一种柱管形夹心食品制备模具
By designing a cylindrical sandwich food preparation mold with detachable main mold body, sub-mold body and discharge head, the problems of single sandwich layer and uneven material distribution caused by the fixed structure of existing molds are solved, realizing the flexibility and stability of the mold, and improving food diversity and production efficiency.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- HUNAN CHUANGXIANG INTELLIGENT TECH CO LTD
- Filing Date
- 2025-08-26
- Publication Date
- 2026-07-17
AI Technical Summary
The existing cylindrical sandwich food forming molds have a fixed structure, resulting in a single shape for the food sandwich layer, insufficient variety in size and shape, uneven material filling, easy clogging, difficult cleaning, and low production efficiency.
Design a mold comprising an independently formed main mold body, a secondary mold body, and an outlet head. The main mold body and the secondary mold body are detachable. It has independent outer and inner material cavities. The inlet and outlet are on the same side. The secondary mold body is truncated cone-shaped. The outlet head is detachable. The outer material forming space has an annular tapered structure. The inlet channels are arranged in an annular pattern. The inner material cavity has an L-shaped structure. A detachable connection method is adopted to improve flexibility and stability.
The molds can be flexibly changed to different specifications, enriching product diversity, ensuring uniform material filling, avoiding blockages, improving production efficiency and food quality, and reducing costs.
Smart Images
Figure CN224504670U_ABST
Abstract
Claims
1. A cylindrical sandwich food product preparation mold characterized by, Includes independently formed main mold body, sub-mold body, and ejector head; The main mold body is provided with an independent outer material cavity and an inner material cavity; the outer material cavity is an annular channel structure, and the inner material cavity is located inside the annular outer material cavity. Both the outer and inner material cavities are provided with independent inlets and outlets, and the outlets of the outer and inner material cavities are located on the same side. The sub-mold body is detachably assembled at the outlet position of the inner material cavity. The main body of the sub-mold body is truncated cone shape, and a diameter-receiving guide channel connected to the inner material cavity is formed at the axial position. The front side of the diameter-receiving guide channel corresponds to the core material outlet. The discharge head is detachably assembled on the outside of the sub-mold body, and an outer material forming space is reserved between the inner side of the discharge head and the conical surface of the sub-mold body. The outer material forming space is an annular tapering structure from the feeding side to the discharge side, and an annular outer material discharge port is correspondingly provided on the front side of the outer material forming space.
2. A columnar tube-shaped sandwich food preparation mold according to claim 1, characterized in that, The outer material input into the outer material cavity is puffed food material; the core material input into the inner material cavity is liquid sandwich food material.
3. A columnar tube-shaped sandwich food preparation mold according to claim 1, characterized by, The outer material cavity includes multiple feeding channels, which are through channels arranged along the length of the main mold body. The rear side of the feeding channel is the inlet, and the front side is the outlet. The multiple feeding channels are arranged in a ring within the main mold body.
4. A columnar tube-shaped sandwich food preparation mold according to claim 3, characterized by, The discharge section of the inner material cavity is located at the center of the annularly arranged feeding channels and is an L-shaped structure cavity. The horizontal section of the L-shaped structure cavity is set along the length of the main mold body, closed at the rear, and has a discharge port at the front. The vertical section of the L-shaped structure cavity is set along the radial direction of the main mold body and is staggered from the feeding channels. The vertical section is connected to the horizontal section on the inner side and has a core material feeding port on the outer side corresponding to the side wall of the main mold body.
5. A columnar tube-shaped sandwich food preparation mold according to claim 3, wherein, The main mold body has an annular step on one side of the corresponding outer material cavity inlet, and a mold fixing seat is provided at the position of the annular step. The main mold body is connected to the outer material conveying device through the mold fixing seat.
6. A columnar tube-shaped sandwich food preparation mold according to claim 4, wherein The inner material cavity is equipped with a quick-connect connector at the core material inlet, which is used to connect to the core material conveying device.
7. A columnar tube-shaped sandwich food preparation mold according to claim 1, wherein The main mold body and the sub-mold body are in a transition fit or an interference fit.
8. The columnar tube-shaped sandwich food preparation mold according to claim 1, wherein, The detachable assembly method between the sub-mold body and the inner material cavity, and the detachable assembly method between the discharge head and the sub-mold body, are one of threaded connection, snap-fit, and threaded connection.
9. A columnar tube-shaped sandwich food preparation mold according to claim 1, wherein, The exposed portions of the main mold body and the sub-mold body are provided with recessed stepped surfaces on both sides as positioning structures.