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CN-224219365-U - Bionic food and processing device

CN224219365UCN 224219365 UCN224219365 UCN 224219365UCN-224219365-U

Abstract

The bionic food comprises a head and abdomen part and at least two wrist feet, wherein the bottom end of the head and abdomen part is connected with the head end of each wrist foot, the tail end of each wrist foot is free, the head and abdomen part of the bionic food is one of round, mushroom-head-shaped, oval-shaped, spindle-shaped, rugby-shaped, bottle-shaped, funnel-shaped, oval-shaped and umbrella-shaped, the head ends of the wrist feet of the bionic food are free and/or connected through web-shaped areas, the processing device at least comprises a first template with a first cavity and a second template with a second cavity, the first cavity and the second cavity are mutually butted to form a combined cavity capable of forming the external contour of the bionic food, the combined cavity is communicated with a raw material injection port, and the first template and/or the second template can be driven by a driving mechanism to generate displacement.

Inventors

  • SONG LINGLING
  • Xu yayun
  • DONG DONGSHENG

Assignees

  • 北京仰生恒泰科技有限责任公司

Dates

Publication Date
20260512
Application Date
20240830

Claims (9)

  1. 1. A bionic food (1) comprises a head and abdomen part (11) and at least two wrist feet (12), wherein the bottom end (112) of the head and abdomen part is connected with the head end (121) of the wrist feet, and the tail end (122) of the wrist feet is in a free shape, and is characterized in that the head and abdomen part (11) of the bionic food is one of a round shape, a mushroom head shape, an oval shape, a spindle shape, a rugby shape, a bottle shape, a funnel shape, an ellipse shape and an umbrella shape, and the head ends (121) of the bionic food are in a free shape and/or are connected through web-shaped areas (123).
  2. 2. The bionic food (1) according to claim 1, wherein the bionic food wrist (12) is in a soft strip shape and/or a soft sheet shape, one or more of strip-shaped protrusions, villus-shaped protrusions and dot-shaped protrusions are arranged on the upper end face of the wrist (12), and/or a sucker (120) is arranged on the lower end face of the wrist (12), and/or a convex or concave eye part is arranged on the abdomen (11) of the bionic food head.
  3. 3. The bionic food (1) according to claim 1, wherein the bionic food (1) is characterized in that the head and abdomen (11) is provided with a hollow head and abdomen cavity (110) with an external opening (1100), and the head and abdomen cavity (110) can be passively increased when the external opening (1100) is subjected to external force.
  4. 4. A bionic foodstuff (1) according to claim 3, characterized in that the maximum accommodation dimension (L1) of the head-abdomen cavity (110) accommodating the foodstuff (F) in the initial state is larger than or equal to the minimum passage dimension (L2) of the head-abdomen cavity (110) to the external opening (1100) in the initial state.
  5. 5. A bionic food (1) according to claim 3, characterized in that the head and abdomen bottom end (112) of the bionic food is provided with a closure body (114) with a lacing (1141) which can close the head and abdomen cavity (110) to the external opening (1100), and/or the head and abdomen (11) is provided with a linear incision (1101) which can be closed by itself.
  6. 6. A processing device (2) at least comprises a first template (21) with a first cavity (210) and a second template (22) with a second cavity (220), and is characterized in that the first cavity (210) and the second cavity (220) are mutually butted to form a combined cavity (20) capable of forming the external contour of the bionic food (1) according to any one of claims 1-5, the combined cavity (20) is communicated with a raw material injection port (200), and the first template (21) and/or the second template (22) can be driven to generate displacement by a driving mechanism (23).
  7. 7. The processing device (2) according to claim 6, characterized in that the first die plate (21) and/or the second die plate (22) are provided with cooling channels and/or heating channels, and/or the driving mechanism (23) is a pneumatic assembly comprising a cylinder.
  8. 8. The processing device (2) according to any one of claims 6 to 7, further comprising a molding assembly (24) for molding the head and abdomen cavity (110) of the bionic food (1), wherein the molding assembly (24) comprises a power mechanism (241), a channel tube (243) and a molding capsule (242), the molding capsule (242) is connected with the channel tube (243), the molding capsule (242) comprises a capsule sealing part (2421) and a capsule free part (2422) which can be inflated after being inflated with fluid, in use, the power mechanism (241) drives the fluid to enter or flow out of the capsule cavity (2420) through the channel tube cavity (2430) so as to further drive the capsule free part (2422) to deform, and when the capsule free part (2422) is inflated and expanded, raw materials for manufacturing the bionic food are injected into the combined cavity (20) through the raw material injection port (200), so that the head and abdomen cavity (110) with the external opening (1100) of the bionic food (1) according to claims 3 to 5 can be molded.
  9. 9. The processing device (2) according to claim 8, wherein the molding capsule (242) is sleeved on the outer surface of the channel tube (243) in a thin-wall shape, a gap between the outer surface of the channel tube (243) and the free part (2422) of the capsule is a capsule inner cavity (2420), and/or the power mechanism (241) of the molding assembly (24) is one or more of a power balloon, a syringe and a syringe pump.

Description

Bionic food and processing device Technical Field The utility model relates to a bionic food and a processing device, and belongs to the field of food and food processing. Background Along with the acceleration of the life rhythm, the instant food is more and more favored, people are required to have beautiful appearance and good taste, and are required to be green, nutritional and healthy, so different types of bionic food which is unique in flavor and convenient to eat are developed and put into the market, and the soluble dietary fiber is taken as the fiber which can be metabolized and utilized by intestinal bacteria, including konjak glucomannan, pectin and the like, thereby not only facilitating the formation of fecal masses, preventing constipation, but also being capable of producing satiety, reducing the excessive absorption of sugar, protein and cholesterol by human bodies, assisting in eliminating harmful substances in intestines and stomach, being suitable for daily nutrition supply of healthy people, and also being suitable for patients suffering from diseases such as obesity, cardiovascular diseases, diabetes mellitus and high cholesterol. In recent years, high dietary fiber foods produced from konjak extracts, seaweed extracts, etc. have been popular, but such food forms are limited to noodle-like, tripe-like, vermicelli-like, simple animal-like, unique-shaped and highly shaped bionic foods have not yet been developed and popularized. Disclosure of Invention The purpose of the utility model is realized in the following way: A bionic food comprises a head and abdomen part and at least two wrist feet, wherein the bottom end of the head and abdomen part is connected with the head end of each wrist foot, the tail end of each wrist foot is in a free shape, the head and abdomen part of the bionic food is one of a round shape, a mushroom head shape, an oval shape, a spindle shape, a rugby shape, a bottle shape, a funnel shape, an ellipse shape and an umbrella shape, and the head ends of the wrist feet of the bionic food are in a mutually free shape and/or are connected through web-shaped areas. Specifically, the bionic food wrist is soft strip-shaped and/or sheet-shaped, the upper end surface of the wrist is provided with one or more of strip-shaped protrusions, villus protrusions and punctiform protrusions, and/or the lower end surface of the wrist is provided with sucking discs, and the sucking discs can be gradually contracted and linearly arranged in one row or multiple rows. Specifically, the bionic food head abdomen (11) is provided with convex or concave eyes. Furthermore, the bionic food head and abdomen is provided with a hollow head and abdomen inner cavity with an external opening, the head and abdomen inner cavity can accommodate solid and/or liquid food materials including yoghurt, soup, fruit and vegetable cubes, diced meat, fish roe and balls, and the head and abdomen inner cavity can be passively increased when the external opening is acted by external force. After the external opening is enlarged, the food material can be more conveniently placed into the head and abdomen cavity through the external opening. Further, the maximum accommodating size of the food material accommodated in the head and abdomen inner cavity in the initial state is larger than or equal to the minimum passing size of the head and abdomen inner cavity opening to the outside in the initial state. The bionic food head has the advantages that the bottom end of the abdomen of the bionic food head is provided with the plugging body with the lacing which can plug the inner cavity of the abdomen of the head into an external opening, and/or the abdomen of the head is provided with the linear incision which can be closed by self. The main raw materials for preparing the bionic food are one or more of seaweed extract, konjak extract and other animal and plant source components. The processing device at least comprises a first template with a first cavity and a second template with a second cavity, wherein the first cavity and the second cavity are mutually butted to form a combined cavity capable of forming and manufacturing the external profile of the bionic food, the combined cavity is communicated with a raw material injection port, and the first template and/or the second template can be driven by a driving mechanism to generate displacement. Further, the driving mechanism is a pneumatic assembly comprising an air cylinder. Further, a cooling passage and/or a heating passage are arranged on the first template and/or the second template. The molding assembly is provided with a power mechanism, a channel pipe and a molding bag body, the molding bag body is connected with the channel pipe, the molding bag body is provided with a bag body sealing part and a bag body free part which can be expanded after being filled with fluid, when the molding bag is used, the power mechanism drives the fluid to enter or flow out of th