arranged above the discharge nozzle 2403. The stuffing injector is composed of a stuffing barrel 2101, a first stuffing screw rod 2103 and a gear. The feature is that the stuffing barrel 2101 is arranged above the discharge nozzle 2403 and is movably connected to it; the first stuffing screw rod 2103 is arranged in the stuffing barrel 2101 and is movably connected to it; the tenth stuffing gear 2102 is installed and fixed on the top of the stuffing barrel 2101 and is movably connected to the first stuffing screw rod 2103 Connection; the filling tube 2101 is a circular tube with an annular baffle on the top, an opening on the upper side wall and a hopper mouth facing upward, a bottom variable cross-section is flat, and a conical platform is provided in the center of the variable cross-section; the first filling injection screw rod 2103 has a square boss at one end and a conical groove at the other end, the groove matches the conical platform at the bottom of the filling tube 2101, the rod body is spiral and is made into a grinding shape in the middle section; the tenth filling injection gear 2102 is fixed on the bearing and has a hole in the center, and the hole matches the boss of the first filling injection screw rod 2103.

[0043] Prepare to pour the material into the barrel 1201 and place it in the support frame 13, and place a container filled with water or cooked powder under the discharge nozzle 2403 to prevent the cooked food from sticking to each other; turn on the motor 1 to rotate the bevel gear 3, the linkage shaft 4 and the conversion connecting rod 7, the conversion first gear 801, the second gear 802, the stirring third gear 803, and the shaft tongue 804, so that the stirring rod 11 on the rotating shaft 1202 rotates to stir the material in the barrel 1201. When water needs to be added to the material, water is injected into the hole on the front of the barrel 1201; when the stirring rod 11 rotates, the electromagnetic heating controller 2301 can be turned on at the same time to control the first heating coil 2302 to energize and heat the barrel 1201, so that the material is stirred while while heating; when the materials in the barrel 1201 are mixed and reach a certain temperature, the temperature control switch 10 will automatically cut off the power, the first heating coil 2302 stops heating, and the motor 1 stops running; when entering the next step, the filling barrel 2101 provided with the first filling screw rod 2103 is vertically inserted into the center of the third heating coil 2304, the bottom is inserted into the top groove of the discharge nozzle 2403, and the filling is loaded into the hopper; the motor 1 reverse mode and the vibration motor 2 are turned on, and the torsion bar 601 is pulled counterclockwise to make the movable latch 602 pop up, and when the third stirring gear 803 is reversed, the movable latch 602 is inserted into the side hole of the third stirring gear 803 and locked, so that the shaft tongue 804, the rotating shaft 1202, and the stirring rod 11 stops rotating, and the stirring rod 11 is positioned on the projection surface of the groove at the bottom of the extrusion disk 19; at this time, the second gear 802 and the conversion first gear 801 stop rotating, and the conversion link 7 reverses, and its upper ear disengages from the top serration of the conversion first gear 801 shaft, slides into the serration at the bottom of the extrusion link 1401, and pushes the fourth gear 1402, the forward fifth gear 1403, the seventh gear 1405, and the extrusion eighth gear 1406 to rotate, so that the screw 1601, the rod pad 1602, and the extrusion disk 19 move vertically downward, and squeeze the material in the barrel 1201; when the conversion link 7 reverses and rises, the expanded part at the bottom will push the linkage shaft 4 to slide to the left, and extend into the groove of the conveying second screw rod 2402 When the extrusion disk 19 moves to the surface of the material and presses the material to generate a large pressure, the normally closed door leaf 1203 at the bottom of the barrel body 1201 is squeezed open, and the bending part of its shaft will touch the heating and filling switch 9, so that the filling motor 22 and the electromagnetic heating controller 2301 control the second heating coil 2303 and the third heating coil 2304 to be powered on and started, and the filling in the filling barrel 2101 is rotated, ground, and extruded by the first spiral rod 2103, and heated by the third heating coil 2304 at a high temperature, and overflows from the bottom of the discharge nozzle 2403 conduit; and the material in the barrel body 1201 overflows from the bottom hole and enters the connecting pipe 5, and under the auxiliary vibration of the vibration motor 2, the material quickly slides into the feeding barrel 2401;The second heating coil 2303 heats the feeding barrel 2401 at a high temperature, and the second screw rod 2402 is rotated, conveyed and extruded, so that the material is gradually cooked and overflows from the bottom hole of the discharge nozzle 2403 at the other end of the feeding barrel 2401, and wraps the filling overflowing from the bottom of the conduit; when the extrusion plate 19 moves to the bottom of the barrel body 1201, the stirring rod 11 enters the bottom groove thereof, and when it moves to the bottom of the barrel body 1201, all the materials in the barrel body 1201 are discharged, and the extrusion plate 19 moves downward and is resisted by the support frame 13 at the bottom of the barrel body 1201, and then stops moving downward and generates a huge reaction force, and the reaction force is transmitted by the extrusion plate 19 to the rod pad 1602, the screw rod 1601, the extrusion eighth gear 1406, the extrusion gear frame 17, and the spring fastener 1701. After the spring fastener 1701 is subjected to a huge pressure, it begins to compress, and at the same time, the extrusion gear frame 17 moves upward and pushes the special-shaped connecting rod behind it, so that it pushes the swing frame 15 forward. The forward fifth gear 1403 moves forward and disengages from the seventh gear 1405, while the reverse sixth gear 1404 moves forward and meshes with the seventh gear 1405 to reverse rapidly, so that the extrusion gear rack 17 is reset, and the eighth gear 1406, the screw 1601, the rod pad 1602, and the extrusion plate 19 move in the reverse direction rapidly; and the material entering the connecting pipe 5 continues to fall into the feeding barrel 2401 until it is emptied; when the material in the connecting pipe 5 is gradually emptied, the normally closed door leaf 1203 loses the effect of external force and closes automatically under the effect of the springs on both sides of the shaft; when the extrusion plate 19 rises to the top of the barrel body 1201, the material in the feeding barrel 2401 has been completely emptied, and at this time the rod pad 1602 will touch the micro switch 18, so that the motor 1, the vibration motor 2, the filling motor 22, and the electromagnetic heating controller 2301 are powered off and stop running; at this time, the mixing, extrusion, heating, transportation, filling, maturation, and discharging of the material have been completed;

[0044] Example 9

[0045] The multifunctional five-grain vermicelli processing device also includes a cutting device, which is arranged below the discharge nozzle 2403. The cutting device includes a steel wire 2501, a cutting frame 2502, a swing arm 2504, an elastic member, a push-pull rod 2506, and a cutting motor 2505. It is arranged below the discharge nozzle 2403, at the bottom of the overall device, and is characterized in that the steel wire 2501 is fixed on the cutting frame 2502, and a swing arm 2504 is arranged below the cutting frame 2502, one end of which is hinged and the other end is free, the free end penetrates the cutting frame 2502 and is movably connected thereto, an elastic member is installed on the free end of the swing arm 2504, the other end of the elastic member is installed on the push-pull rod 2506 below it, and is movably connected to the cutting motor 2505 through the other end of the push-pull rod 2506, the cutting frame is H-shaped, and the elastic member is a spring 2503.

[0046] When the food that has been stirred, squeezed, heated, transported, stuffed and cooked overflows from the bottom hole of the discharge nozzle 2403, the cutting motor 2505 at the bottom of the overall device is turned on to move the push-pull rod 2506 left and right, drive the spring 2503 to move left and right, and make the free end of the swing arm 2504 swing left and right, push the cutting frame 2502 to swing left and right, and make the steel wire 2501 fixed on the cutting frame 2502 swing left and right, so as to cut the food falling from the discharge nozzle 2403.

[0047] When the food processing is completed and the equipment needs to be cleaned, first pull out the stuffing barrel 2101 equipped with the tenth stuffing gear 2102 and the first stuffing screw rod 2103 vertically upwards, then lift the barrel body 1201 slightly and move it out horizontally, then move the extrusion plate 19 horizontally out and pull out the connecting pipe 5 vertically upwards, finally pull out the conveying barrel 2401 equipped with the discharge nozzle 2403 and the second conveying screw rod 2402 horizontally to the left, and disassemble and clean the above components one by one.

[0048] For ordinary technicians in this field, according to the teachings of the present invention, without departing from the principles and spirit of the present invention, changes, modifications, substitutions and variations made to the implementation methods still fall within the protection scope of the present invention, as shown in Figure AA.

Claims

1. A multifunctional grain noodle processing device, comprising a motor, a support frame, a material barrel, a transmission component, a stirring rod and a horizontal extrusion mechanism; the horizontal extrusion mechanism is composed of a feeding cylinder, a spiral rod and a discharge nozzle; it is characterized in that There are a vertical extrusion mechanism, a connecting pipe, and an electric heater; the vertical extrusion mechanism is arranged above the barrel and can move vertically in the barrel, the connecting pipe is arranged between the barrel and the feeding cylinder, and the electric heater includes a plurality of heating coils, and the heating coils include a first heating coil and a second heating coil; The material barrel has no cover, a rotating shaft is provided at the center of the barrel bottom, a hole is opened at an eccentric position and a normally closed door leaf is provided for blocking, a stirring rod is provided on the rotating shaft, and a connecting pipe is provided under the normally closed door leaf; The discharge nozzle has a side hole and a bottom hole, and the side hole and the bottom hole are connected. The size of the side hole matches the diameter of the feeding cylinder. A conduit is provided on the top of the discharge nozzle, and the bottom of the conduit extends into the bottom hole, and the number of the conduit matches the bottom hole. The vertical extrusion mechanism comprises an extrusion plate and a vertical rod, wherein the extrusion plate is arranged at the bottom of the vertical rod and is movably connected to each other; One end of the connecting pipe matches with the bottom hole of the barrel, and the other end matches with the opening of the side wall of the feeding tube, and both are movably connected; The first heating coil is installed and fixed on the support frame below the barrel body in a planar arrangement; The second heating coil is fixedly mounted on a supporting frame outside the feeding cylinder and is arranged in a spiral horizontal direction.

2. The multifunctional grain noodle processing device according to claim 1, characterized in that The side of the extrusion plate is provided with a sealing ring, which matches the inner diameter of the barrel, the bottom is provided with a groove, which matches the stirring rod, and the back is provided with two rows of upright facing grooves, which respectively match the two side edges of the rod pad.

3. The multifunctional grain noodle processing device according to claim 1 is characterized in that The vertical rod comprises a screw rod, the rod body is provided with threads, and there are at least two sliding surfaces along the length direction.

4. The multifunctional grain noodle processing device according to claim 1, characterized in that It also includes a stuffing injector, which includes a stuffing tube and a spiral rod. The spiral rod is arranged in the stuffing tube and is movably connected to each other, wherein the spiral rod includes a milled rod body.

5. The multifunctional grain noodle processing device according to claim 1 or 4, characterized in that The heating coil also includes a third heating coil, which is fixed on a supporting frame outside the filling tube and is arranged in a spiral vertical direction.

6. The multifunctional grain noodle processing device according to claim 1 or 4, characterized in that It also includes a cutting device, which includes a steel wire, a cutting frame and a swing arm. The steel wire is installed and fixed on the cutting frame. A swing arm is arranged under the cutting frame. The swing of the swing arm drives the cutting frame and the steel wire to reciprocate.

7. The multifunctional grain noodle processing device according to claim 1 or 4, characterized in that A stuffing injector is arranged above the discharging nozzle, and a cutting device is arranged below the discharging nozzle, both of which are movably connected.

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