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CN-122004264-A - Cake crust full-automatic production equipment and production process based on double-furnace-chamber baking

CN122004264ACN 122004264 ACN122004264 ACN 122004264ACN-122004264-A

Abstract

The invention relates to the technical field of cake crust processing, in particular to full-automatic cake crust production equipment and production process based on double-furnace chamber baking, comprising a frame, a pressing and heating assembly and a control device, wherein a driving mechanism and a feeding device are arranged on the frame; the pressing heating assembly comprises a forming plate, a heating plate, an outer shell, a plurality of groups of drainage pieces, a secondary flow distribution structure and a cake cover, wherein a plurality of rows of stagnation areas are arranged on the forming plate, each row of stagnation areas comprises a plurality of groups of circular grooves, a blowing ring is arranged on each circular groove and is formed by a plurality of groups of micro-air holes, the heating plate is matched with the forming plate, a pump structure is arranged in the outer shell and is rotationally installed in the drainage pieces and can sequentially convey compressed gas for a certain time to each group of circular grooves when the pump structure rotates, a plurality of groups of guide openings are arranged on the secondary flow distribution structure and are respectively communicated with the plurality of groups of blowing rings which are concentric and have different radiuses, and the separation effect of the cake cover and the forming plate is improved.

Inventors

  • FENG BINGCHOU
  • FENG WEILIANG

Assignees

  • 肇庆市珊瑚食品机械有限公司

Dates

Publication Date
20260512
Application Date
20260327

Claims (9)

  1. 1. A cake crust full-automatic production device based on double-furnace chamber baking comprises a frame, wherein a driving mechanism and a feeding device are arranged on the frame, a plurality of groups of pressing heating assemblies capable of circularly moving and changing directions are connected to the driving mechanism, the cake crust full-automatic production device is characterized in that the pressing heating assemblies comprise forming plates fixedly connected with the driving mechanism, a plurality of rows of stagnation areas are arranged on the forming plates, each row of stagnation areas comprises a plurality of groups of circular grooves, a plurality of groups of concentric blowing rings with different radiuses are arranged on the circular grooves, the blowing rings are formed by a plurality of groups of micro-air holes, a heating plate is rotatably arranged on the driving mechanism and matched with the forming plates, the dough placed in the circular grooves can be heated by the forming plates, a plurality of groups of drainage pieces connected with the stagnation areas are arranged in the forming plates, a pumping structure is rotatably arranged in the forming plates, the pumping structure is capable of sequentially conveying gas to each group of circular grooves in a certain time when the driving mechanism rotates, and the pumping structure is arranged on the two groups of drainage structures and is not communicated with the concentric air guiding structures.
  2. 2. The full-automatic cake crust production device based on double-furnace chamber baking of claim 1, wherein a partition plate is arranged in the outer shell, the drainage piece is fixedly arranged on the partition plate, a plurality of groups of flow distribution cavities are formed in the drainage piece at equal intervals in the circumferential direction, and the flow distribution cavities are connected with the secondary flow distribution structure.
  3. 3. The full-automatic cake crust baking-based production equipment based on double furnace chambers according to claim 2, wherein the pumping structure comprises a rotating member which is installed in the drainage member in a sealing and rotating mode, a pumping device is fixed on one side of the rotating member and communicated with a pressure dividing channel which is arranged in the rotating member and is arranged along the radial direction of the rotating member, and the other side of the rotating member is connected with a driving motor which is installed on the partition plate.
  4. 4. A double oven baking based crust full automatic production device according to claim 3 wherein the partial pressure channel is able to maintain a conductive state with the diversion chamber for a certain time when the rotating member rotates in the flow guiding member.
  5. 5. The full-automatic cake crust production device based on double-furnace baking of claim 4, wherein the secondary flow distribution structure comprises a connecting sleeve communicated with the flow distribution cavity, a switching piece is rotatably arranged in the connecting sleeve, a plurality of groups of guide ports can be sequentially conducted when the switching piece rotates relative to the connecting sleeve, and a meshing sleeve connected with the switching piece and the rotating piece can drive the switching piece to rotate when the rotating piece rotates.
  6. 6. The full-automatic cake crust production device based on double-furnace chamber baking of claim 5, wherein the switching piece comprises an inner piece, the inner piece is in sealed rotating connection with the inside of the connecting sleeve, the inside of the inner piece is of a hollow structure, a plurality of groups of through holes are formed in the circumferential side wall of the inner piece at equal intervals in a circumferential mode, and the plurality of groups of through holes are distributed in the length direction of the inner piece at equal intervals.
  7. 7. The full-automatic cake crust production device based on double-oven chamber baking of claim 6, wherein the meshing set comprises a first gear coaxially and fixedly connected with the built-in part and a second gear coaxially and fixedly connected with the rotating part, and the first gear is meshed with the second gear.
  8. 8. The full-automatic cake crust baking-based production equipment based on the double furnace chambers, which is disclosed in claim 1, is characterized in that the driving mechanism comprises an annular driving piece fixedly arranged on the frame, two groups of guiding pieces arranged on the frame, a guiding path formed between the two groups of guiding pieces, and a follow-up frame fixedly connected with the forming plate, wherein the follow-up frame is connected with the annular driving piece, and two groups of clamping wheels are arranged on the follow-up frame and can roll in the guiding path.
  9. 9. The production process of the double-oven-chamber baking-based crust full-automatic production equipment as claimed in any one of claims 1 to 8, comprising the following steps: starting an annular driving piece to enable a follow-up frame to move along a guide path; When the forming plate is positioned at the lower part of the heating plate, the heating plate deflects upwards, then the feeding device adds dough into the corresponding circular groove, and the heating plate deflects reversely and is pressed on the forming plate; third, when the shaping plate moves to the upper part of the heating plate, the heating plate deflects again, and the shaped cake crust is separated from the shaping plate under the action of gravity; the pumping structure rotates in the drainage piece and sequentially conveys compressed gas towards the circular groove; And fifthly, when compressed gas is conveyed towards the circular groove, the secondary flow dividing structure can sequentially conduct a plurality of groups of concentric injection rings with different radiuses from outside to inside, so that the cake crust is separated from the forming plate.

Description

Cake crust full-automatic production equipment and production process based on double-furnace-chamber baking Technical Field The invention relates to the technical field of cake crust processing, in particular to cake crust full-automatic production equipment and production technology based on double-furnace chamber baking. Background In the field of food industry automation, full-automatic production equipment for cake crust has been widely used. Such devices typically comprise a carrier plate with shaped grooves and a heating plate for heating and pressurizing the dough. The standard working flow is that a fixed amount of dough is placed in a groove of a supporting plate, then a heating plate is pressed down, and the dough is shaped into a required cake crust under the combined action of heat and pressure. After forming, the equipment switches the relative space positions of the bearing plate and the heating plate through the movement of the mechanism, so that the bearing plate is overturned, and the bearing plate naturally falls off from the groove by relying on the self gravity of the cake skin, thereby completing a production cycle and entering the next cycle. However, the above process exposes a significant drawback in handling specific products, especially thin pancake skins. Because of the relatively low weight per unit area of the wafer skin, the gravity force generated by the wafer skin is often insufficient to completely overcome the adhesion forces generated with the groove walls during thermoforming. The adhesion may be caused by slight adhesion of the dough moisture and grease to the metal mold at high temperature, or by microcosmic adhesion of the wafer skin formed by cooling and shrinking with the grooves, and the formed wafer skin cannot be smoothly dropped off, so that the whole production flow is affected. Disclosure of Invention The invention aims to provide full-automatic cake crust production equipment and production process based on double-furnace baking, so as to solve the problems in the background technology. The technical scheme is that the full-automatic cake crust production equipment based on double-furnace chamber baking comprises a frame, a driving mechanism and a feeding device are arranged on the frame, a plurality of groups of pressing heating assemblies capable of circularly moving and changing directions are connected to the driving mechanism, the pressing heating assemblies comprise forming plates fixedly connected with the driving mechanism, a plurality of rows of stagnation areas are arranged on the forming plates, each row of stagnation areas comprises a plurality of groups of circular grooves, a plurality of groups of concentric blowing rings with different radiuses are arranged on the circular grooves, the blowing rings are formed by a plurality of groups of micro-holes, a heating plate is rotatably arranged on the driving mechanism, the heating plate is matched with the forming plates and can heat dough placed in the circular grooves, an outer shell is arranged on one side of the forming plates away from the circular grooves, a plurality of groups of drainage pieces connected with the stagnation areas are arranged in the outer shell, a pumping structure is rotatably arranged in the drainage pieces, the pumping structure can sequentially face each group of circular grooves when rotating, and is connected with the two groups of gas diversion structures in a certain time, and the two groups of gas diversion structures are connected with the two groups of gas diversion structures and are respectively arranged on the drainage structures in a concentric manner. According to the cake crust full-automatic production equipment based on double-furnace-chamber baking, the partition plate is arranged in the outer shell, the drainage piece is fixedly arranged on the partition plate, the drainage piece is provided with the multi-component flow distribution cavities at equal intervals in circumference, and the flow distribution cavities are connected with the secondary flow distribution structure. The full-automatic cake crust production equipment based on double-furnace chamber baking comprises the rotary piece which is installed in the drainage piece in a sealing and rotating mode, wherein a pumping device is fixed on one side of the rotary piece and communicated with a pressure dividing channel which is arranged in the rotary piece, the pressure dividing channel is arranged in the radial direction of the rotary piece, and the other side of the rotary piece is connected with a driving motor which is installed on the partition plate. According to the full-automatic cake crust production equipment based on double-furnace-chamber baking, when the rotating piece rotates in the drainage piece, the pressure dividing channel can maintain a conducting state with the flow dividing cavity for a certain time. The full-automatic cake crust production equipment based on double-furnace-cham