Assembly line type full-automatic steamed vermicelli roll preparation machine

Abstract

The invention relates to the technical field of steamed vermicelli roll preparation machines, and discloses an assembly line type full-automatic steamed vermicelli roll preparation machine. Comprising a machine body, an oil brushing station is provided with an oil container filled with oil, a rolling type rolling shaft is arranged in the oil container, a plurality of bristle sets are arranged on the rolling shaft, the periphery of the lower portion of a bristle bundle is sleeved with a colloid gathering cylinder, and the upper portion of the bristle bundle is in a flat shape and forms a fan-shaped fan-shaped part; a transversely arranged metal wire is arranged in the middle interval, and the metal wire is sleeved with a rotating cylinder which is rotationally arranged; a plurality of groups of brush hair groups utilize the gathering cylinder to straighten brush hair bundles, so that the brush hair cannot slip, the structural stability is improved, the coating area and the uniformity of oil are increased through the fan-shaped part, and the adjacent brush hair bundles are relatively fixed by utilizing the metal wires to be matched with the rotating cylinder; the flowing steel plate is used for receiving the slurry hanging layer poured by the slurry container and the egg liquid poured by the egg liquid container on the slurry hanging layer, and driving the slurry hanging layer and the egg liquid to move in the steam channel for cooking to form steamed vermicelli roll, and the steamed vermicelli roll is shoveled away from the flowing steel plate by the shoveling plate.

Description

Technical Field

[0001] The invention relates to the technical field of rice noodle roll preparation machines, and in particular to an assembly line type fully automatic rice noodle roll preparation machine. Background Art

[0002] The rice noodle roll machine is a stainless steel machine for making rice noodle rolls. The machine has a unique automatic water inlet system, a low-power energy-saving fan, and a direct heating device, which is highly efficient and energy-saving, effectively reducing production costs. The rice noodle roll machine can be used for multiple purposes. In addition to producing rice noodle rolls, it can also produce rice noodles, rice paper, etc.

[0003] At present, the rice noodle roll machines on the market mainly include a frame and several trays. The frame is a hollow structure, which forms a heating cavity with an open end; at the same time, a tray opening is opened on the front surface of the frame, which is connected to the heating cavity and allows the tray to be inserted into the heating cavity of the frame. The tray is inserted into the frame and seals the open end of the heating cavity.

[0004] During operation, first place the open end of the heating chamber of the rice noodle roll machine frame on the heater and heat the rice noodle rolls, then the operator uses a brush to apply oil on the tray; when the brushing is completed, the operator uses a spoon to add the rice noodle roll slurry in the barrel to the tray and shake the tray so that the rice noodle roll slurry can be spread all over the tray; then place the rice noodle roll filling on the tray and spread it out with a spoon; then, put the tray into the heating chamber of the frame and heat it until the rice noodle rolls can be formed on the tray; finally, drag out the tray and use a scraper to take the rice noodle rolls off the tray for people to eat.

[0005] In the above operation, manual oiling is required, which is not only troublesome, but also easy to cause hair loss on the oil brush. In addition, since the temperature is high when the rice noodle rolls are steamed, the steam can easily burn the operator. Summary of the invention

[0006] The purpose of the present invention is to provide an assembly line type fully automatic rice noodle roll preparation machine, aiming to solve the problem of low production efficiency of rice noodle roll preparation machines in the prior art.

[0007] The present invention is implemented as follows: an assembly line type fully automatic rice noodle roll preparation machine comprises a machine body, the machine body is provided with a steam channel filled with high temperature steam in a flowing state, a circulating flowing steel plate made of a flexible steel plate is provided in the steam channel, the upper part of the flowing steel plate forms an upper section, the lower part of the flowing steel plate forms a lower section, and the upper section is located above the lower section;

[0008] Along the flow direction of the upper section in the steam channel, the machine body is provided with a battering station, an egg liquid station and a steaming station; the battering station is provided with a slurry container which is swingably arranged and contains slurry, and the slurry container is turned over to pour the slurry onto the upper section to form a battering layer; the egg liquid station is provided with an egg liquid container which is swingably arranged and contains egg liquid, and the egg liquid container is turned over to pour the egg liquid onto the battering layer, and the egg liquid is mixed with the battering layer to form rice noodle rolls;

[0009] Along the flow direction of the flowing steel plate in the steam channel, the front end of the lower section is provided with an oil brushing station, and the rear end of the lower section is provided with a powder discharging station, and the oil brushing station and the powder discharging station are respectively arranged below the lower section;

[0010] The oil brushing station is provided with an oil container equipped with oil, the oil container is provided with a rolling shaft, a plurality of bristle groups are provided on the rolling shaft, each of the bristle groups has a plurality of bristle bundles arranged at intervals and abutting against the lower section, the rolling shaft drives the plurality of bristle groups to roll, the plurality of bristle bundles adhere to the oil, and the oil is coated on the lower section to form an oil brushing layer; the flour discharging station is provided with a shovel plate, the shovel plate abuts against the lower section, and separates the rice noodle rolls on the flowing steel plate from the flowing steel plate;

[0011] As the flowing steel plate flows, after the plurality of bristle bundles form an oil brushing layer on the flowing steel plate, the slurry container pours the slurry onto the oil brushing layer to form the slurry layer, and the egg liquid container pours the egg liquid onto the slurry layer to form the egg liquid layer; after the rice noodle rolls are steamed in the steaming station, the shovel plate separates the steamed rice noodle rolls from the flowing steel plate;

[0012] The lower part of the bristle bundle is fixedly connected to the rolling shaft, and a rubber gathering cylinder is sleeved on the outer periphery of the lower part of the bristle bundle, and the gathering cylinder gathers the lower part of the bristle bundle into a straight strip shape; the upper part of the bristle bundle is flat, and the upper part of the bristle bundle expands toward both sides to form a fan-shaped fan-shaped part;

[0013] The outer sides of the adjacent fan-shaped parts are fixedly connected so that the adjacent fan-shaped parts form an integral whole; there is a middle gap between the gathering cylinders of the adjacent bristle bundles, a transversely arranged metal wire is provided in the middle gap, both ends of the metal wire are respectively connected to the gathering cylinder, a rotatably arranged rotating cylinder is sleeved on the metal wire, and a plurality of bristle bundles are provided on the outer periphery of the rotating cylinder; when the rotating shaft rotates, the fan-shaped part abuts against the flow steel plate and bends and deforms, the bristle bundles of the rotating cylinder synchronously adhere to the oil, and the rotating cylinder rotates synchronously.

[0014] Furthermore, the oil container is extended along the width direction of the flow steel plate, and the oil container has an oil cavity with a top opening and oil installed therein, the rotating shaft is arranged in the oil cavity, and the top opening of the oil cavity is open.

[0015] Furthermore, there is a flow gap between the upper section and the lower section, and an inclined limiting plate is arranged in the flow gap. The top and bottom of the limiting plate respectively have elastically movable limiting parts that are inclined up and down, and the two limiting parts respectively correspond to the upper section and the lower section to make the flow gap within a set width range.

[0016] Further, the limit plate comprises an inclined swing plate, the swing plate is provided with a limit groove which is arranged obliquely up and down, the middle of the limit groove is provided with a transversely arranged elastic strip, the upper and lower parts of the limit groove are respectively inserted with movable plates, the movable plate and the limit groove are arranged obliquely in the same direction; the elastic strip is provided with a plurality of transversely arranged hollow grooves which guide the deformation direction of the elastic strip, and the plurality of hollow grooves are arranged at intervals along the length direction of the elastic strip;

[0017] The bottom of the movable plate abuts against the elastic strip, and a limiting groove extends from the top of the movable plate to form the limiting portion; during the circulation of the flowing steel plate, the limiting portion is elastically squeezed from top to bottom by the flowing steel plate and from bottom to top by the elastic strip, and the limiting portion is in an elastically movable state of tilting up and down.

[0018] Furthermore, hinge shafts extending outward from both sides of the swing plate respectively rotate back and forth relative to the machine body within a set angle range. The hinge shafts are hinged to the machine body, and a torsion spring is sleeved on the hinge shaft to drive the hinge shaft to elastically return to its original position. When the swing plate is in its original unstressed state, the swing plate is arranged at an angle.

[0019] Furthermore, the slurry container has a slurry cavity for slurry, the slurry cavity has a side opening on the side, a lower bar is provided at the lower part of the side opening, an upper bar is provided at the upper part of the side opening for vertical movement relative to the lower bar, a slurry inversion interval is formed between the upper bar and the lower bar, and the slurry inversion interval is arranged in a strip shape along the width direction of the flowing steel plate;

[0020] A special-shaped shaft is arranged in the pouring interval, and both ends of the special-shaped shaft are respectively connected to the slurry container for rotation. When the slurry container is poured, the slurry in the slurry cavity flows out through the pouring interval, and the special-shaped shaft rotates synchronously.

[0021] Furthermore, the egg liquid container has an egg liquid cavity for storing egg liquid, and a guide wall is provided on the side of the egg liquid cavity. When the egg liquid container is tilted to a set angle, the egg liquid in the egg liquid cavity flows out of the egg liquid cavity along the guide wall and falls on the slurry layer.

[0022] Along the direction of the egg liquid flowing on the guide wall, the end of the guide wall is provided with an arc-shaped and closed airbag strip, the interior of the airbag strip is surrounded to form a closed deformation space, and when the egg liquid flows over the airbag strip, the airbag strip is automatically elastically deformed and adjusted under pressure.

[0023] Furthermore, a middle strip is protruding from the middle of the guide wall, and along the flow direction of the egg liquid on the guide wall, the middle strip and the air bag strip are arranged at intervals to form a slow flow area, and a plurality of through holes are provided in the middle strip, and the through holes are connected to the slow flow area; the top of the middle strip is lower than the top of the air bag strip, and the surface of the middle strip is curved.

[0024] Furthermore, a dish-feeding station is provided between the egg liquid station and the steaming station, and a dish-feeding device is provided on the dish-feeding station, and a dish-breaking path is connected to the bottom of the dish-feeding device, and a rotatably arranged threaded rod is provided in the dish-breaking path, and the upper end of the dish-breaking path is connected to the dish-feeding device, and the lower end of the dish-breaking path extends outwards to have two inclined dish-dropping paths;

[0025] An open vegetable dropping opening is formed at the bottom of the vegetable dropping channel, and the vegetable dropping opening is located above the flowing steel plate; the vegetable dropping opening extends along the length direction of the vegetable dropping channel, and along the extending direction of the vegetable dropping opening, the vegetable dropping opening is arranged in a multi-section curved shape; the vegetables in the vegetable feeder enter the vegetable breaking channel, are broken by the rotation of the threaded rod, and are transmitted to the vegetable dropping channel, and the broken vegetables flow obliquely along the vegetable dropping channel and fall onto the rice noodle rolls on the flowing steel plate through the vegetable dropping opening.

[0026] Furthermore, along the flow direction of the flowing steel plate, the shovel plate is arranged obliquely away from the flow direction of the flowing steel plate, and the top of the shovel plate has a pointed powder shoveling side edge, and the powder shoveling side edge is wrapped with a hard cladding made of metal material;

[0027] A circular shaft supported by an elastic material is formed at the bottom of the shovel plate. In the circular shaft wrapped by the bottom of the shovel plate, a plurality of fixed rings are sleeved on the outer periphery of the circular shaft. A notch is provided on the fixed ring. The shovel plate passes through the notch and extends upward at an angle. When the side of the shovel plate presses against the flowing steel plate, the shovel plate automatically adjusts elastically within the set angle range.

[0028] Compared with the prior art, the present invention provides an assembly line type fully automatic rice noodle roll preparation machine, which coats oil on a flowing steel plate through a plurality of bristle groups, and the plurality of bristle groups utilize a gathered cylinder bundle to straighten the bristle bundles so that the bristles will not fall off, thereby increasing the stability of the structure, and increasing the coating area and the uniformity of the oil through a fan-shaped portion, and utilizing a metal wire in conjunction with a rotating cylinder to relatively fix adjacent bristle bundles, and utilizing the rotating cylinder to drive a plurality of bristle bundles to increase the coating area and the uniformity of the oil on the flowing steel plate; the problems of uneven oil coating and low oil coating efficiency of the rice noodle roll preparation machine are solved; the slurry layer poured from the slurry container and the egg liquid poured from the egg liquid container on the slurry layer are received through the flowing steel plate, and driven to move in the steam channel for steaming to form rice noodle rolls, and the rice noodle rolls are shoveled off the flowing steel plate by a shovel plate; the problem of low production efficiency of the rice noodle roll preparation machine is solved. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 It is a three-dimensional schematic diagram of the assembly line type fully automatic rice noodle roll preparation machine provided by the present invention;

[0030] Figure 2 It is a schematic diagram of the three-dimensional cross-section structure of the assembly line type fully automatic rice noodle roll preparation machine provided by the present invention;

[0031] Figure 3 is a schematic structural diagram of a bristle group provided by the present invention;

[0032] Figure 4 It is a schematic diagram of the side cutaway structure of the limit plate provided by the present invention;

[0033] Figure 5 is a front view structural schematic diagram of the limiting plate provided by the present invention;

[0034] Figure 6 is a three-dimensional schematic diagram of a slurry container provided by the present invention;

[0035] Figure 7 It is a schematic diagram of the side cutaway structure of the slurry container provided by the present invention;

[0036] Figure 8 It is a side view schematic diagram of the cutaway structure of the egg liquid container provided by the present invention;

[0037] Fig. 9 It is a three-dimensional schematic diagram of the food serving device provided by the present invention;

[0038] Fig.10 It is a schematic diagram of the side cutaway structure of the shovel plate provided by the present invention.

[0039] In the figure: body 10, flow steel plate 20, cooking station 30, slurry container 40, egg liquid container 50, oil container 60, dish throwing device 70, shovel plate 80, oil recovery structure 90, upper section 21, lower section 22, limit plate 23, limit part 24, swing plate 25, limit groove 26, elastic strip 27, movable plate 28, hollow groove 29, hinge shaft 210, torsion spring 211, slurry chamber 41, lower strip 42, upper strip 43, reverse slurry interval 44, special-shaped shaft 4 5. Egg liquid chamber 51, guide wall 52, air bag strip 53, middle strip 54, through hole 55, rolling shaft 61, bristle group 62, bristle bundle 63, fan-shaped portion 64, gathering cylinder 631, metal wire 632, rotating cylinder 633, fluff bundle 634, vegetable breaking channel 71, threaded rod 72, vegetable dropping channel 73, vegetable dropping opening 74, powder shoveling side 81, hard cladding 82, circular shaft 83, fixing ring 84, notch 85, oil recovery plate 91, liquid collecting box 92, concave filter plate 93. DETAILED DESCRIPTION

[0040] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0041] The implementation of the present invention is described in detail below in conjunction with specific embodiments.

[0042] The same or similar numbers in the drawings of this embodiment correspond to the same or similar parts; in the description of the present invention, it should be understood that if the terms "upper", "lower", "left", "right" and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, it is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction. Therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and cannot be understood as limitations on the present invention. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0043] Reference Figure 1-10 The figure shows a preferred embodiment of the present invention.

[0044] The assembly line type fully automatic rice noodle roll preparation machine comprises a machine body 10, the machine body 10 is provided with a steam channel filled with high temperature steam in a flowing state, a circulating flow steel plate 20 made of a flexible steel plate is provided in the steam channel, the upper part of the flow steel plate 20 forms an upper section 21, the lower part of the flow steel plate 20 forms a lower section 22, and the upper section 21 is located above the lower section 22;

[0045] Along the flow direction of the steam passage of the upper section 21, the machine body 10 is provided with a battering station, an egg liquid station and a steaming station 30; the battering station is provided with a slurry container 40 which is swingably arranged and contains slurry, and the slurry container 40 pours the slurry onto the upper section 21 by turning over to form a battering layer; the egg liquid station is provided with an egg liquid container 50 which is swingably arranged and contains egg liquid, and the egg liquid container 50 pours the egg liquid onto the battering layer by turning over, and the egg liquid is mixed with the battering layer to form rice noodle rolls;

[0046] Along the flow direction of the flowing steel plate 20 in the steam channel, an oil brushing station is provided at the front end of the lower section 22, and a powder discharging station is provided at the rear end of the lower section 22. The oil brushing station and the powder discharging station are respectively arranged below the lower section 22;

[0047] The oil brushing station is provided with an oil container 60 equipped with oil, and a rolling shaft 61 is provided in the oil container 60. A plurality of bristle groups 62 are provided on the rolling shaft 61. Each bristle group 62 has a plurality of bristle bundles 63 arranged at intervals and abutting against the lower section 22. The rolling shaft 61 drives the plurality of bristle groups 62 to roll. The plurality of bristle bundles 63 adhere to the oil and coat the oil on the lower section 22 to form an oil brushing layer. The flour discharging station is provided with a shovel plate 80, which abuts against the lower section 22 to separate the rice noodle rolls on the flowing steel plate 20 from the flowing steel plate 20.

[0048] As the flowing steel plate 20 flows, the plurality of bristle bundles 63 form an oil layer on the flowing steel plate 20, and the slurry container 40 pours the slurry on the oil layer to form a slurry layer, and the egg liquid container 50 pours the egg liquid on the slurry layer to form an egg liquid layer; after the rice noodle rolls are steamed in the steaming station 30, the shovel plate 80 separates the steamed rice noodle rolls from the flowing steel plate 20;

[0049] The lower part of the bristle bundle 63 is fixedly connected to the rolling shaft 61, and a rubber gathering cylinder 631 is sleeved on the outer periphery of the lower part of the bristle bundle 63, and the gathering cylinder 631 gathers the lower part of the bristle bundle 63 into a straight strip shape; the upper part of the bristle bundle 63 is flat, and the upper part of the bristle bundle 63 expands toward both sides to form a fan-shaped fan-shaped part 64;

[0050] The outer sides of adjacent fan-shaped portions 64 are fixedly connected so that the adjacent fan-shaped portions 64 form an integral body; there is a middle gap between the gathering cylinders 631 of adjacent bristle bundles 63, in which a transversely arranged metal wire 632 is provided, and both ends of the metal wire 632 are respectively connected to the gathering cylinder 631, and a rotatably arranged rotating cylinder 633 is sleeved on the metal wire 632, and a plurality of fluff bundles 634 are provided on the periphery of the rotating cylinder 633; ​​when the rotating shaft rotates, the fan-shaped portion 64 abuts against the flow steel plate 20 to bend and deform, and the fluff bundles 634 of the rotating cylinder 633 synchronously adhere to the oil, and the rotating cylinder 633 rotates synchronously.

[0051] The above-mentioned assembly line type fully automatic rice noodle roll preparation machine coats the oil on the flowing steel plate 20 through multiple groups of bristle groups 62, and the multiple groups of bristle groups 62 use the gathering cylinder 631 to bundle the straight bristle bundles 63 so that the bristles will not fall off, thereby increasing the stability of the structure, and increasing the coating area and the uniformity of the oil through the fan-shaped portion 64. The adjacent bristle bundles 63 are relatively fixed by the metal wire 632 and the rotating cylinder 633, and the rotating cylinder 633 drives multiple bristle bundles 634 to increase the coating area and the uniformity of the oil on the flowing steel plate 20; the problem of uneven oil coating and low oil coating efficiency of the rice noodle roll machine is solved; the slurry layer poured from the slurry container 40 and the egg liquid poured from the egg liquid container 50 on the slurry layer are received by the flowing steel plate 20, and are driven to move in the steam channel for steaming to form rice noodle rolls, and the rice noodle rolls are shoveled off the flowing steel plate 20 by the shovel plate 80; the problem of low production efficiency of the rice noodle roll preparation machine is solved.

[0052] In this embodiment, the oil container 60 is arranged to extend along the width direction of the flow steel plate 20, and the oil container 60 has an oil cavity with an open top and filled with oil, and the rotating shaft is arranged in the oil cavity, and the top opening of the oil cavity is arranged in an open manner. In this way, when the rolling shaft 61 drives the multiple bristle bundles 63 of the multiple bristle groups 62 to adhere to the oil, and the oil is coated on the lower section 22 through the open top opening of the oil cavity, the oil coated on the flow steel plate 20 is more uniform.

[0053] In this embodiment, there is a flow gap between the upper section 21 and the lower section 22, and an inclined limiting plate 23 is arranged in the flow gap. The top and bottom of the limiting plate 23 respectively have an elastically movable limiting portion 24 that is inclined up and down. The two limiting portions 24 respectively correspond to the upper section 21 and the lower section 22, so that the flow gap is within a set width range.

[0054] The limiting plate 23 can elastically support the flow steel plate 20 to rotate and flow, thereby preventing the middle portion between the upper section 21 and the lower section 22 from being sunken and affecting the production efficiency of the rice noodle rolls.

[0055] In this embodiment, the limiting plate 23 includes an inclined swing plate 25, a limiting groove 26 is provided in the swing plate 25 and is arranged obliquely through the upper and lower parts, a transversely arranged elastic strip 27 is provided in the middle of the limiting groove 26, and a movable plate 28 is inserted into the upper and lower parts of the limiting groove 26 respectively, and the movable plate 28 is arranged obliquely in the same direction as the limiting groove 26; a plurality of transversely arranged hollow grooves 29 are provided in the elastic strip 27 and guide the deformation direction of the elastic strip 27, and the plurality of hollow grooves 29 are arranged at intervals along the length direction of the elastic strip 27;

[0056] The bottom of the movable plate 28 abuts against the elastic strip 27, and a limiting groove 26 extends from the top of the movable plate 28 to form a limiting portion 24; during the circulation of the flowing steel plate 20, the limiting portion 24 is elastically squeezed from top to bottom by the flowing steel plate 20 and from bottom to top by the elastic strip 27, and the limiting portion 24 is in an elastically movable state of tilting up and down.

[0057] The limit plate 23 is inclinedly abutted against the upper section 21 and the lower section 22 through the ends of the two movable plates 28, which can prevent the middle part between the upper section 21 and the lower section 22 from being concave. The limit plate 23 uses the limit groove 26 on the swing plate 25 for the movable plate 28 to be inserted and positioned to adjust the rotational flow of the telescopic buffer flow steel plate 20. The swing plate 25 allows the movable plate 28 to extend and deform through the elastic strip 27, and the hollow groove 29 allows the elastic strip 27 to have space for deformation.

[0058] In this embodiment, hinge shafts 210 are extended outward on both sides of the swing plate 25 and reciprocate relative to the body 10 within a set angle range. The hinge shafts 210 are hingedly arranged with the body 10. A torsion spring 211 is sleeved on the hinge shaft 210 to drive the hinge shaft 210 to elastically return to its original position. When the swing plate 25 is in its original unstressed state, the swing plate 25 is arranged at an angle.

[0059] The hinge shaft 210 cooperates with the torsion spring 211 to allow the swing plate 25 to elastically reset and swing, thereby increasing the stability of the flow steel plate 20 during rotation.

[0060] In this embodiment, the slurry container 40 has a slurry cavity 41 for arranging slurry, a side opening is provided at the side of the slurry cavity 41, a lower bar 42 is provided at the lower part of the side opening, an upper bar 43 is provided at the upper part of the side opening and moves up and down relative to the lower bar 42, a reverse slurry interval 44 is formed between the upper bar 43 and the lower bar 42, and the reverse slurry interval 44 is arranged in a strip shape along the width direction of the flowing steel plate 20;

[0061] A special-shaped shaft 45 is provided in the pouring interval 44, and both ends of the special-shaped shaft 45 are respectively connected to the slurry container 40 for rotation. When the slurry container 40 is poured, the slurry in the slurry cavity 41 flows out through the pouring interval 44, and the special-shaped shaft 45 rotates synchronously. In this way, the special-shaped shaft 45 can be used to rotate in the pouring interval 44, so that the slurry poured out of the slurry cavity 41 can be passively guided by the special-shaped shaft 45 to form a waterfall flow, and spread on the flow steel plate 20, thereby increasing the uniformity of slurry spreading.

[0062] In this embodiment, the egg liquid container 50 has an egg liquid cavity 51 for storing the egg liquid, and a guide wall 52 is provided on the side of the egg liquid cavity 51. When the egg liquid container 50 is tilted to a set angle, the egg liquid in the egg liquid cavity 51 flows out of the egg liquid cavity 51 along the guide wall 52 and falls on the slurry layer.

[0063] Along the direction of the egg liquid flowing on the guide wall 52, the end of the guide wall 52 is provided with an arc-shaped and closed air bag strip 53, and the interior of the air bag strip 53 is surrounded to form a closed deformation space. When the egg liquid flows over the air bag strip 53, the air bag strip 53 is automatically elastically deformed and adjusted under pressure.

[0064] A retaining groove for retaining egg liquid is formed between the air bag strip 53 on the guide wall 52 and the inner wall of the egg liquid cavity 51. The retaining groove can intercept the egg liquid so that after the egg liquid overflows the retaining groove, it will form a waterfall flow and spread on the flow steel plate 20 during the process of flowing over the air bag strip 53 and out of the egg liquid cavity 51, thereby increasing the uniformity of the egg liquid spreading.

[0065] In this embodiment, a middle strip 54 is protruding from the middle of the guide wall 52. Along the flow direction of the egg liquid on the guide wall 52, the middle strip 54 and the air bag strip 53 are arranged at intervals to form a slow flow area. A plurality of through holes 55 are provided in the middle strip 54, and the through holes 55 are connected to the slow flow area. The top of the middle strip 54 is lower than the top of the air bag strip 53, and the surface of the middle strip 54 is curved.

[0066] The guide wall 52 intercepts and buffers the flow of the egg liquid through the middle strip 54 and the through hole 55, so that the egg liquid can be evenly spread in the egg liquid cavity 51. When the egg liquid is poured out of the egg liquid cavity 51, the egg liquid will form a waterfall flow and spread on the flow steel plate 20, thereby increasing the uniformity of the egg liquid spreading.

[0067] In this embodiment, a dish-feeding station is provided between the egg liquid station and the steaming station 30, and a dish-feeding device 70 is provided on the dish-feeding station. A dish-breaking channel 71 is connected to the bottom of the dish-feeding device 70, and a rotatably arranged threaded rod 72 is provided in the dish-breaking channel 71. The upper end of the dish-breaking channel 71 is connected to the dish-feeding device 70, and the lower end of the dish-breaking channel 71 extends outward to have two inclined dish-dropping channels 73.

[0068] An open vegetable dropping opening 74 is formed at the bottom of the vegetable dropping channel 73, and the vegetable dropping opening 74 is located above the flowing steel plate 20; the vegetable dropping opening 74 extends along the length direction of the vegetable dropping channel 73, and along the extending direction of the vegetable dropping opening 74, the vegetable dropping opening 74 is arranged in a multi-section curved shape; the vegetables in the vegetable throwing device 70 enter the vegetable breaking channel 71, are broken by the threaded rod 72, and are transmitted to the vegetable dropping channel 73, and the broken vegetables flow obliquely along the vegetable dropping channel 73, and fall onto the rice noodle rolls on the flowing steel plate 20 through the vegetable dropping opening 74.

[0069] The vegetables entering the vegetable breaking channel 71 are broken by the threaded rod 72, and the broken vegetables are scattered on the rice rolls on the flowing steel plate 20 from the vegetable dropping openings 74 in the two vegetable dropping channels 73. The vegetable dropping openings 74 are arranged in multiple curved sections, so that the broken vegetables can be evenly scattered on the rice rolls on the flowing steel plate 20.

[0070] In this embodiment, along the flow direction of the flowing steel plate 20, the shovel plate 80 is arranged obliquely away from the flow direction of the flowing steel plate 20, and the top of the shovel plate 80 has a pointed powder shoveling side 81, and the powder shoveling side 81 is wrapped with a hard cladding 82 made of metal material;

[0071] A circular shaft 83 supported by an elastic material is formed at the bottom of the shovel plate 80. The circular shaft 83 wrapped by the bottom of the shovel plate 80 has a plurality of fixed rings 84 arranged on its outer periphery. The fixed ring 84 has a notch 85. The shovel plate 80 passes through the notch 85 and extends upwardly at an angle. When the shovel side 81 presses against the flowing steel plate 20, the shovel plate 80 automatically adjusts elastically within the set angle range.

[0072] The shovel plate 80 shovels away the rice noodle rolls on the flowing steel plate 20 through the rice noodle shoveling side edge 81 with a hard coating 82, which can increase the rice noodle roll shoveling effect and prevent rice noodle rolls from remaining on the flowing steel plate 20. The circular shaft 83 and the fixing ring 84 can be used to clamp and position the shovel plate 80, so that the shovel plate 80 can automatically and elastically adjust within a set angle range when abutting against the flowing steel plate 20, thereby increasing the flexibility of the shovel plate 80, preventing the shovel plate 80 from damaging the flowing steel plate 20, and increasing the service life of the equipment.

[0073] An oil recovery station is provided below the oil brushing station, and an oil recovery structure 90 is provided on the oil recovery station. The oil recovery structure 90 includes an oil recovery plate 91 arranged obliquely, and a liquid collecting box 92 is connected to the bottom of the oil recovery plate 91. The liquid collecting box 92 has a liquid collecting cavity with a top opening, and an inverted concave filter plate 93 is placed in the liquid collecting cavity. The concave filter plate 93 is movably connected to the liquid collecting box 92, and the top of the concave filter plate 93 is located below the bottom of the oil recovery plate 91.

[0074] The oil recovery structure 90 receives the oil and residue dropped from the lower section 22 via the oil recovery plate 91. The oil recovery plate 91 is tilted to allow the oil and residue on the oil recovery plate 91 to flow to the concave filter plate 93. The residue is intercepted and filtered by the concave filter plate 93, and the oil is recovered, thereby improving the cleanliness of the interior and improving sanitation.

[0075] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. The fully automatic rice noodle roll preparation machine is characterized by: The machine body comprises a steam passage filled with high-temperature steam in a flowing state, the steam passage is provided with a flowing steel plate made of a flexible steel plate and circulating the steam, the upper part of the flowing steel plate forms an upper section, the lower part of the flowing steel plate forms a lower section, and the upper section is located above the lower section; Along the flow direction of the upper section in the steam channel, the machine body is provided with a battering station, an egg liquid station and a steaming station; the battering station is provided with a slurry container which is swingably arranged and contains slurry, and the slurry container is turned over to pour the slurry onto the upper section to form a battering layer; the egg liquid station is provided with an egg liquid container which is swingably arranged and contains egg liquid, and the egg liquid container is turned over to pour the egg liquid onto the battering layer, and the egg liquid is mixed with the battering layer to form rice noodle rolls; Along the flow direction of the flowing steel plate in the steam channel, the front end of the lower section is provided with an oil brushing station, and the rear end of the lower section is provided with a powder discharging station, and the oil brushing station and the powder discharging station are respectively arranged below the lower section; The oil brushing station is provided with an oil container equipped with oil, the oil container is provided with a rolling shaft, a plurality of bristle groups are provided on the rolling shaft, each of the bristle groups has a plurality of bristle bundles arranged at intervals and abutting against the lower section, the rolling shaft drives the plurality of bristle groups to roll, the plurality of bristle bundles adhere to the oil, and the oil is coated on the lower section to form an oil brushing layer; the flour discharging station is provided with a shovel plate, the shovel plate abuts against the lower section, and separates the rice noodle rolls on the flowing steel plate from the flowing steel plate; As the flowing steel plate flows, after the plurality of bristle bundles form an oil brushing layer on the flowing steel plate, the slurry container pours the slurry onto the oil brushing layer to form the slurry layer, and the egg liquid container pours the egg liquid onto the slurry layer to form the egg liquid layer; after the rice noodle rolls are steamed in the steaming station, the shovel plate separates the steamed rice noodle rolls from the flowing steel plate; The lower part of the bristle bundle is fixedly connected to the rolling shaft, and a rubber gathering cylinder is sleeved on the outer periphery of the lower part of the bristle bundle, and the gathering cylinder gathers the lower part of the bristle bundle into a straight strip shape; the upper part of the bristle bundle is flat, and the upper part of the bristle bundle expands toward both sides to form a fan-shaped fan-shaped part; The outer sides of the adjacent fan-shaped parts are fixedly connected so that the adjacent fan-shaped parts form an integral whole; there is a middle gap between the gathering cylinders of the adjacent bristle bundles, a transversely arranged metal wire is provided in the middle gap, both ends of the metal wire are respectively connected to the gathering cylinder, a rotatably arranged rotating cylinder is sleeved on the metal wire, and a plurality of bristle bundles are provided on the outer periphery of the rotating cylinder; when the rotating shaft rotates, the fan-shaped part abuts against the flow steel plate and bends and deforms, the bristle bundles of the rotating cylinder synchronously adhere to the oil, and the rotating cylinder rotates synchronously.

2. The assembly line fully automatic rice noodle making machine according to claim 1, characterized in that: The oil container is extended along the width direction of the flow steel plate, and the oil container has an oil cavity with a top opening and oil installed therein, the rotating shaft is arranged in the oil cavity, and the top opening of the oil cavity is open.

3. The assembly line fully automatic rice noodle making machine according to claim 1, characterized in that: There is a flow gap between the upper section and the lower section, and an inclined limiting plate is arranged in the flow gap. The top and bottom of the limiting plate respectively have elastically movable limiting parts that are inclined up and down, and the two limiting parts respectively correspond to the upper section and the lower section to make the flow gap within a set width range.

4. The assembly line fully automatic rice noodle roll preparation machine as claimed in claim 3, characterized in that: The limit plate comprises a swing plate arranged in an inclined manner, a limit slot arranged obliquely up and down is provided in the swing plate, a transversely arranged elastic strip is provided in the middle of the limit slot, and a movable plate is inserted into the upper and lower parts of the limit slot respectively, and the movable plate and the limit slot are arranged in the same direction of inclination; a plurality of transversely arranged hollow slots guiding the deformation direction of the elastic strip are provided in the elastic strip, and the plurality of hollow slots are arranged at intervals along the length direction of the elastic strip; The bottom of the movable plate abuts against the elastic strip, and a limiting groove extends from the top of the movable plate to form the limiting portion; during the circulation of the flowing steel plate, the limiting portion is elastically squeezed from top to bottom by the flowing steel plate and from bottom to top by the elastic strip, and the limiting portion is in an elastically movable state of tilting up and down.

5. The assembly line fully automatic rice noodle roll preparation machine as claimed in claim 4, characterized in that: The two sides of the swing plate extend outwards respectively with hinge shafts that reciprocate relative to the body within a set angle range. The hinge shafts are hinged to the body and are sleeved with torsion springs that drive the hinge shafts to elastically return to their original positions. When the swing plate is in its original unstressed state, the swing plate is arranged at an angle.

6. The assembly line fully automatic rice noodle making machine according to claim 1, characterized in that: The slurry container has a slurry cavity for arranging slurry, the side of the slurry cavity is provided with a side opening, the lower part of the side opening is provided with a lower bar, the upper part of the side opening is provided with an upper bar that moves up and down relative to the lower bar, and a reverse slurry interval is formed between the upper bar and the lower bar, and the reverse slurry interval is arranged in a strip shape along the width direction of the flowing steel plate; A special-shaped shaft is arranged in the pouring interval, and both ends of the special-shaped shaft are respectively connected to the slurry container for rotation. When the slurry container is poured, the slurry in the slurry cavity flows out through the pouring interval, and the special-shaped shaft rotates synchronously.

7. The fully automatic rice noodle roll making machine according to claim 1, characterized in that: The egg liquid container is provided with an egg liquid cavity for arranging the egg liquid, and a guide wall is provided on the side of the egg liquid cavity. When the egg liquid container is tilted to a set angle, the egg liquid in the egg liquid cavity flows out of the egg liquid cavity along the guide wall and falls on the slurry layer; Along the direction of the egg liquid flowing on the guide wall, the end of the guide wall is provided with an arc-shaped and closed airbag strip, the interior of the airbag strip is surrounded to form a closed deformation space, and when the egg liquid flows over the airbag strip, the airbag strip is automatically elastically deformed and adjusted under pressure.

8. The assembly line fully automatic rice noodle roll preparation machine according to claim 7, characterized in that: A middle strip is protruding from the middle of the guide wall. Along the flow direction of the egg liquid on the guide wall, the middle strip and the air bag strip are arranged at intervals to form a slow flow area. A plurality of through holes are provided in the middle strip, and the through holes are connected to the slow flow area. The top of the middle strip is lower than the top of the air bag strip, and the surface of the middle strip is curved.

9. The assembly line fully automatic rice noodle roll preparation machine according to any one of claims 1 to 8, characterized in that: A dish-feeding station is provided between the egg liquid station and the steaming station, and a dish-feeding device is provided on the dish-feeding station. A dish-breaking path is connected to the bottom of the dish-feeding device, and a rotatably arranged threaded rod is provided in the dish-breaking path. The upper end of the dish-breaking path is connected to the dish-feeding device, and the lower end of the dish-breaking path extends outward to have two inclined dish-dropping paths. An open vegetable dropping opening is formed at the bottom of the vegetable dropping channel, and the vegetable dropping opening is located above the flowing steel plate; the vegetable dropping opening extends along the length direction of the vegetable dropping channel, and along the extending direction of the vegetable dropping opening, the vegetable dropping opening is arranged in a multi-section curved shape; the vegetables in the vegetable feeder enter the vegetable breaking channel, are broken by the rotation of the threaded rod, and are transmitted to the vegetable dropping channel, and the broken vegetables flow obliquely along the vegetable dropping channel and fall onto the rice noodle rolls on the flowing steel plate through the vegetable dropping opening.

10. The assembly line type fully automatic rice noodle roll preparation machine according to any one of claims 1 to 8, characterized in that: Along the flow direction of the flowing steel plate, the shovel plate is arranged obliquely away from the flow direction of the flowing steel plate, and the top of the shovel plate has a pointed powder shoveling side edge, and the powder shoveling side edge is wrapped with a hard cladding made of metal material; A circular shaft supported by an elastic material is formed at the bottom of the shovel plate. In the circular shaft wrapped by the bottom of the shovel plate, a plurality of fixed rings are sleeved on the outer periphery of the circular shaft. A notch is provided on the fixed ring. The shovel plate passes through the notch and extends upward at an angle. When the side of the shovel plate presses against the flowing steel plate, the shovel plate automatically adjusts elastically within the set angle range.

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